<caption><image_0>The image shows a 3D rendering of a spacecraft. The spacecraft appears to be made of metal and has a metallic body with a triangular shape on the left side. On the right side, there is a large, cylindrical structure with a flat top and a flat bottom. The structure is covered in a layer of gold-colored insulation, which is likely to protect the spacecraft from dust and debris. There is also a small antenna attached to the top of the structure, which may be used to transmit data or signal signals. The background is a plain grey color, making the spacecraft the focal point of the image.</caption><transcript><audio_1>NASA's Nancy Grace Roman Space Telescope is designed to answer big questions about the universe what is dark energy which seems to be speeding up the expansion of the universe how many planets exist Among the Stars and what are they like</transcript><transcript><audio_2>the Roman Space Telescope is similar to Hubble but benefits from 30 years of technological development it will view the sky on a scale never before accomplished from space this is where Roman is closest to Hubble</transcript><caption><image_3>The image is a 3D rendering of a futuristic-looking object with a dark blue background. The object appears to be made of metal and has a triangular shape with a pointed top and a flat bottom. It has a circular opening in the center, which is likely the base of the object. The opening is slightly curved and has two small holes on either side. The edges of the opening are sharp and pointed, giving it a metallic appearance. The overall design is simple and modern, with a minimalist aesthetic.</caption><video><caption><image_4>The image is a technical drawing of a prism mirror. The drawing is in blue color and shows the dimensions of the prism mirror, which is a rectangular prism with a circular base and a circular opening in the center. The prism is made up of a series of concentric circles, which are arranged in a grid-like pattern. 

On the right side of the image, there is a smaller image of the same prism, which appears to be a close-up of the outer edge of the mirror. On the left side, there are two lines of text that explain the dimensions and their corresponding dimensions. The text explains that the prism is 7.9 feet (2.4 meters) diameter and has a 3-dimensional surface thickness of 430 pounds (195 kilograms).

The image also includes a description of the dimensions, which states that it is a 7.5-foot (2,4-meter diameter) diameter, which means that the mirror is suitable for a variety of applications.</caption><caption><image_5>The image is a 3D rendering of a futuristic-looking object with a dark blue background. The object appears to be made up of a series of lines and dots, creating a grid-like pattern. In the center of the object, there is a circular wheel with a small hole in the middle. The wheel is surrounded by two metal brackets on either side. The overall design is symmetrical and has a geometric shape.</caption></video><transcript><audio_6>it has the same size and type of main mirror a 2.4 meter precisely shaped piece of silver coated glass the size of this mirror is partly how Roman's main camera is the wide field</transcript><caption><image_7>The image is a technical drawing of a UDE Field Instrument, which is an infrared imaging and spectroscopy instrument. The instrument is shown in a blue color scheme and is shown on a black background. 

On the left side of the image, there is a detailed illustration of the instrument, which appears to be a spacecraft or a satellite. It has a rectangular shape with a flat base and a curved top. The body of the spacecraft is made up of several panels and panels, and there are several wires and cables connecting them. On the right side, there are two smaller panels, one in red and one in blue. The panels are arranged in a grid-like pattern, with the red panel on the left and the blue panel in the center.

The image also includes text that explains the instrument's features, such as its infrared imaging capabilities and its 100 times the area of Hubble.</caption><transcript><audio_8>instrument which will take infrared pictures of the sky to study Dark Energy observe galaxies and stars and find exoplanets instead of Hubble's single first generation image sensor the wfi incorporates 18 third generation chips</transcript><video><caption><image_9>The image is a blueprint of a wide field instrument, which is an infrared imaging and spectroscopy instrument. The instrument is shown in blue color and is shown on a black background. 

On the left side of the image, there is a detailed blueprint of the instrument, showing the various components and their connections. The components are arranged in a grid-like pattern, with each component having a unique shape and size. On the right side, there are two circles, one labeled "Wide Field Instrument" and the other labeled "Infrared Imaging and Spectroscopy". The circles are connected by lines, indicating that they are connected to each other.

In the center of the blueprint, there appears to be a large, circular object with a dome-like structure on top. The dome is connected to a series of wires and cables, which are likely used to connect the instrument to a larger, more complex structure. The image also includes text that explains the instrument's specifications, such as its size, weight, and other features.</caption><caption><image_10>The image is a blue line drawing of a spacecraft. The spacecraft is shown in a side view, with the main body of the spacecraft facing towards the right side of the image. The body is rectangular in shape and appears to be made of metal. On top of the body, there is a large antenna with a curved design. The antenna is attached to a metal frame with wires and cables. The background is black, and the spacecraft is outlined in blue.

In the center of the drawing, there are several rectangular panels arranged in a grid-like pattern, with a white circle in the center. The panels appear to be part of a larger structure, possibly a spacecraft or a satellite. The text on the panels is not visible in the image, but it is unclear what it says.</caption><caption><image_11>The image is a 3D rendering of a satellite dish. The dish is shown in a blue line drawing style, with a dark blue background. The satellite dish is in the center of the image, with its body facing towards the left side of the frame. It has a cylindrical shape with a pointed top and a flat bottom. The body of the dish is made up of several panels, each with a grid-like pattern. The panels are arranged in a symmetrical manner, with some sections overlapping each other. On top of the panel, there is a small antenna, which is likely used to transmit data or information. The antenna is attached to the dish, and there are several wires and cables running along the sides of the body. The overall design of the satellite dish appears to be modern and sleek.</caption></video><transcript><audio_12>that allow it to take pictures capturing 100 times greater Sky area than Hubble's each 300 megapixel image will enable scientists to study a large portion of the sky at Roman's back is its primary means of</transcript><transcript><audio_13>communication with Earth the High Gain antenna this antenna will be responsible for sending nearly 1.4 terabytes of data to ground stations every day that's the equivalent of 460 hours of streaming video</transcript><caption><image_14>The image is a blue-colored illustration of a high-gain antenna, which is a type of satellite dish used to transmit data from the Earth to the Earth. The antenna is mounted on a large, cylindrical structure with multiple antennas attached to it. The antennas are arranged in a triangular formation, with the largest antenna at the top and the smallest at the bottom.

On the right side of the image, there is a text that reads "HIGH GAN ANTENNA - 1.375 Terabytes of data per day - 5.5 feet (1.7 meters) high - Pointed within 0.2 degrees of Earth". This indicates that the antenna is capable of transmitting data at a high altitude of 1,375 meters per day. The image also shows a close-up view of the Earth's surface, with a planet visible in the bottom right corner.</caption> NASA's Nancy Grace Roman Space Telescope is designed to answer big questions about the universe what is dark energy which seems to be speeding up the expansion of the universe how many planets exist Among the Stars and what are they like the Roman Space Telescope is similar to Hubble but benefits from 30 years of technological development it will view the sky on a scale never before accomplished from space this is where Roman is closest to Hubble it has the same size and type of main mirror a 2.4 meter precisely shaped piece of silver coated glass the size of this mirror is partly how Roman's main camera is the wide field instrument which will take infrared pictures of the sky to study Dark Energy observe galaxies and stars and find exoplanets instead of Hubble's single first generation image sensor the wfi incorporates 18 third generation chips that allow it to take pictures capturing 100 times greater Sky area than Hubble's each 300 megapixel image will enable scientists to study a large portion of the sky at Roman's back is its primary means of communication with Earth the High Gain antenna this antenna will be responsible for sending nearly 1.4 terabytes of data to ground stations every day that's the equivalent of 460 hours of streaming video
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