Voice-activated digital assistants like Echo, Alexa, and Siri – have become commonplace for most households and now businesses. This opens up new types of security risks – from issuing commands that aren’t audible to humans to exploiting accessibility settings.
Digital assistants are meant to make our tasks easier
Voice-activated assistants like the Amazon Echo that sits on your counter-top to Cortana on your PC or Siri on your iPhone – are intended to connect users to services from an easy-to-use voice interface. However, these assistants are making cyber-attackers jobs easier.
There is currently an exploit that can bypass the security on a locked Windows PC and other devices found by an independent researcher. Cortana is then able to unlock these devices via this vulnerability – dubbed “Open Sesame”.
Voice assistants prioritize convenience over security as the popularity of these devices and features become more in demand by the consumers. These assistants can be found in every technological device, such as mobile phones, tablets, computers, and now smart speakers. These smart speakers such as the Amazon Echo and Google Home have been popping up in various households and businesses across North America.
There Have been Issues Already
In January 2017, an on-air newscaster said “I love the little girl saying, ‘Alexa ordered me a dollhouse’, prompting Alexa devices in the viewers’ homes to order dollhouses. In May 2018, Amazon Alexa picked up a couple’s conversation, recorded it. and send it to one of their friends.
These examples are already the start in illustrating that voice assistants are simple sensors that are constantly listening to commands, which makes this not only a security issue but also a privacy issue.
Here are some ways that voice assistants can be used to attack:
1) Hiding Commands In Audio – Currently, UC Berkeley’s Carlini used a technique by modifying an audio clip that transcribes one phrase to a 99.9-percent similar clip that transcribes into a completely different phrase. This can even hide commands in music.
2) Machines Can Hear It, You Cannot – Another attack presented in 2017 by six researchers from Zhejiang University showed that they could use sound inaudible to humans to command Siri to make a phone call or do other actions, called DolphinAttack. This can be used to command the device to visit a malicious website, spy on the user, inject fake information or a denial-of-service attack.
3) Is This On? – Even with a voice assistant not taking action on your behalf, it continues to listen to commands. Much like mobile phones, voice assistants are sensors that know a lot about you. This allows companies behind the scenes access privileged places in your home or business – which means making these companies an ideal target for cybercriminals.
4) Device Jumping – Attackers typically find ways through a home or business through the router or unsecured wireless network. Voice assistants add another vector that allows them to bridge attacks by using other devices to issue commands on the devices. The dollhouse example above is a version of this.
Majority of these issues, there is no easy solution or simple fix. Security filters and fixes can make these devices more difficult to use. Users of these devices are asked to be aware of what smart devices you currently have on your network infrastructure and what ways to minimize the exposure. Consulting with a cybersecurity adviser is the best first steps in securing your organization or home from vulnerabilities.


Our designers have many years of experience in the field of optical design. We have designed a dedicated high-efficiency metal reflector for each Sword Lion flashlight, allowing the flashlight to output a soft and perfect beam, with both long-range and close-range illumination. At the same time, in order to protect this precision optical component, we specially equipped each Sword Lion flashlight with a coated scratch-resistant tempered glass lens.
One of the outstanding features of the LED flashlight flat light cup, the flat light cup has a good light collecting effect, which can make the flashlight shine farther, but the flat light cup has a good light collecting effect, and only the middle spot is bright, and the light spot is compared. Dark phenomenon.
LED flashlight orange peel light cup is characterized by uniformity, orange peel light cup is just the opposite, the illumination distance is not as far as the plane light cup, but because of its Gaussian reflection effect, the light spot itself is darker than the flat light cup, and the light spot is flatter than the plane The light cup should be bright. It is more suitable for walking the night road, unlike the flat light cup, only the middle one is lit.
All in all, the flat light cup is farther than the orange light cup, and the orange peel light cup is evenly illuminated than the flat light cup.
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Intel Starts Supplying Bitcoin Mining Chip
Intel has begun shipping Bitcoin mining ASICs to select customers who have already pre-ordered.
Intel SVP of Architecture, Graphics and Software Raja Koduri said the Intel AXG Custom Compute team is already supplying Blockscale ASICs. According to him, the product was sent by Argo Blockchain, GRIID Infrastructure and HIVE Blockchain.
The company first introduced its first dedicated Bitcoin mining chip in February 2022. But then the ASIC characteristics turned out to be significantly lower than analogues on the market.
In April, Intel announced the release of the next generation of Blockscale Bitcoin mining chip. At that time, the performance of the ASIC chip outperformed competitors in terms of efficiency by about 15%.
Earlier, Aspen Creek Digital Corporation (ACDC) opened a 6 MW Bitcoin mining centre in Colorado, powered by a 10 MW solar power plant.


Frequently Asked Questions:
Q: How is the robot powered?
A: The robot contains a 12V lead-acid NP18-12B rechargable battery. The NP18-12B has capacity of 17.2Ah, so after a full charge, it could supply 17.2 Amps over a period of 1 hour.
Q: Is the battery dangerous ?
A: Possibly. If connected to a circuit with low resistance (for example, if the battery terminals were to touch a person’s tongue or wet hands), the battery will supply a large amount of current which could be painful and dangerous. Do not touch battery terminals and do not wear jewelry such as necklaces near the battery.
Lead-acid batteries contain corrosive chemicals which could be dangerous to touch, however this battery is sealed to prevent leakage.
Q: How do we prevent damage if a short-circuit does occur?
A: If a short circuit occurs, a large amount of current will flow through all the components that are connected to the battery circuit. To prevent damage to expensive devices, we include a device called a circuit breaker which “flips”, breaking the circuit when the current exceeds a specified limit. The robot’s circuit breaker is 120A and is connected between the battery and the power distribution panel. In addition, each section of the the power distribution panel includes fuses which are rated appropriately for the expected current. For example, the section of the power distribution panel supplying power to the motor contains 40A fuses.
Q: How are other devices connected to the battery?
The power distribution panel provides a safe, convenient way of connecting various devices to power using a set of preconfigured output channels, and provides feedback to the roboRIO regarding the power used by those channels.
Q: How is the battery recharged?
A: What other battery maintenance is required?


Many practitioners are aware that laser therapy accelerates the natural healing process, and many of them also know that light therapy has been used for various healing purposes for many years.
On certain laser models, PowerMedic Lasers combine different types of light to give practitioners new treatment options.
Laser light has specific characteristics, it is monochromatic (only one wavelength) and coherent (emitted in coordinated light waves for maximum transmission of energy).
The PowerLaser and the GigaLaser both emit laser light at 808nm, the wavelength that best penetrates the tissue in the body. The laser light penetrates into the muscles, deep underlying tendons, and bones, and delivers energy to the cells that need extra fuel for the natural healing process.
Besides laser diodes, the newest version of the GigaLaser includes red and blue light diodes (LEDs), which emit light at different wavelengths than the laser diodes.
The combination of 808nm laser and LED, which has different capabilities, lets you target certain surface conditions more specifically.
For instance, the red LEDs emit light at 660nm, with lower effect which results in less penetration. Instead, the red light stimulates the microcirculation in the surface of the skin. This provides better treatment of conditions like:
The blue LEDs emit light at 405nm, which is known for its ability to kill bacteria. When combined with 808nm laser, this provides better treatment of bacterial skin conditions like:
Laser combined with both red and blue LED (photodynamic therapy) is beneficial for the treatment of:
PowerMedic Lasers with red and blue LED
Supplementing with red and blue LED is not necessary for success, but it does increase the odds of a more effective and targeted treatment of certain types of surface conditions.
PowerMedic Lasers currently offers four different lasers that combine the capabilities of laser and LED:
Several studies have documented the effects of treatment with red and blue LED. For more information, please see the sources listed below.
Sources for scientific literature on treatment with red and blue LED:
Red LED, 660nm:
Blue LED, 405nm:


Step into a world where imagination knows no bounds, where reality is redefined, and where the impossible becomes possible. Welcome to the realm of virtual reality (VR) in digital entertainment, a thrilling frontier that has captivated audiences and pushed the boundaries of the human experience. In this blog post, we will take you on an exhilarating journey through the evolution of VR in entertainment, exploring its potential for revolutionizing how we consume media and interact with our favorite stories. Brace yourself for a mind-bending adventure into the fascinating world of VR! Get ready to be immersed like never before!
History of VR in Entertainment
Virtual reality (VR) has come a long way since its inception, and its journey in the entertainment industry is no exception. The history of VR in entertainment dates back to the 1960s, when Ivan Sutherland introduced the concept of “The Sword of Damocles,” a head-mounted display that could immerse users in a virtual world.
However, it wasn’t until the 1990s that VR truly started making waves in entertainment. Companies like Sega and Nintendo experimented with VR gaming systems, but they were expensive and lacked widespread adoption.
Fast-forward to recent years, and we see significant advancements in VR technology. With the introduction of devices like the Oculus Rift, HTC Five, and PlayStation VR, virtual reality has become more accessible to consumers than ever before. These devices offer immersive experiences that transport users into entirely new worlds.
The impact of VR on the entertainment industry cannot be underestimated. It has revolutionized gaming by providing gamers with an unparalleled level of immersion and interactivity. But it doesn’t stop there; VR has also made its mark in other areas such as filmmaking, theme parks, and live events.
In digital entertainment, specifically, different forms of VR have emerged. From fully immersive experiences using high-end headsets to mobile-based solutions like Google Cardboard or Samsung Gear VR, there’s something for everyone.
Looking ahead, the potential uses and applications of VR seem limitless. Imagine attending concerts from your living room or exploring distant locations without leaving your home! Virtual reality opens up endless possibilities for storytelling across various mediums.
Of course, there are challenges associated with implementing the widespread adoption of virtual reality in entertainment. High costs can be prohibitive for some consumers, while technical limitations may hinder developers from creating truly seamless experiences.
Moreover, ethical considerations surrounding privacy concerns must be addressed, as well as ensuring user safety during prolonged use sessions
Despite these obstacles, though, it’s clear that virtual reality is here to stay. As technology continues to advance and become more affordable, we can expect virtual reality to continue transforming the way we
Advancements in VR Technology
Virtual reality (VR) technology has come a long way since its inception. With each passing year, there have been remarkable advancements that have propelled the immersive experience to new heights. These advancements have not only enhanced the quality of virtual reality experiences but also expanded their potential applications.
One significant advancement is the improvement in display resolution and image quality. Early VR headsets had limited resolution, resulting in pixelated visuals. However, with technological breakthroughs, manufacturers now offer headsets with high-resolution displays that provide stunningly realistic graphics.
Another area where VR technology has made strides is in tracking and motion-sensing capabilities. Initially, users were limited to basic movements within a confined space. But now, thanks to innovative sensors and controllers, individuals can freely move around and interact with their virtual environment.
The development of wireless VR systems is another major leap forward. Previously, users had to contend with cumbersome cables that restricted movement and caused inconvenience. However, recent advancements have led to the creation of wireless VR solutions that provide greater freedom of movement without compromising performance.
Furthermore, improvements in haptic feedback technology have added an extra layer of immersion to virtual reality experiences. Enhanced tactile feedback allows users to feel sensations such as texture or vibration while interacting with digital environments or objects.
Additionally, AI integration has opened up exciting possibilities for more intelligent interactions within virtual worlds. With AI algorithms becoming increasingly sophisticated, virtual characters can exhibit more realistic behavior and respond dynamically to user input.
Moreover, voice recognition technology enables seamless communication between users and virtual environments by allowing natural language commands and conversations within these digital realms.
Lastly, ongoing research into augmented reality (AR) technologies presents opportunities for blending real-world elements into the virtual experience seamlessly, creating mixed-reality scenarios that push the boundaries even further!
These advancements pave the way for a future where VR becomes an integral part of various industries beyond entertainment: education simulations, medical training, and architecture design! The potential applications are limitless, and with further innovation, we can only imagine what lies ahead.
Impact of VR on the Entertainment Industry
The impact of virtual reality (VR) on the entertainment industry has been nothing short of revolutionary. With its immersive and interactive nature, VR has opened up a whole new world of possibilities for both creators and consumers.
One area where VR has had a significant impact is gaming. Traditional video games have always provided an escape from reality, but with VR, players can now fully immerse themselves in virtual worlds. The level of immersion that VR gaming offers is unmatched, from exploring fantastical landscapes to participating in intense battles.
But it’s not just gaming that has benefited from VR technology. The film and television industries are also embracing this new medium to create unique and captivating experiences for audiences. With VR films, viewers can become active participants in the story, allowing them to feel like they are right there alongside the characters.
VR has also transformed live events. Whether it’s attending a concert or sporting event, VR allows people to experience these events from the comfort of their own homes. This opens up opportunities for those who may not be able to attend physically due to distance or other limitations.
Additionally, VR has paved the way for new forms of storytelling and content creation. Virtual reality experiences are no longer limited to just games or films; they can now include interactive narratives and even educational simulations. This gives artists and creators a whole new canvas to work with and explore innovative ways of engaging audiences.
Furthermore, VR offers exciting prospects for theme parks and attractions by providing visitors with thrilling virtual rides or adventures that were previously unimaginable.
As technology continues to advance at a rapid pace, we can expect even more groundbreaking applications for virtual reality in digital entertainment. However, challenges such as cost barriers and technical limitations still need addressing before widespread adoption becomes possible.
In conclusion, virtual reality is reshaping how we consume entertainment across various mediums, offering unprecedented levels of immersion that transport us into different worlds altogether!
Different Forms of VR in Digital Entertainment
Virtual reality (VR) has revolutionized the way we experience entertainment. With its immersive and interactive nature, VR offers a wide range of experiences that cater to different interests and preferences.
One form of VR in digital entertainment is virtual gaming. Gamers can step into a virtual world and become fully immersed in the gameplay, whether it’s exploring fantasy realms, battling enemies, or solving puzzles. Interacting with the environment and characters adds a whole new level of excitement to gaming.
Another popular form of VR entertainment is virtual concerts and events. With VR technology, people can attend live performances from the comfort of their homes. They can enjoy front-row seats to their favorite artists’ shows without having to deal with crowds or travel expenses.
VR also extends its reach beyond gaming and music by offering immersive storytelling experiences. Users can be transported into fantastical worlds through movies or documentaries specifically designed for VR platforms. This allows viewers to feel like they are part of the narrative, enhancing their emotional connection with the story.
Furthermore, education is another area where VR has made significant strides in digital entertainment. Students can explore historical landmarks, dive deep into scientific concepts through simulations, or even practice surgical procedures within a safe virtual environment.
The possibilities for using VR in digital entertainment are vast and continually expanding as technology advances. From sports viewing experiences that put you right on the field to virtual museum tours that bring art collections alive, there’s no shortage of ways that VR is transforming how we engage with media.
However, it’s important to note that while these forms of VR offer incredible potential for immersive experiences, there are still challenges and limitations that need addressing, such as accessibility issues for those who may not have access to expensive equipment or motion sickness concerns for some users.
In conclusion (conclusion sentence optional), virtual reality has opened up exciting avenues in digital entertainment by providing unique and engaging experiences across various mediums. As technology progresses, we can expect even more innovative applications of VR that will continue to
Potential Uses and Applications of VR in the Future
Virtual reality (VR) is expected to revolutionize the way we experience digital entertainment in the future. With its immersive and interactive capabilities, VR has the potential to transport us to new worlds and provide unforgettable experiences.
One of the most exciting applications of VR in the future could be in gaming. Imagine being able to step into your favorite video game and interact with characters and environments as if they were real. VR can enhance gameplay by creating a sense of presence, making players feel like they are truly part of the virtual world.
In addition to gaming, VR could also transform how we watch movies and TV shows. Instead of sitting passively in front of a screen, viewers can use VR headsets to enter a virtual cinema or theater, where they can have an immersive viewing experience. They can choose their seat, adjust their surroundings, and even interact with other viewers.
Another potential use for VR is in education. Students could explore historical events or scientific concepts through virtual field trips or simulations. This hands-on approach would make learning more engaging and memorable.
Furthermore, VR has huge potential in healthcare. Surgeons could practice complex procedures in a safe virtual environment before performing them on patients. Patients suffering from anxiety disorders or phobias could undergo exposure therapy using VR simulations tailored to their specific needs.
The travel industry could also benefit from VR technology by allowing people to visit destinations before deciding on their next vacation spot. Virtual tours would give travelers a taste of what it’s like without having to travel there physically.
The possibilities for utilizing VR in digital entertainment are endless. From gaming and movies to education and healthcare, this emerging technology holds immense promise for transforming various industries and providing users with captivating experiences that were once only dreamed about!
Challenges and Limitations of VR in Entertainment
While virtual reality (VR) has made significant strides in the entertainment industry, there are still several challenges and limitations that need to be addressed. One of the main obstacles is the cost associated with VR technology. The high price point of VR headsets and equipment can make it inaccessible for many consumers.
Another challenge is the issue of motion sickness that some users experience when using VR devices. This can limit the amount of time people can spend immersed in a virtual environment without feeling nauseous or uncomfortable.
Additionally, content creation for VR experiences poses its own set of challenges. Creating engaging and immersive content requires specialized knowledge and skills, which may not be readily available to all developers.
Furthermore, there are concerns regarding privacy and data security in virtual reality. As users navigate through virtual worlds, their actions and movements could potentially be tracked or recorded without their consent.
Moreover, accessibility remains an ongoing limitation for individuals with disabilities. People with visual impairments or mobility issues may face barriers when trying to fully participate in virtual reality experiences.
There is also a concern about potential addiction to virtual reality experiences. Spending excessive amounts of time engaged in a simulated world could negatively impact mental health and social interactions.
While virtual reality has immense potential for entertainment purposes, these challenges need to be addressed to ensure widespread adoption and enjoyment by all users.
Ethical Considerations for VR Use
As virtual reality continues to evolve and become more integrated into our lives, it is important to consider the ethical implications of its use in the realm of digital entertainment. While VR has opened up exciting new possibilities for immersive experiences, several ethical considerations need to be addressed.
One major concern is the potential impact of VR on mental health. The intense and realistic nature of virtual reality experiences can sometimes blur the lines between reality and fantasy, leading to a phenomenon known as “VR addiction.” Spending excessive amounts of time in a virtual world can have detrimental effects on individuals’ well-being and social interactions. Developers and users alike must maintain a healthy balance between virtual experiences and real-life activities.
Another ethical consideration revolves around privacy issues. As VR becomes more sophisticated, it may collect vast amounts of personal data about users’ behavior, preferences, and even physiological responses. This raises concerns about how businesses or malicious actors might store, use, or potentially exploit this data.
There are also moral questions surrounding content creation within virtual environments. With the ability to create lifelike simulations comes the responsibility not only to entertain but also to ensure that content does not promote harmful behavior or perpetuate stereotypes. Developers must carefully navigate these boundaries while providing engaging experiences that respect diversity and inclusion principles.
Furthermore, accessibility is a significant concern when it comes to VR technology. Not everyone may have access due to economic limitations or physical disabilities that prevent them from fully experiencing these digital entertainment platforms. Ensuring equal opportunities for all individuals should remain at the forefront as technology progresses.
There are legal implications associated with VR use in entertainment contexts. Issues such as intellectual property rights infringement or unauthorized surveillance within virtual realms need careful consideration under existing laws and regulations.
In conclusion (without saying “in conclusion”), while virtual reality offers immense potential for innovation in digital entertainment, we must approach its usage ethically with comprehensive guidelines and regulations in place. By addressing the concerns of mental health, privacy,
If you’re interested in understanding “how data collection is shaping our behavior online“, be sure to check out our related article on How Data Collection Is Shaping Our Behavior Online for insights into this intriguing phenomenon.


The Center for Research in Education Simulation Technology develops technology that responds to patient and autonomously adjusts scenarios to help advance therapy.
BY ALEXANDRA SHIMALLA | November 18, 2020
The two patents combine in Zoobee’s World, where children learn social-emotional skills while researchers monitor situations that might cause them stress. (Image property of Center for Research in Education Simulation Technology®)
UCF has patented new technologies that use sensors to create virtual simulations that respond to individuals to help people conquer fears and anxiety.
The premise is to use emerging sensor-based technology to help people suffering from anxiety disorders, individuals with autism spectrum disorder or those with executive functioning issues, says Lisa Dieker, an exceptional student education professor and co-director of the Center for Research in Education Simulation.
The technology would be used to expose a person to what they most fear and slowly reduce the stress response. A second design patent will be directly aimed at helping children with autism spectrum disorder.
We’re now at a point with biometric sensors to be able to tell if your body and mouth are saying something, but is your brain following? What is a person’s fear? How can we simulate aspects of that fear and use sensors to help us understand when we are helping and when we might be adding stress? The technology we are using will ensure that the situation is not too overwhelming.
For example, a plane crash survivor who is afraid of flying could strap on the virtual reality device with feedback sensors that monitor heart rate, blood volume, temperature and movement. The technology would create a virtual empty plane. The virtual environment would begin to add things like seats, exit signs, other passengers or the sound of the seatbelt warning light when the individual was ready. The participant’s vitals would be closely monitored via the sensors. Once the environment triggered an escalated stress response, the simulated environment would be paused. The educator, researcher or therapist would discuss the trigger with the participant and then would try it again, slowly scaling back up.
“The patent is putting together sensors and scaling back the technology when the sensors tell the system that someone needs to decrease their stress,” Dieker says.
The purpose is to eventually get the individual acclimated to whatever situation or environment causes them stress.
“People learn through reflection,” says Charlie Hughes, a co-director of the Center for Research in Education Simulation Technology and a computer science professor. “Previously, reflective feedback was based upon subject-matter experts tagging events that they saw going on in a simulation, what the person did and how they responded. With this technology, what we’re really looking at is automating a great deal of that because we’re picking it all up with sensor data. That sensor data can feed into visualizing the data in ways that help people understand what’s going on.”
The patented technology will first be used in a newly funded project with UCP of Central Florida, a nonprofit organization and charter school system for students with and without disabilities. The project, funded through a U.S. Department Stepping-Up Technology grant, also will use the other design patent for Zoobee, a teddy-bear-like character.
Eric Imperiale, a research technician of the School of Modeling, Simulation and Training, designed Zoobee, a three-dimensional character that interacts with children.
Zoobee will be used to help children with autism spectrum disorder and other disabilities learn and control their emotional-social responses. The end result of the grant is an open-access website detailing results, giving people the ability to use Zoobee and the patented technology to help children on a larger scale.
The Center for Research in Education Simulation Technology aids UCF in its effort to be a leader in research and education through simulation. Faculty are given the opportunity to collaborate on unique, internationally recognized research. Housed within the College of Community Innovation and Education, the center develops ideas, technologies and applications of UCF-created and partnership-developed education simulation technologies.
Dieker joined UCF in 2003. She is a Pegasus Professor and Lockheed Martin Eminent Scholar Chair.
Hughes joined UCF in 1980. He is a Pegasus Professor and the interim director of the School of Modeling, Simulation and Training's graduate programs.


A world-famous brand of computer and mobile peripherals from Switzerland focused on innovation and quality, with products that have an everyday place in people’s lives. Founded in 1981 in Switzerland, and quickly expanding to the Silicon Valley, Logitech’s innovation brought the many industry firsts to the world, including the infrared cordless mouse, the thumb-operated trackball, the laser mouse, and more.
Logitech focuses on how customers worldwide connect and interact with the digital world, keeping design at the center to create a truly unique and meaningful experience.
A subsidiary of the Logitech brand, Logitech Gaming is focused on creating the most advanced gaming peripherals that offer high-performance and immersive experience.
Equipped with today’s innovative technologies and the drive for the best gaming experience, Logitech Gaming continues to defy expectations in the industry, making it one of the most trusted brands by professional gamers today.
A global brand that is driven to create the future through smart and quality electronics and appliances, which can be seen through Samsung’s line of high-definition televisions that are designed with immersive picture display and sound quality, with excellent smart TV functionalities.
Built for the comfort and enjoyment of your eyes.
Created in 1995 on a tour bus in California, Ultimate Ears started as quality in-ear monitors that were trusted by famous musicians in the music industry.
With excellent audio engineering and superlative philosophy to consumer speakers and earphones, Ultimate Ears has become a pioneer of today’s mobile speakers, creating 360 ° sound with size-defying audio, unique ruggedness, and the now-iconic circular form.
A result of the collaboration of several professionals in both the technology and gaming industry, BitFenix is focused on combining excellent design with the latest technologies, resulting in high-performing state-of-the-art computer hardware and peripherals.
With a combined understanding of gaming and other high-demand computing applications, BitFenix is dedicated to creating the ultimate go-to in computing products and peripherals with superior engineering and design know-how.
Known worldwide for its smart appliances, LG showcases the brand’s innovation through its ultrawide monitors and gaming monitors that provide a whole new level of experience for workers, gamers, and artists alike. With slim designs, excellent colors, and immersive life-like motion, these monitors by LG are one of today’s best choices for quality viewing, working, and gaming.


Key Notes from Apple’s Keynote Address
Apple’s new Macbook Pro with a retina display. This image won’t do it justice.
Apple’s Worldwide Developer’s Conference kicked off today with four major announcements from the company regarding their upcoming product lines.
The conference, held in San Francisco, California, was primarily expected to provide more details into the new Macbook Pro. For months there have been rumors that the new laptop would have the retina display. Yes, that retina display, the same one that earned rave reviews upon the release of the New iPad earlier this year.
Apple confirmed today that the new Macbook Pro would have it.
The full run down of information from Apple is as follows:
- Macbook Pro with retina display, full flash storage, and radically thin and light design [More Info]
- Macbook Air with faster graphics, faster storage, and latest Intel core processors [More Info]
- OS X Mountain Lion, the brand new operating system from Apple, will be released in July as a download from the App Store [More Info]
- iOS 6 which will include an all new Maps app, a smarter Siri, and numerous other features [More Info]
It was a big day for the company and one that understandably got their rabid userbase extremely excited for what is to come.
However, it should be noted that some of Apple’s previous releases have undergone media scrutiny in the past due to their lack of reliability. The new iPad’s “Heat Gate” controversy, which began when Consumer Reports stated that the new iPad could reach uncomfortable temperatures if used for too long, turned heads even if it didn’t turn down sales.
And who can forget “Antennagate” following the release of the iPhone 4, where consumers far and wide reported dropped calls when the phone was held by the receiver. Apple eventually corrected the issue, but not before taking a beating in the press.
Nonetheless, we’re extremely excited for the release of these new gadgets and operating systems.
And you can be absolutely certain that FixYa’s Experts are excited to get their hands on them as well.


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How Mixed Reality is shaping tomorrowBlog
Merging reality and fiction has been a constant human struggle.
Science Fiction, Psychedelia, Transcendental Meditation, are all early efforts to unveal the unreal into our mundane existence.
Today’s technology is making this dream safe and achievable — not only for the dreamers among us.
But let’s take a step back. How do we define Mixed Reality?
It all comes back to a 1994 research paper by Paul Milgram and Fumio Kishino entitled “A Taxonomy of Mixed Reality Visual Display”.
In that paper they introduced the term “Mixed Reality” along with the concept of the Reality-Virtuality continuum.
How does it work? Imagine a line with two extremes: real environment on one end and virtual environment on the other end.
The most straightforward way to view a Mixed Reality environment, therefore, is one in which real world and virtual world objects are presented together within a single display, that is, anywhere between the extrema of the virtuality continuum.
The concept of Reality is pretty straightforward. It is whatever we can perceive with our five methods of perception: taste, sight, touch, smell and sound, without any digital intermediation.
Virtual Reality is on the opposite side of this line. It is an artificially created sensory experience of people, environments and objects, which can be perceived with our five senses. It is usually made with real-time CGI, since the user can interact with the scene, up to a certain extent.
360° Video is often mislabeled as “VR”, but it’s a marketing stunt — and a dangerous misconception. In fact immersive video it is more near to the “Reality” side of the spectrum, being a snapshot of a real scenario, although mediated by a 360° camera, and possibly part of an immersive storytelling.
Now let’s address the middle part of the reality-virtuality continuum.
Mixed Reality is the space in between when real world elements start to mix with virtual ones.
Let split this into two flavors: Augmented Reality, where we bring in some virtual elements into our real world, and Augmented Virtuality, where we bring some real elements in our virtual world.
Heads up displays in cars, Google Glass, Snapchat filters, Pokemon GO’s AR view, Google Tango, mobile AR apps and Microsoft’s HoloLens are all examples of Augmented Reality of varying degrees.
Augmented Virtuality occurs in a virtual environment. This is a term that isn’t often used, but involves environments where a virtual world has some real world elements within it.
Some examples includes Google Earth VR, Intel Project Alloy — now canceled, VizRT, and a Digital Twin where an aircraft maintenance engineer is able to visualize a real time model of an engine in flight thousands of miles away.
Then, there is Microsoft very own definition of Mixed Reality.
Initially Microsoft just wanted to try to describe occlusion of AR by real world objects, using their sensor array, by calling it mixed reality.
Then they tried to extend it to their VR headsets, perpetuating the misunderstanding that its a catch all phrase for AR + VR.
While Microsoft chose the term “Mixed Reality” for its initial headsets, these are only VR enabled. Hence “Windows Mixed Reality” labeled range of headsets are similar to the HTC Vive, Oculus Rift or Sony Playstation VR, and many manufacturers are selling bundles that include touch controllers, the main difference with the competitor being that the headsets do not require separate sensors.
The concept of Mixed Reality is truly exciting, as it is a mean to improve human life in all its aspects. It is going to impact communication, entertainment, education, collaboration, machine learning.
The hardware is slowly getting there: it might not be as fast as we’d have hoped but will soon take over and it’s one of the most exciting trends to look after to in the years to come.
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Let us dive into the world of digital music production, where AI is orchestrating a new era of creativity. Explore the exciting possibilities and trans-formative impact of AI in music.
The world of digital music production is on the cusp of a transformation that promises to revolutionize the way we create, produce, and experience music. In the heart of this evolution stands Artificial Intelligence (AI), a force that is driving unprecedented innovation within the industry. The United Kingdom, like the rest of the world, is at the forefront of this technological revolution, and in this comprehensive article, we’ll explore the future of digital music production with a laser focus on the role of AI. We’ll delve deep into AI-driven advancements, how they are reshaping music production, and the creative possibilities they unlock.
I. The Intersection of AI and Music Production: A Brief Overview
Before we delve into the future, let’s take a moment to understand the present and the trajectory that has led us here.
1. The Birth of AI in Music: AI has been making its presence felt in music production for some time. From early experiments in algorithmic composition to rudimentary AI-driven tools, the journey has been marked by incremental advancements.
2. AI-Driven Tools: AI is already being used in music production for tasks such as auto-tuning, beat detection, and even generating backing tracks. These tools assist musicians and producers in streamlining their creative process.
3. Machine Learning in Music: Machine learning algorithms have been employed for tasks like music recommendation and playlist generation, transforming the way listeners discover music.
II. AI in Composition and Songwriting
AI’s role in composition and songwriting is one of the most exciting aspects of the future of music production:
1. AI Composers: AI-driven composers like OpenAI’s MuseNet are capable of generating entire compositions. We’ll explore how these tools can be harnessed for inspiration, and even for creating full songs.
2. Collaborative Composing: AI can be a creative collaborator, suggesting chord progressions, melodies, or instrumental arrangements that artists can build upon.
3. Songwriting Assistance: AI can assist in lyric writing by suggesting rhymes, themes, and even generating verses or choruses.
III. Production and Sound Design
AI is not limited to just composing music; it plays a pivotal role in the production and sound design processes:
1. MIDI and Audio Processing: AI algorithms can analyze and enhance MIDI and audio data. We’ll explore how they can clean up recordings, correct pitch issues, and even suggest musical arrangements.
2. Sound Design: AI-powered tools offer innovative ways to create unique sounds, whether it’s crafting original synth presets, generating sound effects, or manipulating audio in real-time.
3. Mixing and Mastering: AI can assist in mixing and mastering, offering automated tools to balance tracks, add effects, and optimize audio for various platforms.
IV. AI-Enhanced Music Collaboration
The future of music production will witness an evolution in how artists collaborate and create together:
1. Remote Collaboration: AI-powered platforms and tools make remote collaboration more seamless, enabling artists to work together, regardless of their physical locations.
2. Real-time Feedback: AI can provide instant feedback during recording and production, helping artists make informed decisions on the spot.
3. Virtual Collaborators: Imagine collaborating with virtual musicians or bands powered by AI, expanding the creative possibilities beyond human capabilities.
V. AI and Personalization in Music
AI is making music more personal and tailored to individual preferences:
1. Music Recommendation: Advanced recommendation algorithms powered by AI consider an individual’s listening history, preferences, and mood to curate personalized playlists and music suggestions.
2. Adaptive Music: AI can generate adaptive music that changes in real-time based on the listener’s actions or emotions, enhancing immersive experiences in video games, virtual reality, and more.
3. AI-Driven Music Platforms: We’ll explore how AI-driven platforms can create custom soundtracks for content creators, adding a unique layer of sonic identity to videos, podcasts, and more.
VI. AI and Music Copyright, Royalties, and Protection
The role of AI extends to addressing long-standing issues in music copyright and royalties:
1. Royalty Distribution: Blockchain and AI are coming together to create transparent and automated royalty distribution systems, ensuring artists receive fair compensation.
2. Anti-Piracy Measures: AI can track and protect intellectual property rights, reducing piracy and copyright infringements.
3. AI in Music Legalities: AI is also being used to streamline the often complex legal aspects of music, from licensing to copyright management.
VII. The Challenges and Ethical Considerations
As we embrace AI’s transformative role, we must also confront the challenges and ethical dilemmas it presents:
1. Copyright and Ownership: Who owns AI-generated music? We’ll discuss the evolving landscape of copyright and AI-generated works.
2. Loss of Human Touch: Is there a risk of losing the human element in music when AI plays such a significant role? We’ll explore the balance between automation and artistic expression.
3. Data Privacy: The AI-driven music industry relies on vast amounts of user data. We’ll delve into the ethical concerns surrounding data privacy and its implications for the future.
VIII. The Future of Digital Music Production: A Harmonious Coexistence
In the grand symphony of music production, AI is emerging as a prominent instrument, working alongside human creativity and ingenuity. The future of digital music production is not a battle between man and machine but a harmonious coexistence that promises boundless creative possibilities.
The future of digital music production across the globe is an exciting journey into uncharted territories. AI is the driving force behind a revolution that has the potential to reshape the music industry, offering new ways to create, experience, and share music.
As we stand on the precipice of this transformation, the world of music is poised for a harmonious symphony where human artistry and AI capabilities combine to create an era of unparalleled creativity.
The future is not about AI replacing humans in music; it’s about AI amplifying human potential and expanding the horizons of music production, ensuring that the music we create and enjoy continues to be a profound and meaningful part of our lives.


MYRTLE BEACH, S.C. (WBTW/AP) — Did you see the bright light across the sky Friday morning? Don’t worry, the world isn’t ending; it was the SpaceX launch making it’s way across the early morning sky.
SpaceX launched four astronauts toward orbit Friday using a recycled rocket and capsule, the third crew flight in less than a year for Elon Musk’s rapidly expanding company.
The astronauts from the U.S., Japan and France should reach the International Space Station early Saturday morning, following a 23-hour ride in the same Dragon capsule used by SpaceX’s debut crew last May. They’ll spend six months at the orbiting lab.
SpaceX Crew-2 mission to the International Space Station looked great from Wilmington, NC! We got these pics of the launch from our office looking east a few minutes ago. pic.twitter.com/FL9JObw0jx— NWS Wilmington NC (@NWSWilmingtonNC) April 23, 2021
After its successful launch, the SpaceX Falcon 9 could be seen from MYR early this morning, as it makes its way to the International Space Station (ISS). 🌌🚀 pic.twitter.com/SV6pulMpdA— Myrtle Beach International Airport (@FlyMyrtleBeach) April 23, 2021
Have photos or videos of the rocket? We want to see them! Send the to us at email@example.com.


ASI-Improving Patient Care Through Superior Imaging Analysis
Applied Spectral Imaging (ASI) makes patient care better through advanced biomedical microscopy imaging.
The GenASIs™ automated imaging platforms for genetic and pathology analysis provide state of the art diagnostic aids for pathologists and cytogeneticists, with reproducible and reliable results. GenASIs Hyperspectral with HiSKY® Probes provide superb biomedical analyses surpassing the abilities of normal human vision.
The GenASIs platform is FDA cleared for BandView Karyotyping, FISHView, SpotScan for CEP XY, UroVysion, ALK and HER2/neu FISH, and HiPath for IHC Family: HER2, ER, PR, and Ki67.
ASI, the industry's leading microscopy imaging solution provider since 1993, has dozens of registered patents in the US, Europe and Japan and thousands of systems deployed worldwide. ASI has worldwide offices in the US, Europe and Asia and a global network of distributors.


How the Procurement Industry Can Prepare for 5G
June 10, 2020
While a 5G network will allow companies to more efficiently execute operations, enhance decision-making, and improve service delivery, the procurement industry in particular expects to benefit from increased cost savings, faster speeds, and enhanced communication. 5G has the power to transform people’s lives and change the way the world connects. Providing greater connectivity, and increased access to information, this next generation mobile network will shape the end user experience across sectors – from healthcare and entertainment to financial services and transportation. For example, 5G introduces possibilities such as shopping via augmented reality, developing smart cities, and enhancing video game experiences.
Despite the benefits it offers, 5G introduces new challenges in managing the long-term total cost of ownership (TCO) and return on investment (ROI). To leverage 5G successfully, procurement professionals will need to practice holistic planning and strategic sourcing. Procurement professionals must prepare for the future implementations of 5G, and WBD is keeping in mind the following changes:
Keeping Costs under Control
With the development and deployment of any new technology, procurement professionals must ensure that the costs incurred are not too high for their organization to bear. As procurement teams are becoming increasingly involved in product development, they can play an important role in keeping 5G implementation costs under control. Traditionally, procurement professionals simply ensure the availability of goods and services are delivered at reasonable prices at the end of product development; however, modern acquisition strategies and new product design methods view product development as a joint venture between engineers and procurement professionals wherein information on market prices and materials are continuously communicated during development. While 5G capabilities are expected to ultimately provide cost savings, the research and development phase could incur higher technology costs. The procurement industry should be prepared for the rise of unanticipated costs so that the overall costs of 5G implementation are kept under control and provide a high ROI.
Expanding of Procurement Activities
In the fast-paced environment of procurement, the amount of time it will take to download data and software on a 5G network will be significantly faster, which will enable the expansion of procurement activities and enhance developing requirements. According to Gartner, one of the issues affecting supply chain leaders is the latency of data, and technology can play a key role in reducing data latency. 5G technology has the potential to deliver data up to speeds of 10 Gbps, which can offer real-time in all stages of the supply chain. Rather than focusing strictly on the initial purchase and final delivery of goods and services, procurement professionals can focus improvement activities for the often-overlooked intermediate stages of the supply chain, such as sourcing, warehousing, and transit.
Enhancing Communication and Collaboration
By making communication easier through improved data transmission, 5G technology will enable procurement professionals to better collaborate with suppliers and introduce new opportunities for value, which will in turn result in cost savings and increased effectiveness. The improvement of 5G cellular technologies can enhance collaboration among supply chain/procurement and artificial intelligence industries through the improvement of robotics, which often depend on inflexible wired systems. Faster communication systems and removal of structural hurdles will improve the efficiency of the supply chain.
Like all emerging technologies, procurement professionals must be prepared to embrace the changes that will accompany the deployment of a 5G network. Until 5G is in place, and we better understand the environment that will result from it, acquisition professionals should be actively paying attention and waiting for this new generation of technology to unfold in the procurement industry.
To learn more about WBD’s service offerings, check out our Acquisition page.


Extends HDMI signal range up to 60m (480p / 1080i) or 30m (1080p Full HD) using (2x) Cat5e or Cat6 network cable to substitute HDMI cable to achieve long distance transmission ** NOTE ** : 24AWG copper core Cat5e or Cat6 cable is highly recommended for best results.
Simple plug & play operation with auto-adjustment of feedback, equalization and signal amplification... Ultra compact size for ease of in-line installation
Transmission range using Cat6 Cable : 30m for 1080p (and 720p) ... *** PLEASE NOTE : SHIELDED CAT5e or CAT6 Cables are highly recommended ) *** power supply is NOT required with this model ***
*** PLEASE NOTE ::: these Extenders DO NOT have IR functionality.. If you require IR functionality then please purchase our other Extender sets (30m IR / 50m IR ) along with Optional Extra IR probes ***
HDMI certified / ATC tested / RoHS compliant / FCC and CE approved - HDCP Compliant - IEEE-568B Standard - Size: 45x 25x 81mm -


Audio Video Solution offers a wide range of customizable Universal Remote Control Systems including the following:
Remote Technologies Incorporated (RTI) is a leading control systems manufacturer offering innovative, sophisticated, and user-friendly devices for professionally installed electronic systems. The company’s wide array of award-winning handheld and in-wall universal controllers, central processors, audio distribution systems, and accessories are marketed exclusively through a worldwide network of professional integrators. For complete control and monitoring over electronic systems from virtually anywhere in the world, the power of RTI is available on iPhone®, iPod touch®, iPad®, and Android™ devices through the company’s RTiPanel application, just as the award-winning RTI Virtual Panel program offers access and control via any PC running Microsoft® Windows®. All RTI solutions are programmed through the company’s world-renowned Integration Designer® software, easily allowing dealers to provide a completely customizable user interface for intuitive command over the entire electronics system.
Pro Control is a division of Remote Technologies Inc., an award-winning manufacturer of innovative home control products for nearly 20 years. Combining advanced capabilities with unprecedented value, Pro Control programmable remote controls, professional-grade control systems and accessories provide the ultimate control solution for professionally installed entertainment systems.
In 2011 the Pro Control Pro24.z remote and ProLink.z processor received CustomRetailer magazine’s EXC!TE Award in recognition of their innovation and high performance.


A digital signage company is often a sub-section of electronic signage and allows an individual or organization to remotely generate and display customized content to virtually any number of devices. Various digital technologies including LED and LCD are utilized to display customized content including video, audio, and animation. The content can be updated in real time or can be static, allowing organizations to present the most current information to their audience with the least amount of effort. This type of technology has made digital signage an integral part of the advertising and business community.
One of the benefits of hiring a digital signage service is that it can be managed by one person, which allows for a more efficient work flow. This also makes it possible for information to be altered, displayed, changed, or updated at any time. This can provide instant feedback and responses to specific requests, which can lead to increased customer retention and loyalty. There are many different benefits of using a digital signage service, especially when compared to conventional methods of advertising, sales promotion, and marketing.
One of the biggest benefits of digital signage is the flexibility of the displays. These devices can be set up almost anywhere, with virtually any material, including colored ones, flat, curved, or black and white. They can be hung from walls, fences, storefronts, and a variety of other locations. They are very inexpensive to install and can usually be financed through most local finance companies. Because they are easy to move and take down, they can be installed nearly anywhere.
Since there are a number of different models of digital signage, it is important to select a digital signage manufacturer that has experience and capabilities in each model. Most digital signage manufacturers have many years of experience developing, manufacturing, and providing customers with the best digital signage solutions possible. They will be able to customize a digital display with your specifications, as well as add special effects and animations to maximize the use of the technology.
In most instances, customers do not need to make any changes to the hardware, software, or content of the digital signage themselves. Instead, the digital signage manufacturer will handle everything. They typically work with customers on a one-to-one basis, customizing digital displays according to their specifications. The goal of a digital signage manufacturer is to make sure their customers’ digital displays are set up in the most efficient way possible.
Another benefit of using a digital signage manufacturer is cost. These companies will spend time researching and testing new technologies that will make it easier for consumers to interact with the content displayed on their screens. They will also make sure a digital display is set up in an area where it will be seen by the most people. Since most consumers spend a minimum amount of time in a public area, this will often mean more people will see your message. By using a digital signage manufacturer, you will be able to maximize the potential audience and potential sales.
When it comes to choosing a digital signage manufacturer, you must first choose a specific company with experience in the industry. A large digital signage manufacturer may also be able to meet your production needs at a lower price than smaller companies. Before making the final decision, take the time to compare the many different models offered by different digital signs manufacturers. Make sure a digital sign will work for your business’s specific needs and budget. If you are unable to find the perfect digital signage display for your business, consider outsourcing your order.
Using digital signs is an exciting and effective way to draw in more customers and generate new interest in your company. If you are looking to upgrade your current signage or start your company on a new digital signage campaign, it is important to choose the right company. Talk to a digital signage expert to learn more about what different digital signs offer. Digital signs offer a wide variety of benefits to help businesses succeed. By taking the time to research your options and find a company that works with your needs, you will help increase sales and increase visibility at a low cost. If you need to install digital signs, contact a digital signage manufacturer today!


Looking for best laptops for dual monitors 2024 ? In today’s fast-paced world, having a laptop that supports multiple monitors can be a game-changer for productivity. Whether you’re a professional gamer, designer, developer, or trader, the ability to multitask seamlessly is invaluable. In this detailed review, we’ll explore the top 10 laptops that are well-suited for multi-monitor setups, enabling you to make an informed decision and elevate your work and gaming experiences.
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Best laptops for dual monitors 2024
The ASUS ROG Strix G17 is a true powerhouse, offering exceptional performance that makes it an excellent choice for both demanding tasks and gaming. It’s equipped with an AMD processor running at a lightning-fast 4.8GHz and boasts a whopping 64GB of RAM, ensuring it can handle even the most resource-intensive applications. Moreover, it provides options for expanding your storage thanks to an extra slot, and its 2TB SSD delivers swift data access.
The laptop features a large 17.3-inch full HD screen, which not only reduces eye strain during extended use but also delivers a smooth and immersive visual experience. ASUS has implemented a smart cooling system that effectively manages heat, preventing any concerns of overheating, even during intense gaming sessions. Notably, this laptop supports the connection of two external monitors, enhancing its versatility.
While it may not be the most portable laptop at 2.7 kg (5.95 lbs), the ASUS ROG Strix G17 is tailor-made for users who prioritize performance and require multi-monitor capabilities.
The Dell XPS 15 is a laptop that finds favor among students and business professionals alike, offering robust features and powerful components. It’s equipped with an improved Tiger Lake CPU, capable of handling a wide range of tasks with ease. The 16:10 screen, nearly bezel-free and customizable to 4K resolution, ensures a stunning visual experience. With 32GB of RAM and a 1TB SSD, you can expect top-tier performance.
However, this premium laptop comes with a premium price and a notable drawback: its downward-facing speakers result in somewhat muffled sound quality. While this is not uncommon, given the price point, one might expect improvements in this area.
In terms of multi-monitor support, the Dell XPS 15 can handle two external monitors, which is quite impressive.
Even if you invest in the best external monitor for your laptop, having a high-performance laptop is equally crucial. The Apple MacBook Pro stands out as an exceptional choice, packed with features and outstanding productivity capabilities. With its new XDR screen, you’ll experience an extended color range and a buttery-smooth 120Hz refresh rate with ProMotion. The LED technology contributes to deeper, more vibrant colors.
One of the MacBook Pro’s standout features is its impressive battery life, boasting up to 19 hours of usage without the need for charging. This level of endurance is rarely found in laptops, making it an ideal choice for users who value long-lasting performance, even when connected to two screens.
However, it’s essential to note that this laptop is overkill for basic tasks. Its power is best harnessed by professional developers, creators, or users with high-performance demands.
The Razer Blade 14 is often regarded as one of the best laptops on the market. With its 14-inch display, powerful AMD CPU, modern Nvidia graphics card, and 16GB of RAM, it offers a compelling package. Its aluminum chassis is not only sleek but also incredibly durable due to its anodized finish. Minimalistic design and per-key RGB lighting add to its aesthetics.
While its battery life might not be exceptional, providing about 6 hours of autonomy, its compact and lightweight design compensates for this limitation. Setting up multiple monitors with this laptop is straightforward, allowing you to maximize your productivity.
Now, let’s delve into the details of setting up three monitors on a laptop. It’s simpler than it sounds and can be accomplished in just a few steps: connect your gaming monitor to the Blade 14, access the notification panel, select «Project,» choose your preferred projection setting, and save your changes. This Razer model supports up to three external screens through HDMI and two USB-C outputs.
The Razer Blade 14 excels not only as a laptop for multiple monitors but also as a versatile tool for various tasks, whether work or gaming-related.
Best laptops for dual monitors 2024
The HP Pavilion 15 strikes an excellent balance between performance and affordability, making it an ideal choice for users with demanding needs and a moderate budget. Despite its mid-range pricing, it offers a lot in terms of features and capabilities. This laptop boasts an unconventional design that exudes a gaming vibe, complete with sharp edges and a sleek silver finish.
Weighing just slightly more than its competitors at 1.75 kg (3.85 lbs), it remains comfortable enough for portability. It even features a touchscreen, adding versatility to its functionality.
HP has taken care of audio performance, positioning speakers to ensure clear sound without obstructions. The keyboard, while smooth and responsive, lacks backlighting, which might be a minor inconvenience for nighttime use.
The Acer Swift 3 is a portable and budget-friendly multitasker with an Ultrabook form factor. While it may be considered a budget device, it outperforms many laptops in its price range. Its design is minimalistic and straightforward, with a lightweight aluminum chassis and matte-silver finish. Its 14-inch display may not be the absolute best, but it suffices for most everyday tasks.
This laptop’s built-in microphone and webcam are adequate for work-related purposes and video conferencing, although professional broadcasting might require additional peripherals. When it comes to video playback and overall performance, the Swift 3 handles various tasks with ease, including content creation, gaming, and more. The «2 monitors 1 laptop» configuration fits seamlessly with this laptop.
Best laptops for dual monitors 2024
The Lenovo Legion 5, a gaming laptop with a 15.6-inch FHD display, AMD Ryzen 7 5800H, 16GB of RAM, and a 1TB SSD, delivers strong performance at an affordable price point. Lenovo’s design approach for the Legion series is characterized by mature and minimalist aesthetics, and the Legion 5 is no exception. The RGB-laden Trustrike keyboard is full-sized and spacious, ensuring comfortable use.
The 15.6-inch 1920×1080-pixel display boasts excellent color accuracy and brightness suitable for gaming. The speakers provide clear audio but lack substantial bass, although this can be adjusted through the Nahimic control panel. This laptop supports dual monitors for gaming, easily activated through Windows settings.
The HP Pavilion x360 is an excellent choice among laptops compatible with dual monitors, offering high efficiency for multitasking. Its Tiger Lake CPU ensures swift task completion, while the Intel Iris Xe GPU enhances visual performance with a high refresh rate and sharpness.
The laptop’s battery life falls within the average range, offering 6 to 7 hours of work, making it less suitable for extended usage without charging. However, its 14-inch 1920x1080p display provides satisfactory contrast and brightness for everyday office or home use. Additionally, this model features a 2-in-1 design, allowing it to transform into tablet mode.
For users planning to connect multiple displays, investing in high-quality external monitors can complement this laptop’s capabilities.
The Lenovo ThinkPad P52 is a robust mobile workstation designed for professionals seeking top-notch performance and productivity. Its aluminum alloy chassis and carbon-fiber blend lid combine durability with a sleek appearance. However, at 2.45 kg (5.4 lbs) and an inch in thickness, it’s not the most portable option.
The laptop’s beautiful 4K touch display is ideal for design and editing work, offering an impressive color gamut and vivid image representation. The 15.6-inch screen provides ample space for work or entertainment. Features like a fingerprint scanner and thermographic camera enhance security, while the laptop’s extensive port selection ensures convenience. Connecting multiple screens is straightforward through Windows settings.
Designed primarily for demanding tasks, the ThinkPad P52 falls short in terms of battery life, offering just 4 hours of usage. However, for users willing to sacrifice portability for power, it can be an excellent choice, especially when paired with external monitors.
1. Acer Predator Triton 500 – The Ultimate Laptop for Multiple Monitors in 2023
Certain activities demand extensive screen real estate, such as stock trading, content creation, and sound studio work. For such needs, the Acer Predator Triton 500 comes to the rescue, offering support for external monitors.
Setting up two monitors with a laptop like the Triton 500 is straightforward. You can use a simple shortcut, pressing the Windows key and P simultaneously, to choose how your desktop is displayed across multiple screens. This laptop shines as a gaming machine, designed to maintain high frame rates while offering effective cooling and a superb display.
Despite its 15.6-inch screen, the Triton 500 is incredibly compact, weighing a mere 2.1 kg (4.6 lbs). Its design strikes a balance between aggressive gaming aesthetics and minimalism, with RGB keyboard lighting options. The 1920×1080-pixel screen boasts a 300Hz refresh rate and delivers decent brightness and contrast.
While the cooling system operates efficiently under normal conditions, it can become noisy during extended gaming sessions. Additionally, it’s best used on a flat surface, as it tends to get hot during intensive use. Nevertheless, the Triton 500 combines power and portability, making it a versatile choice for those who require multiple monitors on the go.
In conclusion, the right laptop can greatly enhance your productivity and gaming experience when using multiple monitors. Each of these laptops has its own strengths and caters to different needs, from raw power and gaming capabilities to affordability and portability. Consider your specific requirements and preferences when selecting the best laptop for your multi-monitor setup, and you’ll be well on your way to maximizing your efficiency and enjoyment.


This is a 5 part series for the most essential hardwares for video editors.
I Graphic Cards
The quality of the graphics card can be a deal breaker in your non-linear editing system. The GC is responsible for everything that is displayed on your screen. The misconception is that Graphics cards are only applicable to video thus sometime referred to as the video card. In fact, the user interface of the software you have active and the operating system effects (like Aero in windows) can sometimes be draining to the processing power and memory available on your system. Adobe was aware of such issues and created new options on your preference panel on most software to speed up the UI display using the graphic card GPU. Adobe and NVidia partnered up few years ago and created acceleration options on the hardware and the software side of their graphics cards. Graphics cards have an increasingly faster GPU capabilities (processing power) , larger ram , better and ever expanding software technology like Open CL and CUDA.
Adobe came up with the mercury system which takes full advantage of the graphics cards GPU. The new technology switched most of the image processing from the CPU to the GPU. Adobe was able to play multi layered video tracks in real time and handle many formats natively like raw red footage and H264 DSLR videos.
I, personally, after a lot of research, opted for the Quadro series by Nvidia.
They are fully compatible with all adobe products and specifically designed to speed up various applications.
Nvidia updates constantly its drivers which incrementally bump the graphics card performance. It highly recommended to check for your graphics cards updates constantly. In some cases the performance can be doubled.
Adobe is constantly adapting new cards on the lower end for people with tight budgets which make it very appealing for beginners
Nvidia SLI technology allows to installs two cards and links them together to use them as one. The novelty is that now instead of two you can use up to four graphics cards at once. I haven’t done any tests yet with such set up but in theory this makes your video rendering and effects tweaking a breeze. You would have to install a bunch of fans to keep your machine cool so that would also apply to the physical sense.
Adobe Mercury technology is getting better with every version. So I imagine the graphics card would be good for years ahead.


Smart City Infrastructures and services: the evolution of IoT connected smart city starts with light
- Name: Smart City Infrastructures and services: the evolution of IoT connected smart city starts with light
- Founded year: 2021
- Description: With 10yrs of intensive R&D experience, HUEPRESS started by manufacturing IoT devices for smart home (new smart lights, switches, sensors and remote controls). On top of that, we own core technologies like LiFi, augmented reality, cm-accurate positioning and navigation, and IoT security; these are the premise for the breakthrough services in a complete smart city ecosystem. These technologies are protected by 11 patents/applications in Vietnam and 1 PCT (we own) and over 50 patents worldwide (we co-invent).
- Country: Viet Nam
- City/Province: Hà Nội
- Website: huepress.vn
You must login to request!
|Total investment so far||$660,000|
|Before funding valuation||$1,350,000|
|In exchange of||10%|
|Stage of funding||Seed|
myHUE - science of lighting (video)
myHue® is a smart lighting brand by HuePress. Over ten categories of smart lights are in the production line, and they are ready to sale on December 2021. Global quality is verified with EC and RoHS certificates. myHue® is the FIRST IN THE WORLD that supports Augmented Reality (AR), and the FIRST IN THE WORLD that defines the "absolute secure mode" by using LiFi. The components of myHue® products, including firmware, application, and server, all are registered and protected.
OUR TECHNOLOGIES ARE PARTS OF IEEE STANDARDS ASSOCIATION
We are proud to be a voting member of IEEE Standards Association (IEEE SA) since 2015. The IEEE SA is the global leading organization who created the WiFi, Bluetooth, Zigbee standards for manufacturing (in case that we are not familiar with the standardization industry), and a number of other smart city technologies. As the technologies are included in the IEEE SA standard and globally recognized, the market potential is huge.
HUEPRESS - The pioneer and unique
[HUEPRESS: HUE – SCIENCE – GLOBAL] The difference of HUEPRESS is reflected in the following three highlights: (1) HUE in “Hue lighting” as a part of “Hue Eco-system”; (2) SCIENCE in “lighting science” as a part of “Science of R&D” and “Science vision”; (3) GLOBAL in “global roadmap” and “global product and quality” as a part of “global vision”
AUGMENTED REALITY BY HUE
Metaverse is a favorite trend nowadays; however, this trend will not happen without a core technology called Augmented Reality (or also known as mixed reality). HUEPRESS own 11 VN patents and 1 PCT, in which Augmented Reality based on lightwave is included and registered.
Cm-accurate Positioning and Navigation
HUEPRESS's 1cm precision positioning technology has been protected by several domestic patents. With the loss of GPS signal (or GPS does not distinguish the location of the floors) in basements, shopping malls, office buildings, etc., finding the way will become possible with our technology. Combined with Augmented Reality, MARKETING ON-THE-GO (Advertise in the right place, with the right people, at the right time, with the right content) will be the breakthrough technology of the future.
myHue® smart lights CATALOGUE
We are manufacturing smart light devices and distributing them in the retail channel. The catalogue (link available) describes several myHue® lights that are available at this moment.
Other IoT devices are patented, industrial design registered, and prototyped
While the smart lights are ready to sale, other smarthome IoT devices are also parts of HUE hardware eco. Novel smart switches, sensors, remote controllers, and other IoT devices are already patented and their industrial designs are registered. Prototypes are also available, and they are ready for manufacturing in the next months.


Objective To analyze publications of the application of artificial intelligence related methods in medicine.Methods PubMed and EMbase databases were electronically searched. Pathfinder Networks (PFNETs) algorithm, co-word network analysis and visualization technology were applied to analyze the time trend, journal distribution, and co-word structure of high-frequency medical keywords in key journals.Results The amount of literature published on the application of artificial intelligence related methods in the medical field had been increasing annually. Nowadays, the number of studies published in the United States was the largest, and that in China, it was the sixth (first in developing countries). The number of the first author from the United States or China were among the top two, which were significantly more than any other regions. In 2012, IEEE Trans Neural Netw Learn Syst in the computer field became one of the major contributing journals. In recent years, the methods and applications proposed in the medical field were closely related to natural language processing, neural networks, and support vector machines.Conclusions At present, the United States is in a leading position in terms of artificial intelligence in medicine, and China has also abundant research strength. The number of medical literature published in interdisciplinary journals is increasing gradually, showing that the research and application of artificial intelligence related methods in medicine have become a research hotspot in recent years.
CHEN Junren, ZENG Yu, ZHANG Chao, SHEN Jiantong, YANG Xiaoyan. Literature dissemination of artificial intelligence applications in medicine: a visualization study. Chinese Journal of Evidence-Based Medicine, 2021, 21(8): 973-979. doi: 10.7507/1672-2531.202102036


Valley firm acquired by high-tech giant
Teledyne Technologies Incorporated (NYSE: TDY) of Thousand Oaks says its subsidiary, Teledyne LeCroy Inc., has acquired OakGate Technology Inc., which is based in the Sacramento suburb of Loomis. OakGate makes software and hardware designed to test electronic data storage devices from development through manufacturing and end-use applications. Terms of the transaction were not disclosed. Teledyne LeCroy sells protocol analyzers for a wide range of digital communications standards, such as universal serial bus (USB), peripheral component interconnect express (pci express) and gigabit ethernet (GigE), that aid developers in finding and fixing persistent and intermittent errors and flaws in their product design. OakGate makes complementary software and hardware primarily focused on the test, validation and operating performance of solid state electronic storage media. Both companies’ tools are widely used across the semiconductor, data center and consumer electronics industries.


The Basic Principles Of Lasers
Lasers are sources of light that are focused with the help of a mirror. The mirror magnifies the beam to generate a bright light. This is known as a laser. This article will cover the fundamental features of a laser and its applications in the use of lasers. It will also discuss how the beam is produced, and how it is assessed. This article will discuss commonly used lasers for various purposes. This will allow you to make a a more informed decision about purchasing an laser.
Theodore Maiman developed the first practical laser in 1922. However, few people realized the importance of lasers until the 1960s. The 1964 James Bond film Goldfinger offered a glimpse of what the future of laser technology could look like. The story featured industrial lasers that cut through objects and secret agents. In the year 1964 the New York Times reported the award of the Nobel Prize in Physics to Charles Townes, whose work has been pivotal in the development of the technology. The article claimed that the first laser could be used to carry all radio and television programs simultaneously, and also for the tracking of missiles.
An excitation medium is the source of energy that generates the laser. The energy in the gain medium is what produces the laser's output. The excitation medium typically is an excitation source of light that stimulates the atoms of the gain medium. To further stimulate the beam, an electrical field or light source can be used. Most times, the energy is sufficient to produce the desired illumination. The laser created a consistent and strong output in the case of a CO2 laser.
To produce laser beams the excitation medium has to be able create enough pressure to release light. During this process the laser produces an energy beam. The energy is then focused onto a small amount of fuel. The fuel fuses at a high temperature, resembling the temperatures that occur deep within the star. Laser fusion is an enzymatic process which can generate a significant amount of energy. The process is currently being researched by the Lawrence Livermore National Laboratory.
A laser's diameter is the measure of the width on the end of the housing of the laser. There are many ways to measure the size of a laser beam. The size of Gaussian beams is the distance between two points within a marginal distribution that has the same intensity. The wavelength represents the maximum distance a ray can travel. In this instance, the wavelength of a beam is defined as the distance between two points within the marginal distribution.
Laser fusion generates the beam of light focussing intense laser light on the fuel in a tiny pellet. This procedure produces extremely high temperatures and best green laser pointer massive quantities of energy. The technology is currently being developed by Lawrence Livermore National Laboratory. The laser can produce warmth in various conditions. It is able to be utilized in numerous ways to create electricity for instance, a tool that is specialized for cutting through materials. In fact the use of a best green laser pointer is beneficial for medical professionals.
Lasers are instruments that use a mirror to produce light. Mirrors in a Laser reflect photons with a certain wavelength, which bounce off. The energy jumps in the electrons in the semiconductor causes the cascade effect that in turn emits more photons. The wavelength of the laser is a key factor. A photon's wavelength is the distance between two points on the sphere.
The wavelength of laser beams is determined by wavelength and polarisation. The distance the light travels is measured in length. Radian frequency describes the range of spectral intensity of the laser. The energy spectrum is a spherical form of light with an centered wavelength. The spectral spectrum is the distance that is between the optics of focusing as well as the emitted light. The distance that light can leave a lens is referred to as the angle of incidence.
The laser beam's diameter is measured at its exit face. The diameter of the beam depends on the wavelength as well as atmospheric pressure. The angle of the beam's divergence will influence the intensity of the beam. A narrower beam will produce more energy. Wide lasers are preferred in microscopy. It is easier to achieve higher accuracy by using a greater variety of lasers. A fiber may contain several wavelengths.


High Performance Computing (HPC) enables complex computations and massive data to be processed at high speeds far beyond human capabilities with thousands of compute nodes enabling one or more tasks in parallel.
Climatology (and meteorology) are among the sectors that make the most use of high-performance computing.
And this is precisely the subject that we have chosen to address with Xavier Fettweis, Climatologist and Professor at the University of Liège in Belgium.
Xavier Fettweis uses the Regional Atmospheric Model (MAR), a three-dimensional climate model with high spatial resolution. Developed since the end of the 1990s to study the polar regions (and in particular the melting of the Greenland ice sheet), the MAR model is actively used by the Climatology Laboratory of the University of Liège. “We are running our MAR model over Greenland, Antarctica and Europe. Thanks to this internationally recognized model, we have become a reference research lab for the IPCC, to which we provide results quantifying the sea level rise from the melting of the polar ice caps. We need to perform future projections of 150 years (1950-2100) for each global model and each scenario. The MAR model is also used, of course, to establish very precise weather forecasts or future climate projections for Belgium. »
HPC, an essential tool for climate simulation?
The development of climate models and their use to predict and understand the climate system has been made possible through the use of HPC and the growth of computing power. “Such climate simulations would be impossible to perform without supercomputers. For example, if we want to run the MAR model over 150 years, we initiate several simulations in parallel covering periods of 5 years. Given that the operation must be carried out for about ten global models selected from the IPCC database (there are around thirty in all) and this, for the 4 main future Greenhouse gases scenarios of the IPCC, we need to simulate thousands of years! »
How long does it take to simulate a year?
“I would say that with 12 CPUs, a year of MAR simulation over Belgium at 5 km resolution takes around 1 to 2 days of calculation. For polar regions it may be longer, depending on the spatial resolution; the higher the spatial resolution, the longer it takes. A gain in spatial resolution of a factor of 2 needs a factor of 8 in computer time. To give you an order of magnitude, carrying out a year of simulation typically takes 3 to 4 days to cover Greenland at a resolution of 10 km and a week of computing is roughly needed to cover Antarctica at a resolution of 20 km. »
The use of local and/or European supercomputers
As mentioned earlier, climatology is one of the sectors that consumes the most intensive computing. “Each country uses, in priority, local computing infrastructures, whether for meteorology or climatology. Running climate models requires a lot of CPUs, which justifies the use, as a priority, of local supercomputers. The Climatology Department of the University of Liège uses the supercomputing infrastructures of Cenaero and CECI. It also happens that some programs run on international supercomputers, whether in Finland or Italy, where we have access to the international supercomputer of the European Center (ECMWF) used, in particular, for medium-term weather forecasts. »
Environmental impact of the use of HPC
Supercomputers are energy-intensive. Can we assess the « balance » between energy consumption and « ROI » of the activity?
“This is a very good question that concerns the community of climatologists: carrying out a lot of calculations to demonstrate global warming can seem absurd. This is why it might be good to space out the publication of IPCC reports. Because systematically publishing a report every 5-7 years is not necessarily useful: science has not always evolved and it is sometimes useless to rerun all the climate models (the global models, the regional models and the climate impact models) to obtain results which, at the end, will probably be very close to those ones of the previous report. Of course, this does not preclude carrying out, between two reports, important simulations if an improvement in the models or an observation suggests that an important process or a positive feedback has not yet been taken into account in the future projections of the climate. »
High Performance Computing revealing global warming?
The latest IPCC reports have pointed to recent climate changes and have finally established a direct link between human activity and global warming. Could this observation have been established thanks to supercomputers?
» Quite! By integrating the increase in greenhouse gases into global models, we have been able to reproduce, by simulation, the changes we observe today, namely: temperature increases, the melting of the polar ice caps, the sea level rise, more frequent and more intense extreme events, etc. If we do not integrate greenhouse gas emissions emitted by human activities, then the models are no longer able to simulate the changes we are experiencing today. This is how the IPCC was able to establish an unequivocal link between human activity and global warming. Thirty years ago, only models suggested global warming, whereas today, observations confirm what the models predicted. »
Belgium, driver of change?
In Belgium, the main source of CO2 emissions is the transport of goods and people. “To help limit our carbon footprint, the ideal would be to favour the transport of local goods by train. This would already be a preferred course of action. In the same way as the adoption of the “Stop au Béton” measure in order to preserve green spaces and limit built-up (concrete) spaces by giving priority to renovation projects in favour of new constructions. Belgium and Europe should be an example by taking actions because if we want to limit global warming to +1.5°C in 2100, we must act now! »
« Climate Modellers »: a highly sought-after profile!
Significant investments are currently being made in climate research and some profiles are missing; this is the case of climate modellers.
These profiles, in general, graduates in exact sciences (geographers, physicists, mathematicians, …) or applied sciences (engineers, computer scientists, …) are highly sought after by the climatology sector but also by the world of insurance and renewable energies by example. Interested to know more? ☞ https://www.youtube.com/watch?v=OEN8z_XfzCA
Image © Dominique Müller


Home electrical solutions in Melbourne
From basic maintenance to large scale projects that include domestic, commercial, industrial and educational works.
Bugden Trimac Group offers a comprehensive range of electrical and integration services including; Electrical Installation and Maintenance, CCTV, Security/Access Control, Automation/Lighting Control, Structured Voice/Data/Fibre, Fire Detection/Warning Systems, Integration Control Solutions, Audio Visual Systems, Industrial Control and installation of Machinery and Plant Equipment.
Our solutions are tailor made to what you require and delivered to you by our expert technicians.
Some of the systems we design, install and maintain are;
- Crestron Automation and Control – Certified Dealers, Designers and Engineers
- Crestron Digital Media and AV Distribution System – Certified Dealers, Designers and Engineers
- Inner Range Integriti, Concept, and Inception Security and Access Control – Certified Technician
- FLIR United VMS Meridian/Horizon/Latitude Surveillance System – Certified Technicians
- Milestone XPROTECT Surveillance Systems – Certified Designer and Engineers
- TECOM Challenger Security and Access Control – Certified Technicians
- Domestic, Commercial and Hospitality MATV Distribution System
- Clipsal CBUS Automation and Control systems – Certified
- Philips Dynalite Automation and Control systems – Certified
- ICT Protégé GX and Protégé WX – Certified Dealer and Technicians
- RTI Automation and Control – Certified
- NXWitness Surveillance Systems
- Copper IP Network Infrastructure
- Fiber Optic IP Network Infrastructure
- IP Telephony
- 3CX PBX and VOIP Services


Great news for users not comfortable rooting their devices, but are still very anxious to get their hands on a fresh new version of Android. Google has joined together with carriers and manufactures to create the Open Handset Alliance. This information is coming straight from the official Google blog. It was their first post after the first session of the Google I/O 2011 keynote (that is now uploaded on Google’s YouTube, go check it out!).
The Android ecosystem has been moving really fast over the last two and a half years and rapid iteration on new and highly-requested features has been a driving force behind Android’s success. But of course that innovation only matters if it reaches consumers.
So today we’re announcing that a founding team of industry leaders, including many from the Open Handset Alliance, are working together to adopt guidelines for how quickly devices are updated after a new platform release, and also for how long they will continue to be updated.
The founding partners are Verizon, HTC, Samsung, Sprint, Sony Ericsson, LG, T-Mobile, Vodafone, Motorola and AT&T, and we welcome others to join us. To start, we’re jointly announcing that new devices from participating partners will receive the latest Android platform upgrades for 18 months after the device is first released, as long as the hardware allows…and that’s just the beginning.
Stay tuned for more details.
I think this is fantastic, I know several users who don’t want to take the risk or time in rooting their devices. So unfortunately they are stuck with a now seriously outdated version of Android. The Android’s OS just updates so quickly, Android 2.3 has been out since December…and the “latest and greatest” phones are still being sold with 2.2! Manufactures seem so focused on pushing out a new device that they forget about the previous phone as soon as launch day arrives. I think (or maybe hope) this announcement will bridge the gap a bit for users before they are forced to upgrade their device just to receive a OS update.
Do you think this will help unite the Android experience for users?


I installed a solar power system while in the UK but I didn’t bother connecting up the solar panel until I got to Spain where our local star actually makes an appearance. This is the system:
Since 7th December 2019 the system has generated 25kWh of power. A standard electric kettle is rated between 2 and 3 kW. Taking 2.5kW as an average:
25kWh/2.5kW = 10h
Therefore the amount of generated power is equivalent to a kettle boiling water for 10 hours. Not bad!


DIN Rail 500W, Dual Output
Rated Output Voltage: +5V/+12V、+5V/+48V
Rated Output Power: 500W
Our DIN Rail power supplies are used for electric machine and battery charger appliances. Rigid and compact design not only space saving but also satisfy the industrial application. Most of the models are built-in power ready signal and O-ring diode for redundant application. The complete output protection circuit including over voltage, overload and short circuit protections. All models are RoHS compliance, CE marking and meet UL508 requirement.
Input voltage:115/230VAC Selectable
(Cold start) 44A/230VAC
Hold-up time (Full load@230VAC):20mS Min.
Over voltage protection:Autorecovery
Overload protection:Power limited
Short circuit protection:Autorecovery
Natural convection air cooling
High voltage protection
Current overload protection
Short circuit protection
Din rail / retainer lock with fixed protection
Selective warning signals (dry contact) / redundancy
High power density
Small size, high efficiency, low cost
Comply with RoHS / UL / CE Standard
3-year quality warranty
Operating temperature: -40 to 40 degrees
Operating humidity: non-condensing 5% to 95% relative humidity
Designed for industrial applications. With the rugged and thoughtful fixed design, you can mount the Power Supply on TS35 DIN rail, wall, or any surface. Designing for the size and wiring distribution of the power chassis, it saves a lot of space and be more convenient to make wiring distribution. This product is suitable for automatic control systems, factory automation, industrial control, instrumentation equipment, electromagnetic actuators and other DC motor load and according to the latest requirements and standards designed.


Mittwoch, 12. Dezember 2018
13.30 – 14.30 Uhr
E. Weig, 3770
MSc Patrick Steger, Universität Regensburg
Carbon nanotubes have attracted research interest over the last years due to their variety of possible applications. Devices with suspended tubes are particularly interesting, since they avoid effects of tube-to-substrate interaction and allow combining the physics of single electron tunneling with the extraordinary mechanical properites of CNTs. However, fabrication of high quality samples with good yield is still a challenge. While older methods like top contacts and overgrowth have negative impact on the sample quality and limit the choice of materials for the rest of the device, the newer transfer methods are often unreliable or arbitrarily complex. In an attempt of producing good results while keeping the procedure as simple as possible, we have developed a CNT transfer method based on commercial grade quartz tuning forks, which will be presented in this talk. To prepare the transfer process carbon nanotubes are grown between the tips of our tuning forks (bridging a gap of 140 μm) with standard high temperature CVD. During transfer in-situ measurements allow monitoring of the process and precharacterization of the device, which minimizes the influence of statistics on the sample yield. We use our transfer process to build carbon nanotube mechanical resonators in thevicinity of a superconducting microwave cavity, ultimately aiming for experiments in the field of optomechanics. First characterization measurements at cryogenic temperatures have shown the feasibility of good quality samples.


The EC Institute for Prospective Technological Studies has published two new studies.
1."Securing Internet Payments - the potential of Public Key Cryptography, Public Key Infrastructure and Digital Signatures". This paper analyses how public key cryptography (PKC), public key infrastructure (PKI) and digital signatures can act as enablers for the deployment of secure Internet payments.
2."ePayment Systems Datebase - Trends and Analyses". This study analyses the evolution of Internet-based payment solutions offered to consumers in Europe. It is based on the observation of 100 electronic payment schemes.
MMR 2002, Heft 8, VII