Radiology is in a transition phase when it comes to sharing radiology data between various users. We’re moving from sharing files on old technology such as CDs to sharing images and reports using cloud computing– that is, sharing the files in electronic form using a hosted service on the Internet.
During this transition time, however, hospitals are still getting a lot of radiology files on CDs. How they move those files to hospitals and doctors without the expense, hassle, and time delays of mail or shipping? eMix – created by DR Systems, a client of Dowling & Dennis PR — has found a way.
eMix (“electronic medical information exchange,” http://www.emix.com) is the leading cloud-based system for sharing radiology images and reports. It has just added a terrific new feature: The ability to import data from CDs.
Now when hospitals get radiology data on CDs, they can import it into eMix. From there, the files can be read, moved to another hospital IT system such as a PACS or radiology information system, or sent via the cloud to another hospital or doctor.
The process is as simple as sending email. The new eMix feature enables them editing of the imported exam’s medical record number (MRN) so it corresponds to their own numbering system and also create a radiology order session number.
This new feature also allows users to import data into eMix from a USB thumb drive, external hard disk, and/or other digital storage device. That makes eMix the ideal bridge into the future, from the technology mix we have today.


- 14-bits LUT for Precise Expression
- Built-in IQ Sensor® II for DICOM Calibration
- Luminance Uniformity Control (LUC)
- Digital Ambient Control (DAC)
Wide CX31 3MP color display monitor from Wide Corporation is a compact and lightweight monitor ideal for places with space constraints. DICOM Calibration is possible with the a built-in IQ Sensor II. The Wide CX31 monitor also boasts of Luminance Uniformity Control (LUC) and Digital Ambient Control (DAC). The stunning clarity with which pictures are delivered makes the monitor highly demanded in the medical field and for clinical diagnosis.
At WIDE, We are making our medical imaging monitors smarter through innovations that ensure maximum precision.WIDE’s foresight into the demands of the digital Mammography, PACS and Clinical markets have brought the medical community a wide range of displays specifically designed for each imaging workspace within your enterprise.As a result, WIDE’s Technological innovation and outstanding performance have made WIDE a leader in Medical Imaging.
The neX-Series, also called the X-Series, self-calibrating display line furthers WIDE’s reputation as an industry leader in technology and design. These environmentally friendly and ergonomically designed displays exceed industry standards with the new on-board IQ SensorTM bundled with a network calibration package for full automatic calibration, conformance, alerting and reporting.
The X-Series line of self-calibrating displays are designed with the future of medical imaging in mind, featuring ultra high brightness and contrast ratios and industry leading luminance uniformity performance.


Experience luminosity at a glance with The Appliance Pros AP-2029997 40 watt 125 volt Microwave Bulb
Get full luminosity at any angle giving you the means to identify the freshness of heated fish, meat, poultry, bread, soup, or microwave meals. Imagine being able to identify subtle changes in color, texture, size, and shape of food staples. Our light bulbs have a consistent luminosity rating, which lets you detect the slight differences in quality, so get to decide when it's ready for consumption. Even at a bright light intensity, our bulbs remain power efficient, so your electric bills remain economical. It's the microwave light bulb that never flickers or wavers. Expect the utmost quality when you get one of our 40 watt appliance light bulb for oven today. Further, get these bulbs in a 3-pc pack, so have a bulb handy for any situation. An oven light bulb typically has a life span of 750-2,000 hours, we recommend bulb m in this duration, so to maximize your microwave oven's power efficiency.
When the light in the microwave gives out, replace it with one of our bulbs. Simply twist the light bulb base into the cavity within the microwave oven to fasten securely. Evidently, save on repair costs, and eliminate the need to get a new microwave.
The pack includes:
This high temp oven bulb is compatible with the following models:
WB36X10003 (AP2029997) replaces 259682, 35156, 40S11N, 40S11N/1, AH247209, EA247209, PS247209, WB02X4235, WB02X4253, WB06X0015, WB2X4235, WB2X4253, WB36X0003, WB36X0821, WB36X0822, WB36X0898, WB36X0936, WB36X10306, WB36X3, WB36X821, WB36X822, WB36X898, WB36X936, WB6X15, WB6X15R.
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.


You Do Bio represents the genomics portfolio of Agilent Technologies in Denmark. For the genomics researcher, Agilent offers a huge choice of high quality products. Popular product lines include the 2100 Bioanalyzer, custom microarrays, array CGH (aCGH), qPCR and target enrichment for next generation sequencing (SureSelect).
To get an overview of the available product lines, please go to the Agilent Genomics Homepage.
Instruments and technology platforms represented by You Do Bio include the following:
- Agilent 2100 Bioanalyzer
- Agilent 2200 TapeStation
- Agilent Microarrays
- Agilent Automation Solutions
- SureSelect Target Enrichment
- HaloPlex Target Enrichment
- SureFISH, fluorescent in situ hybdridization probes
Here is a video from Agilent, explaining how you can work the Agilent Bioanalyzer into your normal laboratory routine:


How do you control your electricity consumption? The first step is to know when you are using electricity. In the UK, that’s where Sie-Smart comes in.
Together with Siemens, the company’s electricity meter operator, McDonald’s UK developed an energy management website. Since April 2009, the Siemens Sie-Smart website automatically sends daily email messages of electricity consumption graphs to each restaurant by midday of the next day. Managers have been trained to spot and resolve the opportunities that may be available, such as high overnight consumption and incorrect equipment fire-up times.
This tool is part of a range of measures that have enabled the UK to achieve significant underlying electrical consumption reductions. Sie-Smart is currently being tested by McDonald’s Sweden.


You might have heard a lot about EMF and Orgonite Crystals fighting it.
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So what is EMF?
EMF stands for the electromagnetic field. Electromagnetic fields are comprised of an electric and a magnetic field perpendicular to each other, which travel together in an invisible waveform and are usually emitted from electronic instruments.
Where do EMFs originate?
- Electric fields: These are the fields that emanate from anything that has voltage; basically anything electric, such as lamps, electrical wiring, outlets, extension cords, electrical appliances, power outlets and many regular day to day electrical items that you use.
- Magnetic fields: The Environmental Protection Agency (EPA) has labeled magnetic fields a class 3 carcinogen. These fields can occur when there is an imbalance in the electrical wiring, and around electrical motors such as the motor in your refrigerator. A MAJOR source of magnetic fields is next to the main power meter for your house. You definitely want to avoid sleeping up against a wall that has a power meter on the outside. Electric clock, radios can also generate magnetic fields.
- Power lines, whether above- or underground.
- Metal plumbing: Yes, older metal plumbing can frequently carry a current.
- Wireless communications: This includes wireless power meters, cell phones, cell towers, wireless routers, and cordless phones. Most of these types of technologies expose you to both electric- and magnetic fields.
- The Latest Danger—'Smart Meters'Some areas of the United States have already begun installing a so-called 'smart grid,' where utility meters transmit data on your household energy usage wirelessly to the utility.
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New EIT Under Development
Electrical Impedance Tomography (EIT)
Maltron Sheffield MK 3.5
Welcome to the birth of a novel Imaging Technique in the Medical field that is non-invasive, and non-intrusive, with no radiation, and no side effects.
The Maltron Sheffield MK 3.5 – Electrical Impedence Tomography (EIT) device – is a state of art Impedance Imaging research and clinical tool that has applications in Pulmonary, Gastric and Body Segment monitoring, as well as Tissue characterisation.
Over 20 years of research and development in the field of Electrical Impedance Tomography has provided a state of art tool for a number of significant medical applications, as a safer and more cost effective method of assessing patients.
The Maltron Sheffield Mk 3.5 applies a set of electrodes around the area under investigation and then makes a series of impedance measurements. These measurements are then used to produce images.
Evolution of Electrical Impedance Tomography
Many of our designs have already been implemented, and the MK1 and SAPT systems have been especially popular for medical research groups the world over – making Maltron Sheffield the largest manufacturer of EIT systems in the world.
The latest MK3.5 was designed primarily for ease of applications and its use on neonates.
Over 2 decades of history of development which has resulted in the following products being implemented:
- 16 Electrodes – 50KHZ data collection system
- Miniature version of MK1, for use with astronauts and flown on the Russian MIR programme
- 16 Electrodes – 20KHZ.
- 16 Electrodes – Operating at 8 frequencies from 9.6KHZ TO 1.2MHZ
- 64 Electrodes – Operating from 9.6KHZ TO 1.2MHZ
- 8 Electrodes – 2KHZ to 1.6MHZ at 30 frequencies.
Advantages of MK 3.5 Electrical Impedence Tomography
Bone is a poor conductor, whereas muscle is a relatively good conductor.
Biological tissues conduct electricity as they contain ions, which act as charge carriers. Some tissues conduct electricity better than others because they contain more ions that are free to carry charge.
The MK 3.5 offers several advantages over other body imagining and monitoring methods:
- Low Cost
- No known hazards
- Long term monitoring of Physiological function is possible
- Rapid data collection so that changes in function can be measured
- Can use spectral measurements to make tissue characterisations
Maltron Sheffield MK 3.5 Technical Specifications
|Impedance Analyzer Tomography
|Multi-Frequency 2khz – 1620 khz
|Data Collection Speed
|Accuracy No. Profile Images
|c.1.0% 12bit ADC8
|High Speed Serial to PC isolated to IEC601
|High Speed Serial PCI card
|Data point images
|200uAp-p at each frequency conforming to IE601
|+10oc to 40oc
|30% to 75% non-condensing
|700KPa to 1060KPa
|No serviceable parts other than periodic calibration
|12 months parts & labour (excluding disposables)
Maltron’s intelligent device and software advancements has made it possible and easier for clinicians to make quick and accurate diagnosis of diseases/conditions and determine the appropriate treatment method.
Ensuring the accuracy and consistency of data is more important than any other feature that a medical device offers. Maltron’s intelligence system enables fast and accurate analysis of more patients in a short time.
Need more information? Please contact our expert team today!
The new BioScan touch i8
Smart technology that understands your
language, learns from your experience and helps provide better patient outcome.
The Body Composition Monitor of tomorrow defining new standards.


What would you do if you could sequence a human genome?
And what would you do if you could sequence a human genome in a matter of hours rather than weeks for only a fraction of today's sequencing cost?
The applications are countless, ranging from digital gene expression to diagnostic sequencing, but in more general terms it would mean a quantum leap forward to a more complete understanding of the information stored in our genetic material.
Quantapore is developing a novel, massively parallel sequencer, which will allow rapid, affordable and accurate sequencing of entire genomes. Our proprietary sequencing technology will eliminate the bottlenecks associated with today's sequencing methods, namely laborious sample preparation, short read length, high cost and limited throughput.
This capability will enable the sequencing of whole genomes within a day and thereby revolutionize the understanding, diagnosis, monitoring and treatment of a wide variety of diseases. In addition, the benefits of deciphering entire genomic information will be available to nearly everyone as the cost per genome will be reduced dramatically.
Reading the human genome.


Fourth International Workshop on Pervasive Collaboration and Social Networking (PerCol 2013)
held in conjunction with PerCom 2013, San Diego, CA, USA, March 18-22, 2013
The rapid rise of online social networks has created a new paradigm for interaction among people in the virtual world. In a logical and rapid progression many social communities are now going mobile, connecting online social networks with the physical world where the smartphone is the main interface. Considering the major players like Facebook, Google Plus, Twitter and the like and the millions of users worldwide, mobile social networking is already a mature mainstream technology. But there is still a vibrant research community at the intersection of pervasive computing and social computing leading to a research area called Pervasive Social Computing. Researchers broaden the view of social networks to include mobile sensor information and processing as well as new forms of interaction, e.g. with public displays or smart items. According to the five facets defined by Zhou et al., Pervasive Social Computing comprises and unifies technologies from pervasive computing, social signal processing, multimodal HCI, social networking and social media.
While not all pervasive social applications will cover all of these aspects, all of them provide means to interact and collaborate with contacts either in real-time or asynchronously while at the same time providing some link to the physical world (such as location of participants, devices or geo-tags or other relevant sensor information). Typical collaboration features include real-time chat, mutual presence information and activity streams, crowd sourcing of information, sharing sensor information, map-based interaction, proximity alerts, or even augmented reality games. Thus collaboration and social networking functionality on mobile devices is more and more tied together and creates a new social interaction experience for the participants.
The aim of the PerCol workshop is to bring together researchers from the areas of pervasive computing and social computing to explore the possibilities and challenges of future Pervasive Social Computing applications. While our focus is on pervasive technologies for human-to-human interaction, we also welcome contributions from related fields like M2M interaction, opening a perspective of new technologies and applications for Pervasive Social Computing.
Topics of interest to the workshop include (but are not limited to):
- Mobile and pervasive social networking
- Activity streams in a pervasive and distributed setting
- Social and pervasive context
- Interaction with public displays and/or smart items
- Novel types of collaboration based on online social networks
- The role of location and proximity for social applications
- Using sensor information beyond location
- Real-life use case experiences (e.g., pervasive health care)
- Location-based and other pervasive games
- Frameworks, middleware and development methods for pervasive social applications
- Application and service interoperability issues
- Social pervasive content sharing and media distribution
- Pervasive presence and awareness
- Energy efficient and mobile enabled protocols


The actual transformer always works in the AC state, and the power loss is not only in the resistance of the coil, but also in the iron core magnetized by the alternating current. The power loss in the iron core is usually called "iron loss", which is caused by two reasons, one is "hysteresis loss" and the other is "eddy current loss".
Hysteresis loss is the iron loss due to the hysteresis phenomenon in the magnetization process of the iron core. The size of this loss is proportional to the area enclosed by the hysteresis loop of the material. The hysteresis loop of silicon steel is narrow, and the hysteresis loss of the iron core of the transformer is small, which can greatly reduce its heating degree.
Since silicon steel has these advantages, why not use the whole piece of silicon steel to make the iron core, but also process it into sheets?
This is because sheet-like cores reduce another type of iron loss, "eddy current loss". When the transformer works, there is alternating current in the coil, and the magnetic flux it produces is of course alternating. This varying flux produces an induced current in the core. The induced current generated in the core circulates in a plane perpendicular to the direction of the flux, so it is called eddy current. Eddy current loss also heats the core. In order to reduce eddy current loss, the core of the transformer is stacked with silicon steel sheets insulated from each other, so that the eddy current is in the narrow and elongated loop, through a smaller section, to increase the resistance of the eddy current path; At the same time, the silicon in the silicon steel increases the resistivity of the material and also plays a role in reducing the eddy current.
Used as the transformer core, generally choose 0.35mm thick cold rolled silicon steel sheet, according to the size of the required core, it will be cut into long shaped sheet, and then overlap into "day" shape or "mouth" shape. In principle, in order to reduce eddy current, the thinner the thickness of silicon steel sheet, the narrower the splicing strip, the better the effect. This not only reduces the eddy current loss, reduces the temperature rise, but also saves the silicon steel sheet material. But actually when you make a silicon steel sheet iron core. Not only from the above side of the advantageous factors, because the production of iron core, to greatly increase the man-hour, but also reduce the effective section of the core. Therefore, when making transformer core with silicon steel sheet, we should start from the specific situation, weigh the advantages and disadvantages, and choose the best size.
Transformers are made according to the principle of electromagnetic induction. There are two windings, a primary winding and a secondary winding, wound on the closed core column. When the primary winding is added with AC supply voltage. The original Rao group current has alternating current, and the establishment of magnetic potential, under the action of magnetic potential in the iron core will produce alternating main magnetic flux, the main magnetic flux through the core at the same time,] the primary and secondary winding and closed because of electromagnetic induction in the primary and secondary winding respectively generated induced electromotive force, as to why it can boost and step-down? Lenz's law is needed to explain it. Magnetic flux generated by induced current always hinders the change of original magnetic flux. When the original magnetic flux increases, the magnetic flux generated by induced current is opposite to the original magnetic flux, that is to say, the induced magnetic flux generated by secondary winding is opposite to the main magnetic flux generated by primary winding. So the secondary winding has a low level of alternating voltage, so the core is the magnetic circuit part of the transformer, and the winding is the circuit part of the transformer.


UH News, first published May 31, 2022
A University of Hawaiʻi at Mānoa team of Information and Computer Sciences Department graduate students took home $10,000 as one of two winners in the student division of a national hackathon competition. Their project, CyberCOP (Common Operating Picture), is a virtual reality application designed to support cyber operators in denied, degraded, intermittent or low-bandwidth environments.
PhD student Yoshiki Takagi, and master’s students Michael Rogers and Roderick Tabalba, presented their project to military leaders on May 25 in the final round of “Reality Bytes: Visualizing Cyber Operations,” hosted by the National Security Innovation Network (NSIN). During electronic or cyber attacks, CyberCOP alerts users and automatically reroutes network traffic based on a modified shortest-path algorithm, optimized for network capacity.
Please read the full story on UH News!


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The 2014 purchase of Oculus VR, the leading manufacturer of virtual reality (VR) hardware, by Facebook for $2 billion signalled the dawn of a new era, and both tech companies and marketers are trying to figure out how to best navigate (and profit from) this new form of interactive technology. Though most virtual reality products and “augmented reality” experiences are still in the testing phase, many financial and tech firm are predicting the VR industry to become a monster in the coming years—Deloitte, for example, believes that virtual reality will make its first $1 billion in 2016, while Digi-Capital, a digital firm, forecasts that virtual reality could be a $30 billion market by 2020 (Re/Code). With so much hype surrounding this new form of entertainment and technology, brands are now examining the viability of virtual reality advertising and, in some cases, even developing brand-focused VR experiences and marketing campaigns.
Science fiction films like “Tron” and “The Matrix” have long placed the advent of virtual reality as something that occurs in the distant future, but film innovations and increased computing power have now made VR equipment accessible to brands and, to some degree, to everyday consumers. Samsung’s VR Gear headset is already available in the United States (retails at $99), and Facebook-owned Oculus Rift is scheduled for release in the first few months of 2016.
According to a recent article by Anne Cassidy at The Guardian, even the New York Times is using virtual reality to immerse readers in the world’s biggest events—the media company’s VR app places users in the middle of films about children uprooted by war and at the center of Paris following the November 2015 attacks.
The ability for virtual reality technology to place users at the center of an experience—whether it be attending an exclusive event, taking a tour of a vacation resort, or trying out a new pair of hiking boots (as retailer Merrel recently made possible for customers through the power of VR)—has left the world’s most innovative and tech-savvy brands clamoring for ways to create new, immersive marketing campaigns.
For 2014’s FIFA World Cup, advertising maven Coca-Cola developed a VR experience that allowed participants to explore the locker rooms and take the field at Brazil’s Maracana Stadium; at the most recent Detroit International Auto Show, Nissan created an interactive concept car and virtual landscape for attendees to navigate and manipulate (Adage).
Virtual reality campaigns are expanding to encompass influencer marketing partnerships, too. Global industrial and automotive brand Castrol took advantage of virtual reality technology to create a fully-interactive driving experience with professional F1 driver Matt Powers and YouTube influencer Austin Evans. The behind-the-scenes look YouTube video, which featured both Powers and Evans wearing Oculus VR helmets while “drifting” around a virtual landscape, garnered nearly 200,000 views in its first 5 days and illustrated how integrating virtual reality into influencer marketing collaborations can generate new and high levels of engagement.


Our brains make up about 2% of our body mass. It is actually a relatively small organ. However, it is very demanding and uses as much as 20% of the energy we use in a day. The demands of our brains are such that if a fly is starving, it will shut down its ability to record long-term memories. As the plaques build in the Alzheimer's brain and the brain begins to fail, it is not able to use the energy available to it.
A research project is underway to stimulate the brains of individuals with early stage Alzheimer's using Deep Brain Stimulation (DBS). Essentially, an electronic "pacemaker" is implanted so that electric pulses may directly stimulate the brain. The hope is that this will improve the the functioning of the declining brain.
Perhaps, the stimulation will assist where the natural metabolic processes have lost efficacy.


Entrust SSL Certificates, Powered by SHA-2 Security
Developed by the National Institute of Standards and Technology (NIST), SHA-2 represents the most current set of cryptographic hash functions. At a micro level, SHA-2 is based on a set of four hash functions — 224, 256, 384 or 512 bits — which strengthens the original SHA-1 hash function released in 1995 by the NIST.
To provide more compatibility, Entrust Certificate Services customers have the choice to sign any Entrust digital certificate with SHA-1 or SHA-2. And best of all, the option to use this advanced level of cryptography, based on the SHA256 implementation, is offered to Entrust customers at no extra cost.
In fact, the SHA-2 standard may be used with any of Entrust's digital certificates, including Code Signing.
Though most organizations won't experience any compatibility difficulties, some older systems — such as those running Microsoft Windows XP SP2 (or older) or outdated Web browsers — are unable to support SHA-2 encryption. In these situations, administrators will need to either use SHA-1 certificates or upgrade these systems to SHA-2-supported configurations.


At an event in Moscow on Tuesday, HMD Global made a few announcements regarding its Nokia product lineup. The company began by talking about the importance of Russia as a market for Nokia, and soon announced some refreshed versions of last year’s affordable Nokia smartphones to expand its product portfolio further this year. The company has launched updated versions of the Nokia 2, Nokia 3 and Nokia 5, simply called Nokia 2.1, Nokia 3.1 and Nokia 5.1, respectively. Notably, the former is an Android Go handset while the latter two are Android One phones with updated design language and hardware.Update: HMD Global has listed the three new Nokia phones on Nokia’s India page and also briefly listed their prices as well before taking it down. As per the listing, the Nokia 2.1 will be priced at Rs 6,999, while the Nokia 3.1 will start at Rs 9,498 and the Nokia 5.1 will cost Rs 12,499. These prices are similar to last year’s models, but we can only know for sure once the phones come to India.The Nokia 2 (2018) or Nokia 2.1 comes with a 5.5-inch HD screen with a 16:9 aspect ratio and offers dual front-firing speakers. The company brings a similar dual tone design like the Nokia 6 (2018) and Nokia 7 Plus. This means the plastic body will be highlighted with accents that will come in either Copper or Silver. HMD announced three colour variants – Blue Copper, Blue Silver and Grey Silver. It is powered by a Snapdragon 425 chipset and is optimised to consume 10 per cent less power than its predecessor. This is paired with 1GB of RAM and will be offered with 8GB of internal storage, expandable up 128GB via microSD card.advertisementThe new Nokia 2 carries forward the 2-day battery life promise of its predecessor as it houses a massive 4,000mAh battery. It sports an 8MP rear camera with auto-focus and a 5MP selfie snapper. Like the Nokia 1 that was launched earlier this year, the new Nokia 2 runs Android Oreo (Go edition), which is a version of Android Oreo that is designed and optimised for entry-level handsets that run 1GB of RAM or lower. The phone will be available in July at $115 (approx Rs 7,800) Nokia 3.1The Nokia 3 (2018) or Nokia 3.1 is a refreshed version of last year’s Nokia 3 which brings a compact form factor along with an updated design language. It brings the dual anodized diamond cut design that has been seen on high-end Nokia phones. It bears a 5.2-inch HD screen with an 18:9 display and is powered by a MediaTek 6750N chipset, delivering 50 per cent more power than before. This will be offered in a choice of 2GB and 3GB of RAM along with 16GB of internal storage, which is expandable up to 128GB.As for the cameras, the Nokia 3.1 sports a 13MP rear sensor with LED flash and a feature called automatic scene detection. Up front, you get an 8MP selfie shooter with a wide-angle lens. The phone houses a 2,990mAh battery and supports a microUSB port. The Nokia 3.1 will be available in three colour variant. Blue Copper, Black Chrome and White Iron and has already started shipping priced at 139 Euros (approx Rs 10,800). Nokia 2.1Moving over to the Nokia 5 (2018) or Nokia 5.1, which builds upon last year’s Nokia 5. The phone is crafted out a single block of Series 6000 aluminium with rounded corners around the back for a comfortable in-hand feel. It sports a 5.5-inch FHD+ display with an 18:9 display and 443 ppi pixel density. HMD says the new Nokia 5 offers 40 per cent smoother performance with a 2.0GHz octa-core MediaTek 6755S chipset which is paired with either 2GB or 3GB of RAM and 16GB or 32GB of internal storage, respectively with microSD card support.The new Nokia 5 sports a 16MP rear camera with phase detection auto-focus and a 8MP front camera with a wide-angle lens. It will be offered in three colours – Copper, Blue and Black. Like the Nokia 2.1, the Nokia 5.1 will be available in July at 189 Euros (approx Rs 14,800). Both the Nokia 3.1 and Nokia 5.1 phones are part of the Android One program which means pure, stock Android Oreo with timely Android security updates and a guarantee of Android P and Q in the future.


The Tarotron 3000 is a fortune telling arcade machine. It combines a centuries old divination technique, fine woodworking, pinball machine artwork, and modern technology. Draw four cards from the tarot deck and the robotic mystic will tell you your fortune.
Electronics, Synthesizers, and Blinky Lights
Mickey Delp is an electrical and computer engineer with expertise in analog and digital circuit design and embedded systems programming. He is the founder and Chief Inventor at Delptronics, a maker of unique electronic musical instruments. He is an instructor at dadageek where he teaches electronics and programming. He is a frequent presenter at Maker Faire, Dorkbot, and Nerd Nite, and co-showrunner at Nerd Nite Austin. Mickey is also an electronic musician who performs solo and with various projects around Austin. This is his blog.


Hands-on with Google’s new Pixel Watch 2.
Victoria Song walks you through everything that’s new about the Pixel Watch 2, like its new sensors and promise of longer battery life. The wearable was fully revealed earlier today during Google’s big Pixel 8 event along with the new phones, Android 14, and lots of AI-powered features.
Android 14 has a few new features for businesses, too.
Enterprise IT teams have a few new options for workers with devices running Android 14, as Google’s blog post mentions a default screen lock PIN that has increased from four to six, the ability for admins to allow only approved credential managers to store login info, the ability to block potentially insecure 2G connections, and logs for ultra wideband.
Now that the new OS has launched along with the Pixel 8 family of devices, Android 14 can make it easier to select certain profiles for certain apps, switch between profiles, and save work-related screenshots directly to the work profile only.
Here are the Android 14 update notes for Pixel devices.
Google is rolling out Android 14 to Pixel 4A 5G devices and up. You can view the full list of fixes coming this month to all supported Pixel devices from the link below.
In addition to officially rolling out Android 14, Google introduced the Pixel Watch 2 and a new lineup of phones during its Made by Google Event on Wednesday. The Pixel 8 and Pixel 8 Pro start at $699 and $999, respectively, and will be available on October 12th.
On the spec front, both phones sport Google’s new Tensor G3 chip, which is an upgrade over the G2 chip that marked Google’s Pixel 7 lineup. Each also comes with a 120Hz max refresh rate and seven years of software support and security updates. The Pro 8 touts a maximum of 1TB of storage as well, along with a new sensor for measuring the temperature of beverages, surfaces, and — perhaps one day — maybe even people.
Read Article >
Last year’s Pixel 7 phones were an iterative spec bump and nice refinement in the design department (as polarizing as their looks remained), but part of what made those phones special was how much they offered for fairly competitive prices.
Now, Google has announced the $699 Pixel 8 and $999 Pixel 8 Pro (which are $100 price increases over last year’s phones), each due to arrive on October 12th, and once again, they look a lot like a slow burn of subtle hardware improvements — albeit in a slick new light-blue color option on the Pro. But the showstopper feature of the new Pixels may be Google’s software support, as it’s claiming the new phones will see seven whole years of OS and security updates — rivaling Apple’s reign as the longest-lasting phones.
Read Article >
A 15-minute highlight reel from Google’s Pixel 8 event.
The biggest announcements from today’s Made by Google event for the release of the Pixel 8 phones, Pixel Watch 2, Android 14, and a slew of new generative AI features coming to Photos, Assistant, and more are all right here.
Those clearer voice calls for your Pixel Buds Pro? You’ll need a Pixel 8 to get ‘em.
Bluetooth Super Wideband is only for Pixel 8 and newer — it’s in the fine print.
During an onstage presentation at today’s Pixel 8 Pro launch, Google hardware chief Rick Osterloh showed off how the smartphone is able to retroactively add detail to a photograph when you pinch to zoom in. “So the kind of zoom enhancement you used to see in science fiction? It’s right in the phone in your hand,” Osterloh said after introducing the feature, which Google is calling “Zoom Enhance.”
Osterloh is referring, of course, to the countless sci-fi movies and police procedural shows that have shown characters zooming impossibly far into photos to reveal clues and details that simply could not have been present in the original image. Often, these scenes hinge on “enhancing” unbelievably small reflections, inevitably revealing the identity of a murder suspect.
Read Article >
Google’s latest Pixel launch event has come to an end. Even though some of the products Google revealed were leaked well in advance, the company still managed to throw in a couple of surprises.
Here are all the biggest announcements from the Made by Google event.
Read Article >You can now see Google’s entire official spec sheets for the new Pixels.
Wi-Fi 7 is limited to the US, CA, UK, EU, and AU for now.
For both phones, the “Beyond 24-hour battery life” claim is tested “across a mix of talk, data, standby, and use of other features. Average battery life during testing was approximately 31 hours.”
Here’s Google’s spec comparison page, too.Have yourself a final bento box.Google Recorder AI summaries look intriguing.
I have a Pixel 6A that’s almost solely for Google Recorder, an incredible tool for journalists due to great real-time transcription. AI summaries… would they be useful? Exclusive to the Pro, apparently.Wait for the feature drops.
A lot of the cool stuff we’re seeing here today isn’t coming at launch. You’ll have to wait for future updates coming in December.
Yep, there’s a new feature called Zoom Enhance on the Pixel 8 Pro. It uses on-device processing to let you zoom in on parts of your photos and recreates fine detail. Like in the movies! It’s available in December via Feature Drop.


Artificial Intelligence (AI) has become an integral part of our lives, revolutionizing various industries and shaping the future. However, along with the excitement, there is a growing sense of anxiety and concern about the potential impact of AI. To alleviate these fears, it is essential to separate fact from fiction and explore the research-based realities of AI. By understanding the capabilities, limitations, and ethical considerations of AI, we can embrace its potential while ensuring a responsible and beneficial integration into our society.
It is important to recognize that AI is a tool created by humans, designed to assist and augment human capabilities rather than replace them. Research studies have consistently shown that AI performs best when combined with human expertise. The collaboration between humans and AI can lead to improved decision-making, enhanced productivity, and innovative solutions to complex problems. Moreover, AI technologies, such as machine learning, have the potential to bring about advancements in fields like healthcare, transportation, and environmental sustainability.
While AI continues to advance rapidly, it is crucial to acknowledge its limitations. Research findings reveal that AI systems are highly specialized and domain-specific. They lack the holistic understanding, intuition, and creativity inherent in human intelligence. AI algorithms heavily rely on the data they are trained on, which can introduce biases and limitations. It is essential to have a critical eye towards AI results, ensuring they are thoroughly validated and interpreted in the appropriate context.
Research highlights the importance of addressing ethical considerations in the development and deployment of AI. Transparency, fairness, and accountability are crucial in ensuring that AI technologies serve the greater good. Guidelines and frameworks, such as the Ethical AI Principles, have been developed to promote responsible AI practices. Implementing rigorous ethical standards and fostering interdisciplinary collaborations among technologists, policymakers, and ethicists are paramount to mitigating potential risks and promoting AI for the benefit of all.
To alleviate AI anxiety, it is essential to promote AI education and literacy among the general public. Research has shown that individuals with a better understanding of AI technologies exhibit reduced anxiety and more positive perceptions towards AI. By providing accessible resources, workshops, and educational initiatives, we can empower individuals to comprehend the potential of AI, its societal impact, and the ethical considerations associated with its use.
AI anxiety can also be eased by the usage of mindful practices such as meditation. Meditation provides a chance to connect with the current moment and diminish out-of-control emotions or feelings. Meditation can help you tune in to your thoughts centering around AI anxiety, and ease irrational concerns.
- Smith, J., & Anderson, T. (2021). Collaboration between humans and artificial intelligence. Journal of Artificial Intelligence Research, 72, 797-825.
- Marcus, G. (2018). Deep learning: A critical appraisal. arXiv preprint arXiv:1801.00631.
- Jobin, A., Ienca, M., & Vayena, E. (2019). The global landscape of AI ethics guidelines. Nature Machine Intelligence, 1(9), 389-399.
- Brynjolfsson, E., & McAfee, A. (2014). The second machine age: Work, progress, and prosperity in a time of brilliant technologies. W. W. Norton & Company.


Upgraded Energy-Saving LED Tube Lights
This page is for the Upgraded Energy-Saving LED Tube Lights. These tube lights are designed to save energy and lower maintenance costs. The LED tubes use much less power to produce the same amount of light as fluorescent tube lights. They are ideal for use in general lighting applications where fluorescent lighting is used, and are perfect for applications with frequent on/off switching cycles. In residential settings, these tube lights are perfect for laundry rooms, kitchens, garages and basements and in commercial settings in retail offices, parking garages or industrial spaces. Unlike fluorescent tube lights, the LED tube lights contain no mercury, offering a safe and sustainable, solution, while operating well in cold temperatures.
- Color: Warm White or Natural White or Cool White
- Size & Wattage: 2FT 9W or 3FT 14W or 4FT 18W
- Input Voltage: 85v ~ 265v
- Light Source: LED SMD2835
- Type: Linear Fluorescent
- Color Rendering Index : 80
- Operating Temperature: -20 ~ +45 Degrees Celsius
- Light Bulb Features : Energy Saving
- Life Span: 50,000+ Hours
- Certification: CE Approved and RoHS Approved
AC Power Cord For T5/T8 Integrated Light (Optional)
The AC power cord with on/off switch, to plug in your T5 or T8 Integrated LED fixture to standard USA plug in. Cord is approximately 9.5 Ft long. Works great for making installation of a integrated T5 or T8 LED Tube light quicker and easier.
Each Set of LED Tube Light Include:
- LED Tube Light x 1pc


“does sim card store data?” Although data may stored on your SIM chip, what does it save on that little storehouse?
In its most basic form, a SIM card is a chip that lets phone networks identify you so they may transmit and receive data. However, things get more complicated since the SIM may hold more information than necessary to recognize your network settings. Therefore, if you’ve chosen anything from our selection of the greatest SIM-only offers, understand what the SIM is doing.
All of this information concerning SIM storage is sufficient.
How does a SIM work?
As the name implies, a SIM card, also recognize as a Subscriber Identity Module, is a means of identifying your phone plan. The International Mobile Subscriber Identity number (IMSI), the Mobile Subscriber Integrated Services Digital Network number (MSISDN), the user’s phone number, and the ICCID serial number use.
There is much more information there, including two passwords and temporary network information that changes as you travel. Your Unblocking Key (PUK) and Personal Identification Number (PIN) are the two.
Does SIM card store data?
Yes, a SIM card does retain important customer information like your phone number and the details of your cellular plan subscription. It may also keep your contacts and text messages.
What kind of data can a SIM store?
Numerous pieces of data, such as your phone number, contacts, and text messages, are store on SIM cards. In addition, they save information that links you to the network, such as the number on your SIM card and the authentication key you need to get in. Depending on your phone model and carrier, a SIM card may contain different data types than another. SIM cards essentially hold the following data:
- Contact Numbers
- messaging by text (MMS and SMS)
- Key of authentication (Ki)
- Charge of Advice (AoC)
- Code for Mobile Countries (MCC)
- Code for Mobile Networks (MNC)
- Number for Mobile Subscriber Identification (MSIN)
- Mobile Station Digital Network for Integrated Services (MSISDN)
- Identity of Local Areas (LAI)
- Identity of International Mobile Subscribers (IMSI)
- Circuit Card Identifier Integrated (ICCID)
- Number for Service Dialing (SDN)
- Name of Service Provider (SPN)
- Center for Short Message Services (SMSC)
- Services with Value Added (VAS)
- Key for Personal Unblocking (PUK)
- Number for Personal Identification (PIN)
According to Tech Radar, SIM cards may save settings, including your voicemail number, network choice, and internet access point name (APN), in addition to the abovementioned data. It should note that contacts are save in internal, external, or cloud storage on iPhones, not on the device itself.
In what ways does roaming SIM storage function?
Your phone will enter roaming mode if you leave the nation where the regular network provider is based, allowing you to access the local network where you are.
Typically, a SIM card issuer will have a list of preferred networks. These are kept on the SIM with up to 80 networks in numerical format. The SIM will connect using the first or best available network outside that set of recommended networks, such as while traveling.
Describe the formats of SIM cards.
SIMs are available in a wide variety of sizes and forms. These days, your new SIM card will come with several SIM slots, so you may remove the one that doesn’t fit your smartphone. These range in size from the largest, similar to a credit card and has a small chip, to the smallest, a mini SIM, the micro SIM, and the nano SIM. The fact that they will all use the same chip means that storage won’t vary, which is crucial.
Many phones use tiny SIM cards. Therefore, you’ll probably be searching for a nano-SIM if you have a relatively recent phone and wish to purchase a new contract utilizing our best SIM alone prices. But be sure to review the specifications of your phone.
FAQ about Does SIM card store data?
The following are some typical inquiries and responses concerning SIM cards:
Does my phone number reside on a SIM card?
Yes, your SIM card has a phone number saved on it.
Can contacts be stored on a SIM card?
It is possible to save contacts on a SIM card. On the other hand, the size of the SIM card affects how many connections may keep. Additionally, it depends on the device type you have since some only keep contacts in internal storage. These days, the average SIM card may hold up to 250 contacts.
Does a SIM card retain text messages?
It is possible to keep text messages on a SIM card, including SMS and MMS. Just as with contacts, the phone type and SIM card size impact how many text messages may keep. Up to 500 text messages may be store on most SIM cards. Generally speaking, cloud storage or internal storage on smartphones.
Do applications fit on a SIM card? -Does sim card store data?
No, a SIM card does not store applications. Usually, apps keep on the internal storage of your phone or the cloud storage that you use.
Can images from my gallery be stored on a SIM card?
No, a SIM card does not save photographs. Usually, your phone’s internal storage, cloud storage, or, if it has one, an external SD card are where pictures are kept.
If I remove my SIM card, will I lose my photos?
No, taking off your SIM card won’t cause you to lose your photos. As previously discussed, your phone’s internal, cloud, or external storage is normally where photos are kept.
eSIM, an alternative to a SIM card
Consider utilizing an eSIM in place of a SIM card if you’re anxious about removing or switching them out. eSIMs, or embedded SIMs, do away with the need for actual SIM cards by being integrated into your phone. Travelers who want to utilize data overseas without switching SIM cards find this extremely helpful.
Convenient, cost-effective, and secure eSIM plans are available from eSIM USA. You may feel confident knowing that your data is readily accessible and safe no matter where you are in the globe by making the move to eSIM.
It is noteworthy that eSIMs are gaining popularity, even though SIM cards have long been the norm. The fact that eSIMs are integrated into phones rather than requiring a separate card is one of its key advantages. Furthermore, eSIMs are highly helpful for customers who regularly travel or move carriers since they can be remotely enabled and downloaded.
Apple claims that eSIMs are superior to regular SIM cards in several ways. For instance, an eSIM makes it simpler to handle personal and commercial usage on one smartphone by allowing you to have various phone numbers and internet plans on the same device. Because eSIMs use a more sophisticated authentication procedure than standard SIM cards, they are more secure than the latter.
It’s also important to note that carriers and phone makers are starting to embrace eSIMs more broadly. Major phone makers, including Samsung, Apple, and Google, will have eSIM-compatible phones available by 2023. Even though not all gadgets now accept eSIMs, the list is expanding.
It’s crucial to determine whether your carrier supports eSIM technology if you’re interested in utilizing one. Additionally, you may need to buy an eSIM plan, which you can download straight to your phone. ESIMs provide a practical, safe, and future-proof substitute for regular SIM cards; if you’re looking for a trip data package, give them some serious thought.
Final Thoughts – Does sim card store data?
To sum up, Does sim card store data? Yes, SIM cards hold vital data, including your phone number, contacts, text messages, and subscription details. Additionally, they save information that helps the network recognize you, such as the number on your SIM card and the authentication key you need.
A SIM card’s capacity to store data varies according to its size and the kind of data being stored on it. Although a SIM card may be compromised, this is very improbable.
However, consider using eSIM instead of SIM cards if you are concerned about pulling them out, particularly while traveling. Since eSIM is easily obtained from reputable online retailers, such as eSIM USA, you may easily purchase and set up cellular plans without physically swapping SIM cards for eSIM.
READ ALSO: What Is ChocoEukor Android App?


Robotic Exploration, Monitoring, and Information Collection:
Nonparametric Modeling, Information-based Control, and Planning under Uncertainty
A fundamental problem in robotics is efficient exploration and monitoring in uncertain environments. High-impact applications include aerial surveillance, ocean monitoring, urban search and rescue, space exploration, robotic surgery, and manipulation planning. Progress in this area requires solving three major sub-problems: (1) modeling the environment to maximize the accuracy of predictions based on limited information, (2) controlling a robot so that its motion maximally reduces its uncertainty about the environment, and (3) planning a motion for a robot to accomplish a specified task in an uncertain environment. These three problems are intimately linked, but research in these topic areas has largely proceeded independently. Following the success of our workshop on a subset of these topics at RSS12, this expanded workshop will bring together leading researchers in motion planning, information-based control, and nonparametric modeling to fuel an exchange of ideas between these diverse communities.
We solicit contributed presentations in all areas of nonparametric modeling, information-based control, and motion planning under uncertainty, including, but not limited to: planning in unknown environments, planning with uncertain motion and sensing models, planning and control with Bayesian nonparametric models, control with mutual information gradients, information surfing, informative path planning, active sensing, modeling using Gaussian processes and Dirichlet processes in the context of adaptive sampling and robust planning, modeling of nonstationary spatio-temporal dependencies in streaming sensor data, scalability in the face of large amounts of data, and implementation challenges for fielded robotic systems.


Originally published in Newswise
Newswise — March 7, 2023, Philadelphia – Antonio Giordano, M.D., Ph.D., Founder and President of the Sbarro Health Research Organization (SHRO), is scheduled to speak at a virtual workshop on Artificial Intelligence (AI) in medicine.
7TH IN PERSON or VIRTUAL WORKSHOP ON “Artificial intelligence and NGS integrated into the next generation Tissue Microarrays (TMA)”
MARCH 7TH 2023, 9 AM -5 PM
DON’T MISS THIS OPPORTUNITY TO LEARN MORE ABOUT Artificial intelligence and NGS integrated into the next generation Tissue Microarrays
PLEAS REGISTER AT THE LINK: https://lnkd.in/ennhsFsW
The workshop will focus on AI and next-generation tissue microarrays (TMA). TMA is a versatile technique with definite clinical and pathological applications. Originally was used in cancer research however its applications are rapidly expanding to non-neoplastic diseases: neurodegenerative, dermatological, cardiac and placental disorders. The new generation of tissue microarrays looks at the benefits of coupling digital pathology in translational research to deliver more efficient and time effective solutions to answer complex clinical and scientific questions. At the core of next generation TMAs is digital pathology and artificial intelligence which allows the identification of specific areas where to focus and better target investigations.
The tissue microarray format provides opportunities for digital imaging acquisition, image processing and database integration. Advances in digital imaging help to alleviate previous bottlenecks in the research pipeline, permit computer image scoring and convey telepathology opportunities for remote image analysis. In addition, the TMA technology gives the possibility to extract near by Tissue Cores which are inserted in the TMA block and in a mictotile plate. This gives the opportunity to ectract DNA/RNA form the tissue cores in the microtile plate and perform NGS analysis from the tissue sample. The advantage of these combined technologies is to have the digital image of the TMA core and the genetic anlysys from the same patient/donor.
TMA applications are wide: predictive, to authenticate biomarkers with the objective to annotate treatment/therapy responses; prognostic in order to reduce cancer incidence and mortality; in clinical applications to determine the functional status of the cancer before therapy initiation; (v) in diagnostic pathology to qualify samples, reduce laboratory variations and results interpretation. Moreover, the TMAs formats provide opportunities for digital imaging acquisition, image processing and database integration


Reports from users on forums suggest that connectivity problems with smart TVs are causing the Amazon Prime Video Not Working to crash and cause error messages. Connectivity error 1060 indicates that your streaming device does not have a good connection to the Internet and cannot connect to it via Prime Video Server. To restart your Prime Video app, hold down the play button and select for a few seconds to restart the device.
- Reports across all user forums suggest that connectivity problems of Smart TVs can lead to Amazon Prime Video app crashing unexpectedly, without any error message.
- Amazon error code 1060 is a connectivity error that indicates your streaming device does not have a good connection to the internet, is not connected to the internet, or that the Prime Video servers are down.
- In order to restart your Prime Video app, maintain the Select and Play buttons for some seconds to make the device restart.
Make sure to fix the various reasons why the Amazon Prime Video Not Working on your streaming device for seamlessly streaming movies and TV shows. Buffer and streaming problems with Amazon Prime can be resolved by resetting one or both devices, ensuring a stable Internet connection, and deleting cache cookies. If Amazon Prime Video is not updated, you can remove it from Samsung TV and reinstall it to see if the problem was fixed.
- In case the Amazon Prime Video app has not been automatically updated, you can remove it from the TV and install it again to see if the issue is fixed.
- The buffering and streaming trouble of Amazon Prime also can be solved via means of resetting one s device, making sure a stable net connection, and clearing the caches or cookies.
- Make certain to restore the ones troubles in advance to have seamless streaming of movies, TV shows, etc.
Even if you have a good and fast internet connection with WIFI, it can take longer to download and do other things and may not be powerful enough to handle Amazon Prime Video. If multiple devices share the same network without tools like VPN, this can also cause problems with a standard connection to Amazon Prime Video.
- Moreover, once in a while if some gadgets are the usage of the equal community device like VPN, it could without difficulty cause trouble inside the fashionable connection of the video.
- Sometimes you can have a really good fast internet connection and WiFi, but this WiFi can be taken over by downloading other things and is not powerful enough to handle Amazon Prime Video.


Exploring the Countries with the Highest Mobile Phone UsageIt’s no secret that mobile phones are becoming increasingly popular around the world. In fact, there are now over 5 billion mobile phone users globally. But which countries have the most mobile phone users?
In this blog post, we’ll explore the countries with the highest mobile phone usage. We’ll also take a look at some of the reasons why these countries have such high mobile phone usage. Let’s dive in!
First, let’s look at the countries with the most mobile phone users. According to the International Telecommunication Union, the countries with the highest mobile phone usage are China, India, the United States, Indonesia, and Brazil. Together, these countries account for over half of the world’s mobile phone users.
So why do these countries have such high mobile phone usage? One of the main reasons is population size. All of these countries are populous and have large populations that need to stay connected. Additionally, advances in technology have made mobile phones more affordable and accessible to people in all these countries, which has helped to increase mobile phone usage.
Finally, each of these countries have their own specific reasons for high mobile phone usage. For example, China’s mobile phone usage is driven by its thriving e-commerce industry, while the United States’ high mobile phone usage is due to its widespread use of social media.
In conclusion, there are many countries around the world that have high mobile phone usage. These countries are primarily driven by their large populations and advances in technology that have made mobile phones more affordable and accessible. Additionally, each country has its own unique reasons for its high mobile phone usage.


(“IQ-AI” or the “Company”)
IB Neuro Reveals the Hidden Secrets of High-Grade Glioma’s Invasive Margins
October 18, 2023, Imaging Biometrics, LLC (IB), a wholly owned subsidiary of IQ-AI Ltd (LSE: IQAI), is pleased to announce the results of a landmark study published in the journal, Nature Communications. The study, Integrated molecular and multiparametric MRI mapping of high-grade glioma identifies regional biologic signatures, represents the first large-scale characterization of the invasive tumor margins of high-grade glioma (HGG) using multi-regional genomic/transcriptomic sequencing with spatially matched MRI measurements in glioma.
High-grade glioma (HGG) is a deadly brain cancer that often recurs after surgery, due to the presence of residual tumor cells in the invasive margins of the tumor that are often not surgically removed. These tumor cells are often invisible on standard imaging and may be hard to access and sample during surgery. To address this challenge, a multi-center team, led by Leland S. Hu, M.D., a neuroradiologist at Mayo Clinic in Arizona, has developed a novel approach that uses non-invasive imaging to characterize the invasive margins. Specifically, computations performed by IB Neuro’s dynamic susceptibility contrast (DSC) magnetic resonance imaging (MRI) software was central to the study.
The researchers obtained multiple biopsies from different regions of each patient’s tumor and recorded the precise location of each biopsy using stereotactic coordinates. Each biopsy sample was then matched with the corresponding measurements derived from IB Neuro and other technologies. By integrating genomic, transcriptomic, and MRI data, the researchers were able to identify distinct imaging patterns that matched key genetic and molecular features of the invasive tumor margins, which were also different from the more central core tumor regions.
The investigators found that the invasive tumor margins contain biologically distinct genetic and molecular alterations that not only underlie aggressive behavior and disease recurrence but also give insights to potentially new susceptibilities to treatment that could improve future outcomes.
“This is yet another application of IB Neuro’s impact on the care of brain cancer patients,” said Trevor Brown, CEO of IQ-AI. “Our collaborators continue to use IB Software to advance our understanding and ultimately improve outcomes,” Brown added.
The Directors of the Company accept responsibility for the contents of this announcement.
For further information, please contact:
Trevor Brown/Vinod Kaushal/Brett Skelly/Michael Schmainda
Tel: 020 7469 0930
Peterhouse Capital Limited (Financial Adviser and Broker)
Lucy Williams/Heena Karani
Tel: 020 7220 9797
About Imaging Biometrics® LLC: IB is a wholly owned subsidiary of IQ-AI Limited, (LON: IQAI), and focuses on delivering quantitative imaging platforms and therapeutics that transform how clinicians diagnose and treat patients more efficiently and effectively. For more information about Imaging Biometrics, visit the company’s website at www.imagingbiometrics.com. Follow IB on Twitter, @IQAI_IB.


Digital technologies are transforming the automotive sector. Traditionally automotive digital technologies have focussed on optimizing the vehicle’s internal functions and now it is trying to develop car’s ability to connect with the outside world and enhance the in-car experience. A connected car is a vehicle which is able to optimise its operation and maintenance as well as the convenience and comfort of passengers using on board sensors and Internet connectivity. Within next decade one can leave all the driving to their car.
To better understand the benefits of a connected car, let’s divide the benefits in six categories:-
- Mobility Management: It allows the driver to reach a destination quickly, safely and cost-efficient manner. One can reroute automatically to avoid traffic jams. Navigation systems can pinpoint the most fuel efficient routes.
- Vehicle Management: It aids the driver in reducing operating costs and improving ease of use. One can get on board information about vehicle condition, service scheduling and updates.
- Entertainment: It includes smartphone interfaces, wireless local area network hot spots, access to social networks, Internet music and videos and advanced mobile office functions controlled by voice recognition software.
- Safety: It warns the driver of external hazards and internal responses of the vehicle to hazards.
- Driver Assistance: It can automatically park the car in tight spots, autonomously steer the car, and brake for obstructions, and speed up and slowdown in traffic jams.
- Well-being: It takes into account the driver’s comfort and ability and fitness to drive.
With the help of technology the automakers are trying to communicate with customers directly instead of mass media advertising. Connected cars offer more potential for closer bond with customers.
Every innovation comes up with lot of challenges. Though the customer will have a personalised driving experience but they also have to be concerned about the data privacy issues.
So, the future of connected cars will depend on trade-off between connectivity and the security issues to be addressed by automakers.
Droom is an automobile e-commerce platform offering a 21st-century automotive buying experience online with its four value pillars including trust, selection, low price, and convenience second to none. It offers 250k+ vehicles online in 1,100 cities — both used and new. Droom deals in buying and selling cars, 2-wheelers, and other vehicles too. It is an AI and data science-driven platform designed with the best ecosystem tools. Here, we have a team of auto-experts and auto enthusiasts who are dedicated to covering every sphere of the auto industry by simplifying the procedure of buying and selling with Unified Droom Experience. To know more, click here.


We encounter a large array of opacities every day, from the thin whites of clouds to the thick blues of skies, to the opaque greens of plants, and to the diluted artificial coloring in beverages. So,how much light is passing through an object? When light shines through an object the light is fully absorbed thus causing a shadow, or some light passes through tinted glass, and some gets blocked totally by the opacity of the object and becomes a faint shadow. A spectrophotometer is employed to measure the amount of light that a sample absorbs (David N. Blauch,2000). In this science project, we built a simple spectrophotometer from $50 using a cell phone and used it to investigate how visible light is absorbed by different water samples with different clarity.


br A research was conducted by Garc a
A research was conducted by García, Sánchez, Cleofas-Sánchez, Ochoa-Domínguez, and López-Orozco (2017) to analyze the effect of high-dimensional data on the classification of gene GSK126 datasets. Gain ratio and ReliefF were used as gene ranking meth-ods with six classifiers on four biomedical datasets. The results showed that regardless of the used gene ranking algorithm and classifier, the highest classification performance was achieved by using a very small number of genes (less than the fifth of the total amount of genes).
A dynamic relevance-based gene selection method (DRGS) was introduced by Sun et al. (2013) to identify a gene subset from
Dataset type Number of variables Dataset function Sample type Number of samples
TCGA gene 17,815 genes 46 samples for 5-fold cross validation Normal 21
training and 200 samples for testing Cancer 225
GEO gene 17,815 genes 174 samples for Independent test Normal 19
cross validation training Cancer 234
high dimensional gene expression Microarray data for cancer clas-sification and diagnosis. This method aimed to use a target-based scheme for relevance, interdependence and redundancy analysis to retain the useful functional gene groups. This is done by updating the relevance between each gene and target dynamically when a new gene is selected. The proposed method was validated against Information Gain, mRMR, ReliefF, and Significance Analysis of Mi-croarrays (SAM) on six gene expression Microarray datasets. The results showed that, compared to the other selectors, DRGS se-lected fewer genes with higher classification accuracy.
In this study, an ensemble feature selection approach based on a Nested Genetic Algorithm is proposed to select the optimal Mi-croarray genes subset that represents the biomarker genes of one cancer type by combining the information from two types of Mi-croarray data; gene expression data and DNA Methylation data. The Nested Genetic Algorithm (Nested-GA) utilizes both Filter and Wrapper feature selection methods. For filter feature selection, t-test is used as a preprocessing step. Then, a Nested Genetic Al-gorithm composed of two genetic algorithms, one with a Sup-port Vector Machine (SVM) and the other with a Neural Network, are used as the Wrapper feature selection technique. Incremental Feature Selection (IFS) is then used as an ensemble approach to present the biomarker genes as its outcome. r> 2. Materials and methods
The results presented in this paper are based on the colon can-cer gene expression data downloaded from The Cancer Genome Atlas (TCGA) https://tcga-data.nci.nih.gov/tcga/ and TCGA DNA Methylation dataset based on the IHM-27k platform for running the Nested-GA algorithm. The colon cancer gene expression data from Gene Expression Omnibus (GEO) from NCBI has been used as a dataset for independent testing. Table 1 shows more details of the used datasets.
2.2. The proposed algorithm
The pipeline of the proposed method, as shown in Fig. 1, starts by preprocessing for both the Gene Expression and the DNA Methylation datasets before applying feature selection. After that, feature filtering is applied using t-test to select a subset of the top ranked Genes and CpG sites from Gene Expression and DNA Methylation data. The filtered gene subset is fed as an input to the OGA-SVM with SVM fitness function, while the filtered CpG sites subset is fed as input to the IGA-NNW with N-Net fitness function. Finding the relation between genes and CpG sites is important step that is used in the initialization stage of each IGA-NNW and OGA-SVM. After determine number of runs of OGA-SVM, we get number of solutions N. We rank the genes in the N solutions in descend-ing order based on their frequency. Next, we incrementally append genes with high rank producing M subsets of top ranked genes, models. SVM is used to evaluate the M models to get the optimal model. At the end, the optimal model’s genes are validated.


Nowadays, safety should be one of the main concerns of all families, not only in their homes, but also in commercial spaces. Making sure your values and your family are completely safe should be one of the main concerns for you, so alarm systems are becoming more and more common.
There are currently several options available for alarm systems, each with its own characteristics that need to be analysed individually so that you can choose the most appropriate one to ensure your safety.
Learn more about the most common types of alarmsysteem and find out which one suits you best! Simple or highly technological, find out which alarm system is right for you.
How to buy an alarm system
There are different types of alarms and security sensor systems on the market. Choosing the best one for your needs is not always easy.
A good start is to know that the bigger the technology, the better the answer to protect your assets. Knowing the options for perimeter security is the first step to understand which one responds better to the risks that the company or the property is running.
Then get to know the types of alarms and security sensors that exist and the areas indicated for each.
Most common types of alarms
Passive infrared alarm system
This alarm is capable of detecting body heat by means of infrared energy. The system identifies the presence of an intruder, even in poor visibility. Although it is an economical solution, as it is very sensitive, this equipment can issue a false alarm in places with large temperature fluctuations. It is indicated for internal areas with low temperature fluctuation and little movement.
Dual technology: passive infrared and microwave
This system combines infrared technology (temperature detection) with microwave technology. Microwaves identify the movement of the body through the baptismal effect, a kind of radar that emits pulses and analyzes the received signals.
This combination avoids false alarms, because activation only occurs when both sensors are activated at the same time. This type of sensor offers options suitable for different environments, whether they are internal, semi-open or external.
Also known as a barrier sensor, it creates infrared waves between two ends, avoiding invasions. The more advanced ones have filters to avoid mechanisms that light it up. It is suitable for walls of houses and industries
It detects the variation in ambient temperature and adapts to it, preventing false alarms. As with other technologies, infrared can be adjusted to detect even the presence of people camouflaged with thermal clothing, for example. It is most suitable for banks and commercial institutions.
It has the ability to identify small bodies by infrared. It is classified by weight and does not pick up movements made near the ground. The most advanced are able to detect animals weighing up to 46 kilos, enabling them to distinguish a person from an animal in this weight range.
It is especially useful for places where animals circulate, which ultimately leads to many false alarms. Industrial plants or large agribusiness units can benefit from this feature. The system recognises and ignores pets and only activates alarms when it identifies the presence of humans.
Alarms with ceiling sensors have a 360 degree detection field. Their coverage area can vary depending on the height of the ceiling. Indicated for the interior of buildings.
The application of each alarm sensor is conditioned to various factors such as the routine of the place, the exposure of the environment to external factors such as solar heat, insects, animals or even machines that can heat up at night causing the alarm to go off. Therefore, it is important to calmly analyze the options and seek the help of experts when purchasing the alarm system.
Installer alarm systems
It is advisable to look for an installer alarm system for advice and installation, as it is necessary to take some care during installation (so that later on no safety leaks will occur due to poor installation).
Maintenance must be carried out periodically (in some cases it may be necessary to replace the batteries several times a year).
If you do not have the necessary knowledge, it is best to hire a specialist company that not only installs the equipment professionally, but is also responsible for regular maintenance and inspection, 24 hours a day.
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Day 1: Learn from Industry Leaders!
"Design the Difference" is this year's conference motto for the European ATC, the most important event for “Simulation-driven InnovationTM” in Europe.
Monday, June 26th, will offer insights into product development solutions for mechanical engineering and will provide in depth information on four different simulation related topics.
Learn from industry leaders in four parallel sessions how to:
- maximize the efficiency of dynamic machines
- design for 3D Printing - by adding value with bionic design & simulation
- implement an efficient design strategy for your electrical device
- shorten time to market and increase product efficiency with next generation math & system modeling
Whether you are an expert on simulation, a user of Altair Solution or neither,
simply learn from the best - our experts and independent industry thought leaders will present successful applications, new techniques, and insights into best practice product development. They will address the challenges in mechanical engineering and offer solutions for each of the above listed areas.
Maximizing efficiency of dynamic machines
"What does a robot, a NC controlled machining center and a rotary hammer drill have in common?
All are complex machines with high demands on productivity
Maximizing the output of such machines while minimizing factors as mass, energy consumption, vibrations is a complex and multidisciplinary task.
Simulation Driven Design methods provide a powerful way to master this challenge.
Learn how to maximize the efficiency of dynamic machines by
- reducing weight (especially moving masses) while maximizing stiffness
- understanding and optimization of vibrations
- predicting realistic loads through kinematic simulations
- creating efficient simulation models
- automating simulation processes"
Design for 3D Printing - adding value with bionic design & simulation
Leading industry representatives present successful applications of additive manufacturing in combination with new approaches in product development. With their best practice examples, they will answer the question: "How to create and benefit from an added value with additive manufacturing?"
Other topics on the agenda are:
- How to create economic applications by combining new manufacturing technologies and a simulation driven design process.
- Case Studies, which will illustrate the creative application of simulation technologies while actively utilizing the design freedom additive manufacturing offers.
In addition to an overview of the digital process, the achieved results, opportunities and limitations as well as an outlook towards future development of additive manufacturing will be presented.
How to implement an efficient design strategy for your electrical device?
"To lower global CO2 emissions, electric power is more and more used in many industries. From energy generation to its final consumption, many electric components are involved and have to be designed in a way to minimize the power losses. There come into play simulation tools like Flux.
Electric generators and motors, power transformers, electric cables and busbars, electromagnetic actuators: all of them can be modeled using Flux in order to optimize power conversion and transmission.
The pre-design of electric machines with fast efficiency map calculations, the accurate evaluation of losses in Flux, the coupling with thermal analysis, the connection with system level tools like Activate, and optimization studies through the Flux-HyperStudy link, will be illustrated through various examples, demonstrating how the Altair suite offers key simulation technologies for energy efficient designs."
Next Generation Math & Systems Tools for Efficient Model Based Development
Today, most products are a combination of mechanics, electrics/electronics, and embedded software. In order to manage the product complexity and ensure innovation development, organizations turn to a model based development process where models of varying granularity, guide system design and system integration are simulated.
Various stages of the development process, starting from capturing product requirements, turning these requirements into functional groups, to logical solution elements and finally into physical realizations will be covered in this session and illustrated by application examples. Altair’s Math & Systems tools, namely Compose, Activate, and Embed will be demonstrated and the interaction with HyperWorks will be illustrated.
Product development engineers looking for Math & System Tools
- Supporting open standards like Octave, Python, Modelica and FMI
- Leveraging legacy data like Matlab and Simulink models
- Connecting 1d-simulation models with 3d-FEA/CFD models
- in a modern user interface
- available under HyperWorksUnits
should attend this session.
26-28 June 2017 - Congressforum, Frankenthal, Germany


Teletron IoT SDM(Smart Device Management) is a solution that remotely manages M2M / IoT terminals
A service that updates remotely if the firmware on the device is modified / developed
Software management service to install/update/delete software remotely
A service that remotely inquires/changes the settings for a specific function on a device and the settings for software
A service that remotely executes a specific function of the device
A service that remotely identifies and resolves a problem by sending an event to the server if the device is experiencing a problem
A service that backs up device data to a server or restores it to a device
A service that forwards media data generated from a device to an app through a server
이메일주소 무단수집을 거부합니다.
본 웹사이트에 게시된 이메일 주소가 전자우편 수집 프로그램이나 그 밖의 기술적 장치를 이용하여 무단으로 수집되는 것을 거부하며, 이를 위반시 정보통신망법에 의해 형사 처벌됨을 유념하시기 바랍니다.


The Bose SoundLink Mini Bluetooth Speaker emits great sound and comes in a small powerful package!
Looking for a high quality wireless speaker for your computer, tablet, mp3 player or smartphone? Bose has come out with their latest Bluetooth speaker.
From all of the reviews that I read, it delivers very high quality sound that is unmatched by larger, more expensive speakers.
It’s dimensions are 2.3 x 7.1 x 2 inches, making it small enough to bring anywhere and weighs in at only 1.5 lbs.
It can pair to almost any device due to it’s Bluetooth connectivity as well as direct linking through an auxiliary port. It also has as an internal lithium ion battery that gives you up to 7 hours of play time, and is capable of recharging as it plays when plugged in. An empty battery usually fully recharges in three hours.
Unfortunately, it can only be shipped within the U.S. It comes with a charging cradle and wall plug, and decrative covers are available. They come in leather (black or red) or soft covers (blue, green or orange).
The Bose SoundLink Mini Bluetooth Speaker currently sells on Amazon.com and has received a 4.8 out of 5 star rating from it’s over 900 reviews.
Here are a few exerpts from Amazon:
“This tiny speaker’s sound quality is amazing for it’s size.”
-Melissa A. Connors
“When compared to the Jawbone Jambox and the Ultimate Ears Boom Speaker, the Bose Soundlink Mini has superior sound quality.”
“Solid construction, Beautiful sound quality, room-filling sound
The Bose SoundLink Mini really raises the bar in the high-end “mini” bluetooth speaker area, if not at least in sound quality then in build quality. There are several other speakers in this space, the two closest would probably be the Jawbone Jambox Jawbone JAMBOX Wireless Bluetooth Speaker – Black Diamond – Retail Packaging, and the UE Boom Ultimate Ears BOOM Wireless Bluetooth Speaker – Black (980-000678). I’ve listened to the other two and in my opinion the Bose just sounds better all the way around. There is a richness and fullness to the mini’s sound that is not matched with either the UE or Jawbone Jambox.”
“Here is my take on the Soundlink II vs. the Mini
I purchased both speakers because I wanted to see which one sounded the best because even though I was initially attracted to the small size of the Mini, I figured I’d keep the II and spend the extra hundred bucks if it sounded better overall.
After tesing the two, the Soundlink II is headed back to Bose.”
“I am a professional synthesist, sounds designer, composer and have been dealing with professional audio for a very long time…I can say without ego that I have pretty good ears. I just received this Bose device and I am astounded…really…no joke. Everything everyone has written is spot on.”
The Bose SoundLink Mini Bluetooth Speaker has a bluetooth connectivity range of about 30 feet, so you can enjoy great sound quality from anywhere in the room. It automatically remembers the last six devices you’ve paired with, so reconnecting is simple.
Proprietary technologies and an innovative driver configuration combine to deliver full-range sound—including deep lows—in an ultra-compact package. It lets you take your music to places it’s never been before. Discover how this ultra-compact speaker can deliver full, natural sound.
The Bose SoundLink Mini Bluetooth Speaker is designed for sleek simplicity. Its single-piece aluminum casing is both attractive and durable. The speaker features rubberized power and volume buttons—you control all other functions from your Bluetooth device.


Restart your iPhone using Siri
If you need to restart your iPhone for any reason, such as to fix a glitch or to clear out the memory, there are several ways to do it. The easiest way is to restart your iPhone is by using Siri. Here's how to do it:
- Activate Siri.
- Say Restart my iPhone.
- Siri will confirm that you want to restart your iPhone.
- Say Yes to confirm.
- Siri will initiate the restart process, and your iPhone will turn off and then turn back on again.
Alternatively, you can restart your iPhone the normal way.
- Press and hold either volume button and the side button until the power-off slider appears.
- Swipe the slider to the right to turn off your iPhone.
- Once your iPhone is turned off, press and hold the side button again until the Apple logo appears.
- Your iPhone will start up as normal.
Until recently, I wasn't aware that it's possible to restart my iPhone using Siri. I suspect that there may be others who are also unaware of this feature.


Although the existence of neutrinos has been acknowledged for a long time, scientists used to think that it was impossible to utilize the particles. They are not visible to the naked eye, which is why they are also called ghost particles. However, two scientists recently found that neutrinos have mass. If only one person had discovered that, other researchers may have been skeptical and more hesitant to accept it. However, two researchers on opposite sides of the globe discovered this fact at the same time. With his famous E=mc2 equation, Albert Einstein once proved that anything with energy has mass. This means that neutrinos have energy potential.
What makes this discovery even more exciting is that some German developers are now designing a device to harness neutrinos and use their energy. There is a large volume of neutrinos passing through the atmosphere every second. Trillions of them are produced naturally each day, and they exist in all parts of the world. Since they are produced at all hours, the German device will function 24/7.
Neutrino Inc. is the company that is sponsoring the team of German developers and researchers. Its plan is to release devices that power smartphones, tablets and smaller electronics first. Eventually, it plans to release larger devices that are capable of powering vehicles, homes and commercial buildings. Since the devices operate both day and night, people will not have to charge their phones or vehicles. If the trend works for vehicles, it could greatly reduce the demand for fossil fuels and may even help stop the wars over those substances. Since the devices harness neutrinos in real time and deliver them directly to the user, the need for expensive-to-maintain electric power lines may also disappear in the future.


Nucleic Acid Cytometry
Nucleic Acid Cytometry (NAC) is a microdroplet technology for the enrichment of target DNA or RNA sequences. Nucleic acid fragments are encapsulated into millions of microdroplets; those carrying the target "keyword" (e.g. sequence) will be identified and sorted for downstream sequencing. NAC requires low amounts of input DNA and enables the enrichment of hundreds of kilobases flanking the target region. This is especially suitable for the study of genetic variation as well as targeted comparative metagenomics.
"Identification and genetic analysis of cancer cells with PCR-activated cell sorting"
D. J. Eastburn, A. Sciambi, and A. R. Abate
Nucleic Acids Research (2014)
"Microfluidic droplet enrichment for targeted sequencing"
D. J. Eastburn, Y. Huang, M. Pellegrino, A. Sciambi, L. J. Ptáček and A. R. Abate
Nucleic Acids Research (2015)
"Finding a helix in a haystack: nucleic acid cytometry with droplet microfluidics"
I. C. Clark and A. R. Abate
Lab on a Chip, DOI: 10.1039/C7LC00241F, Critical Review
"Sequence specific sorting of DNA molecules with FACS using 3dPCR"
D. J. Sukovich, S. T. Lance, and A. R. Abate
Scientific Reports, DOI: 10.1038/srep39385


When looking for a TV provider, you have three main options to choose from. Thus, if you are looking for TV services, it is advisable to learn about the various options you have in order to make an informed decision. With that said, here are the three types of TV service providers and what their services entail.
Cable TV Providers
Cable TV is a common type of TV service used in the United States. Cable TV providers use coaxial cables to transmit radio frequency signals to a cable box. You then have to connect the cable box to your TV set to view channels. Thus, when you opt for a cable TV provider, you will have to purchase or rent cable boxes for each TV set in your home.
However, you will have to pay a monthly subscription fee to enjoy their service based on the channels package you choose. Premium channels are often included in the more costly packages. Thus, the fewer premium channels you subscribe to, the lower the monthly subscription charges you pay.
It is also important to note that cable TV providers also provide bundle offers where you have the option of combining your internet, TV, and telephone services into a single package. Hence, if you opt for cable TV providers, you can get all three services mentioned above from one provider instead of getting all three services from different companies.
However, before selecting any cable TV provider, you need to ensure that they have transmitters in your area. As mentioned earlier, cable TV providers utilize radio frequencies. Thus if you are not within range of their transmitters, you will not receive the radio frequency signals.
Satellite TV Providers
Satellite TV Providers make use of satellites in orbit to wirelessly transmit broadcast signals to subscribers. In order to receive the broadcast signals, you will need to invest and install an antenna/satellite dish on your roof.
Additionally, you need a receiver to decrypt the broadcast signals received by your antenna so that you can view channels on your television. Thus, you will have to get the antenna and receiver installed and appropriately calibrated by a professional. One of the main benefits of opting for a satellite TV provider is that you can get their services from anywhere. Thus, it is an ideal option for people who reside in rural/remote areas where cable TV transmitters are not available.
Unfortunately, satellite TV is susceptible to different weather conditions. Thus, if there is a storm or heavy cloud cover, the signal reception gets interrupted or lost.
Fiber-Optic TV Providers
Fiber optics is a technology that has not been around for a long time. Thus, fiber-optic TV services are not as common as cable TV and satellite TV services. However, fiber-optic TV providers utilize the same fiber optic cables used to provide internet services to transmit television programming via infra-red light.
However, you need an optical fiber receiver to convert the infra-red light signals into electrical signals that your TV set can convert into audio and visual content. Thus, you need to hire a professional fiber-optic TV installer to install and configure the receiver for you.
Some of the main benefits of optical fiber TV providers include:
- A wider variety of channels and all in HD/4k resolution.
- It is a more reliable option compared to satellite TV.
However, because optical fiber technology is relatively new, it is primarily available in urban areas. Thus, the likelihood of finding fiber-optic TV providers in rural and remote areas is limited.


Xiaomi Black Shark 4 Pro price starts from PGK 2,203 Papua New Guinea. Black Shark 4 features up to 12GB of LPDDR5 RAM and 256GB of UFS 3.1 storage. Beyond being where you can adjust settings, Shark Chan can be a virtual butler, of sorts, offering congratulations for charging the phone and nagging you when an alarm goes off.
- The battery size on both devices measures in at 4,500mAh and comes with frankly insane 120W fast charging support out of the box.
- Watch Video Tutorial on Youtube How to download and update printer firmware?
- There is a fingerprint sensor present on the Black Shark 4 Pro as well, along with a magnetic field sensor (compass), gyroscope sensor, proximity sensor and accelerometer sensor.
The Black Shark 4 is an absolute beast in value and performance. His responsibilities at Pocket-lint include stock ROM producing and hosting quality, personable and informative YouTube videos on our growing channel as well as writing reviews and features. Prior to Pocket-lint he honed his video skills at PhoneDog, and wrote for 9to5Google.
Select your location to view the available product, pricing and delivery options for your region. Both the Black Shark 4 and Black Shark 4 Pro come with a 6.67-inch AMOLED screen with a refresh rate of 144Hz, a touch sampling rate of 720Hz, peak brightness of 1,300 nits and 111% coverage of the DCI-P3 colour gamut. Black Shark claims that the display has a touch delay of 24ms. However, dynamic refresh-rate adjustment doesn’t seem to be present, presumably due to the lack of a MEMC chip. The devices also come with two pop-up mechanical shoulder buttons that can be remapped to perform other tasks.
He takes a particular interest in writing articles and creating videos about laptops, headphones and games. He has previously written for Kotaku, Stuff and BBC Science Focus. In his spare time, you’ll find Jason looking for good dogs to pet or thinking about eating pizza if he isn’t already. The Battery comes with a powerful non-removable Li-Po 4500 mAh and fast charging support. Portrait mode produces satisfactory results, though the shots aren’t as sharp and the colors aren’t as accurate. The subject also needs to be more vibrant and clearer, especially the outlines that tend to get blurry.


Although you do not directly see or touch Admatechs' products in everyday life,
our spherical particles play a significant role in a broad range of fields to provide essential functions for final products. Some of these are introduced here.
Personal computers are composed of many semiconductor devices, such as CPUs and memory boards.
Semiconductor devices include tiny silicon chips with complex circuits built into them, and these chips are plastic-bonded to the wiring board. The outside of some semiconductor devices may be covered with black plastic to protect them. These plastics are generally a mixture of resin and silica. The coefficient of thermal expansion is different between the resin and silicon. Therefore, if the composition of plastic is only resin, chips may crack when large forces are applied due to temperature increases during operation. As ADMAFINE is made of silica, which has an extremely small coefficient of thermal expansion, blending ADMAFINE into the resin can adjust the plastic coefficient of thermal expansion to be almost equal to that of silicon. Silica is blended into these plastics at a weight ratio of 60 to 90%. ADMAFINE is also used in items such as circuit boards composed of semiconductor devices and sealing material for liquid crystal displays.
Thin and light mobile phones are an assembly of parts that use ADMAFINE. It is not an exaggeration to say that ADMAFINE is an essential material to make integrated circuits much thinner and lighter, to make liquid crystal displays more easily viewable and much brighter, and to further reduce the thickness of mobile phones while enhancing reliability.
Admafine Alumina is used for various application in Automotive, like LED head light, ECU, Battery, Motor and Converter of next generation Auto motive, like HV and EV. The demands of Admafine Alumina are increasing as a thermal conductive material because of The importance of TIM is getting higher due to electronization of Automotive.
ADMAFINE is also essential for improving the performance of white LEDs.
As a light-emitting diode (LED) emits monochromatic light, such as red, green and blue, a neutral-color or white is produced by mixing these lights. To produce white light using only one LED, blue light emitted from a blue LED is used to illuminate a yellow phosphor coating, and this light is blended with the original blue light to produce a quasi-white light. The phosphor is kneaded into the lens. However, only part of the phosphor is utilized as the light emitted from an LED is highly linear. ADMAFINE is able to help overcome this problem.
As ADMAFINE consists of spherical particles, the light can be diffused in a multitude of directions upon contact. This means that the light is directed over the entire lens, enabling the phosphor to work more effectively, resulting in a great improvement in efficiency
It seems that temperatures have steadily increased due to global warming. Particularly during the summer heat, you want to be even a little cooler, don't you? ADMAFINE can also respond to this.
The particle size of ADMAFINE is uniform. When ADMAFINE is blended into heat shield paint, it effectively reflects the infrared rays (heat) that are a component of solar beams. This mitigates the heating of the base coat due to sunlight. The effect has been proven by applying this paint to Admatechs' warehouse roof and entrance road.
Most displays these days are the liquid crystal type. ADMAFINE also plays a significant role in these, although it is not visible.
Using ADMAFINE in the sealing material to prevent the leakage of liquid crystal, and the heat release sheet for the LED backlight improves the durability and performance of the display. It goes without saying that ADMAFINE is used in semiconductor components and circuit boards.
Note: It is not guaranteed that applications introduced here do not infringe on any patent.
Please be sure to test thoroughly before using our product to check that our product suits your purpose.
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