Martian Chiaroscuro August 29, 2020 via #NASA Deep shadows create dramatic contrasts between light and dark in this high-resolution close-up of the martian surface. Recorded on January 24, 2014 by the HiRISE camera on board the Mars Reconnaissance Orbiter, the scene spans about 1.5 kilometers. From 250 kilometers above the Red Planet the camera is looking down at a sand dune field in a southern highlands crater. Captured when the Sun was about 5 degrees above the local horizon, only the dune crests were caught in full sunlight. A long, cold winter was coming to the southern hemisphere and bright ridges of seasonal frost line the martian dunes. The Mars Reconnaissance Orbiter, one of the oldest operating spacecraft at the Red Planet, celebrated the 15th anniversary of its launch from planet Earth on August 12. https://ift.tt/3lvjsna

Martian Chiaroscuro August 29, 2020 via #NASA Deep shadows create dramatic contrasts between light and dark in this high-resolution close-up of the martian surface. Recorded on January 24, 2014 by the HiRISE camera on board the Mars Reconnaissance Orbiter, the scene spans about 1.5 kilometers. From 250 kilometers above the Red Planet the camera is looking down at a sand dune field in a southern highlands crater. Captured when the Sun was about 5 degrees above the local horizon, only the dune crests were caught in full sunlight. A long, cold winter was coming to the southern hemisphere and bright ridges of seasonal frost line the martian dunes. The Mars Reconnaissance Orbiter, one of the oldest operating spacecraft at the Red Planet, celebrated the 15th anniversary of its launch from planet Earth on August 12. https://ift.tt/3lvjsna
Darshan Bhambiru

The Valley of Orion August 28, 2020 via #NASA This exciting and unfamiliar view of the Orion Nebula is a visualization based on astronomical data and movie rendering techniques. Up close and personal with a famous stellar nursery normally seen from 1,500 light-years away, the digitally modeled frame transitions from a visible light representation based on Hubble data on the left to infrared data from the Spitzer Space Telescope on the right. The perspective at the center looks along a valley over a light-year wide, in the wall of the region's giant molecular cloud. Orion's valley ends in a cavity carved by the energetic winds and radiation of the massive central stars of the Trapezium star cluster. The single frame is part of a multiwavelength, three-dimensional video that lets the viewer experience an immersive, three minute flight through the Great Nebula of Orion. https://ift.tt/34EgAP1

The Valley of Orion August 28, 2020 via #NASA This exciting and unfamiliar view of the Orion Nebula is a visualization based on astronomical data and movie rendering techniques. Up close and personal with a famous stellar nursery normally seen from 1,500 light-years away, the digitally modeled frame transitions from a visible light representation based on Hubble data on the left to infrared data from the Spitzer Space Telescope on the right. The perspective at the center looks along a valley over a light-year wide, in the wall of the region's giant molecular cloud. Orion's valley ends in a cavity carved by the energetic winds and radiation of the massive central stars of the Trapezium star cluster. The single frame is part of a multiwavelength, three-dimensional video that lets the viewer experience an immersive, three minute flight through the Great Nebula of Orion. https://ift.tt/34EgAP1
Darshan Bhambiru

Martian Chiaroscuro August 29, 2020 via #NASA Deep shadows create dramatic contrasts between light and dark in this high-resolution close-up of the martian surface. Recorded on January 24, 2014 by the HiRISE camera on board the Mars Reconnaissance Orbiter, the scene spans about 1.5 kilometers. From 250 kilometers above the Red Planet the camera is looking down at a sand dune field in a southern highlands crater. Captured when the Sun was about 5 degrees above the local horizon, only the dune crests were caught in full sunlight. A long, cold winter was coming to the southern hemisphere and bright ridges of seasonal frost line the martian dunes. The Mars Reconnaissance Orbiter, one of the oldest operating spacecraft at the Red Planet, celebrated the 15th anniversary of its launch from planet Earth on August 12. https://ift.tt/3lvjsna

Via Darshan Bhambiru
https://ift.tt/2Daf0sR

The Valley of Orion August 28, 2020 via #NASA This exciting and unfamiliar view of the Orion Nebula is a visualization based on astronomical data and movie rendering techniques. Up close and personal with a famous stellar nursery normally seen from 1,500 light-years away, the digitally modeled frame transitions from a visible light representation based on Hubble data on the left to infrared data from the Spitzer Space Telescope on the right. The perspective at the center looks along a valley over a light-year wide, in the wall of the region's giant molecular cloud. Orion's valley ends in a cavity carved by the energetic winds and radiation of the massive central stars of the Trapezium star cluster. The single frame is part of a multiwavelength, three-dimensional video that lets the viewer experience an immersive, three minute flight through the Great Nebula of Orion. https://ift.tt/34EgAP1

Via Darshan Bhambiru
https://ift.tt/3lxi5nU

Another Awesome Day! Good Morning!! It's Saturday on August 29, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌

Another Awesome Day! Good Morning!! It's Saturday on August 29, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌
Darshan Bhambiru

Wishing Everyone a Very Happy, and Enjoyable Weekend! 👌 Cheers !! 👍😊👊

Wishing Everyone a Very Happy, and Enjoyable Weekend! 👌 Cheers !! 👍😊👊
Darshan Bhambiru

Another Awesome Day! Good Morning!! It's Friday on August 28, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌

Another Awesome Day! Good Morning!! It's Friday on August 28, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌
Darshan Bhambiru

Another Awesome Day! Good Morning!! It's Thursday on August 27, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌

Another Awesome Day! Good Morning!! It's Thursday on August 27, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌
Darshan Bhambiru

Another Awesome Day! Good Morning!! It's Wednesday on August 26, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌

Another Awesome Day! Good Morning!! It's Wednesday on August 26, 2020 at 07:00AM !!! Don't forget to Eat your Breakfast Guys! :) 🍵 👌
Darshan Bhambiru

NASA Administrator to Open Space Station R&D Conference

NASA Administrator to Open Space Station Research and Development Conference NASA Administrator Jim Bridenstine is set to open the ninth annual International Space Station Research and Development Conference (ISSRDC) at 10 a.m. EDT Thursday, Aug. 27, as the microgravity laboratory celebrates the 20th anniversary of continuous human presence in space. August 25, 2020 #NASA #Trending #News https://ift.tt/2FXDZ3D

NASA Administrator Jim Bridenstine is set to open the ninth annual International Space Station Research and Development Conference (ISSRDC) at 10 a.m. EDT Thursday, Aug. 27, as the microgravity laboratory celebrates the 20th anniversary of continuous human presence in space.

from https://l.facebook.com/l.php?u=https%3A%2F%2Fwww.nasa.gov%2Fpress-release%2Fnasa-administrator-to-open-space-station-research-and-development-conference&h=AT3gwJaOwr3zRk-2wpZto3x63ORDadck9z9CA3TOawOhytowemmQquMbqIXcJG1ANvXjn1Nj2lGScrFhhqlTVZ7KnXMUMYNOW__c8bovLFNHR_F3hzXTIcsxzPuy4g&s=1 in Darshan Bhambiru

Astronaut Jeanette Epps Joins First Operational Boeing Crew Mission

NASA Astronaut Jeanette Epps Joins First Operational Boeing Crew Mission to Space Station NASA has assigned astronaut Jeanette Epps to NASA’s Boeing Starliner-1 mission, the first operational crewed flight of Boeing’s CST-100 Starliner spacecraft on a mission to the International Space Station. August 25, 2020 #NASA #Trending #News https://ift.tt/2QpI8PC

NASA has assigned astronaut Jeanette Epps to NASA’s Boeing Starliner-1 mission, the first operational crewed flight of Boeing’s CST-100 Starliner spacecraft on a mission to the International Space Station.

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Darshan K Bhambiru (@Dare2Bare) on Twitter

For the Twitterrati, Check out the Chirping 🐥 here... @Dare2Bare Tuesday

from https://l.facebook.com/l.php?u=https%3A%2F%2Fmobile.twitter.com%2FDare2Bare&h=AT3I2tIOFTGKKOJ0VN21-eUxBk8Qc90rvJ3o3xJmz2M-3tfF3ge2TBFHTObceTV8j0RwFwzLQk8R90DfUdP7vmd5cWLCwHoWecka27QUJ8n9iqJ7_rYTlYcDECBTAA&s=1 in Darshan Bhambiru

August 25, 2020 via NASA What would it look like to circle a black hole? If the black hole was surrounded by a swirling disk of glowing and accreting gas, then the great gravity of the black hole would deflect light emitted by the disk to make it look very unusual. The featured animated video gives a visualization. The video starts with you, the observer, looking toward the black hole from just above the plane of the accretion disk. Surrounding the central black hole is a thin circular image of the orbiting disk that marks the position of the photon sphere -- inside of which lies the black hole's event horizon. Toward the left, parts of the large main image of the disk appear brighter as they move toward you. As the video continues, you loop over the black hole, soon looking down from the top, then passing through the disk plane on the far side, then returning to your original vantage point. The accretion disk does some interesting image inversions -- but never appears flat. Visualizations such as this are particularly relevant today as black holes are being imaged in unprecedented detail by the Event Horizon Telescope. What would it look like to circle a black hole? If the black hole was surrounded by a swirling disk of glowing and accreting gas, then the great gravity of the black hole would deflect light emitted by the disk to make it look very unusual. The featured animated video gives a visualization. The video starts with you, the observer, looking toward the black hole from just above the plane of the accretion disk. Surrounding the central black hole is a thin circular image of the orbiting disk that marks the position of the photon sphere -- inside of which lies the black hole's event horizon. Toward the left, parts of the large main image of the disk appear brighter as they move toward you. As the video continues, you loop over the black hole, soon looking down from the top, then passing through the disk plane on the far side, then returning to your original vantage point. The accretion disk does some interesting image inversions -- but never appears flat. Visualizations such as this are particularly relevant today as black holes are being imaged in unprecedented detail by the Event Horizon Telescope. https://ift.tt/3gmOee9

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August 25, 2020 via NASA What would it look like to circle a black hole? If the black hole was surrounded by a swirling disk of glowing and accreting gas, then the great gravity of the black hole would deflect light emitted by the disk to make it look very unusual. The featured animated video gives a visualization. The video starts with you, the observer, looking toward the black hole from just above the plane of the accretion disk. Surrounding the central black hole is a thin circular image of the orbiting disk that marks the position of the photon sphere -- inside of which lies the black hole's event horizon. Toward the left, parts of the large main image of the disk appear brighter as they move toward you. As the video continues, you loop over the black hole, soon looking down from the top, then passing through the disk plane on the far side, then returning to your original vantage point. The accretion disk does some interesting image inversions -- but never appears flat. Visualizations such as this are particularly relevant today as black holes are being imaged in unprecedented detail by the Event Horizon Telescope. What would it look like to circle a black hole? If the black hole was surrounded by a swirling disk of glowing and accreting gas, then the great gravity of the black hole would deflect light emitted by the disk to make it look very unusual. The featured animated video gives a visualization. The video starts with you, the observer, looking toward the black hole from just above the plane of the accretion disk. Surrounding the central black hole is a thin circular image of the orbiting disk that marks the position of the photon sphere -- inside of which lies the black hole's event horizon. Toward the left, parts of the large main image of the disk appear brighter as they move toward you. As the video continues, you loop over the black hole, soon looking down from the top, then passing through the disk plane on the far side, then returning to your original vantage point. The accretion disk does some interesting image inversions -- but never appears flat. Visualizations such as this are particularly relevant today as black holes are being imaged in unprecedented detail by the Event Horizon Telescope. https://ift.tt/3gmOee9

August 25, 2020 via NASA What would it look like to circle a black hole? If the black hole was surrounded by a swirling disk of glowing and accreting gas, then the great gravity of the black hole would deflect light emitted by the disk to make it look very unusual. The featured animated video gives a visualization. The video starts with you, the observer, looking toward the black hole from just above the plane of the accretion disk. Surrounding the central black hole is a thin circular image of the orbiting disk that marks the position of the photon sphere -- inside of which lies the black hole's event horizon. Toward the left, parts of the large main image of the disk appear brighter as they move toward you. As the video continues, you loop over the black hole, soon looking down from the top, then passing through the disk plane on the far side, then returning to your original vantage point. The accretion disk does some interesting image inversions -- but never appears flat. Visualizations such as this are particularly relevant today as black holes are being imaged in unprecedented detail by the Event Horizon Telescope. What would it look like to circle a black hole? If the black hole was surrounded by a swirling disk of glowing and accreting gas, then the great gravity of the black hole would deflect light emitted by the disk to make it look very unusual. The featured animated video gives a visualization. The video starts with you, the observer, looking toward the black hole from just above the plane of the accretion disk. Surrounding the central black hole is a thin circular image of the orbiting disk that marks the position of the photon sphere -- inside of which lies the black hole's event horizon. Toward the left, parts of the large main image of the disk appear brighter as they move toward you. As the video continues, you loop over the black hole, soon looking down from the top, then passing through the disk plane on the far side, then returning to your original vantage point. The accretion disk does some interesting image inversions -- but never appears flat. Visualizations such as this are particularly relevant today as black holes are being imaged in unprecedented detail by the Event Horizon Telescope. https://ift.tt/3gmOee9
Darshan Bhambiru