knoppix
@knoppix95@mastodon.social  ·  activity timestamp 2 days ago
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Olly 👾
@Olly42@nerdculture.de  ·  activity timestamp 2 days ago
Luckily, it's a prime candidate for further observations. The researchers believe that the exoplanet should be detectable in future direct imaging campaigns, where astronomers seek to investigate the world not by studying its effect on the star, but directly observing the exoplanet itself. 👾This is not easy to do, but we're right on the cusp of new technologies that enable a new era in direct-imaging studies of alien worlds.👾 "We are at the cutting edge of technology and analysis methods with this system," Beard says. "While its discovery is quite statistically significant, we are still determining the status of the planet due to the uncertainty of our instruments and methods. We need the next generation of telescopes to directly image this candidate, but what we also need is community investment." <https://www.sciencealert.com/p-value> ⁉️We're so tantalizingly close to the next generation of telescopes that will be able to reveal whether or not GJ 251c has an atmosphere that traps heat to allow oceans of water to slosh around on its surface.⁉️ <https://science.nasa.gov/kids/earth/what-is-the-greenhouse-effect/> "While we can't yet confirm the presence of an atmosphere or life on GJ 251c, the planet represents a promising target for future exploration," Mahadevan adds. "We made an exciting discovery, but there's still much more to learn about this planet." <https://doi.org/10.3847/1538-3881/ae0e20>
Luckily, it's a prime candidate for further observations. The researchers believe that the exoplanet should be detectable in future direct imaging campaigns, where astronomers seek to investigate the world not by studying its effect on the star, but directly observing the exoplanet itself. 👾This is not easy to do, but we're right on the cusp of new technologies that enable a new era in direct-imaging studies of alien worlds.👾 "We are at the cutting edge of technology and analysis methods with this system," Beard says. "While its discovery is quite statistically significant, we are still determining the status of the planet due to the uncertainty of our instruments and methods. We need the next generation of telescopes to directly image this candidate, but what we also need is community investment." <https://www.sciencealert.com/p-value> ⁉️We're so tantalizingly close to the next generation of telescopes that will be able to reveal whether or not GJ 251c has an atmosphere that traps heat to allow oceans of water to slosh around on its surface.⁉️ <https://science.nasa.gov/kids/earth/what-is-the-greenhouse-effect/> "While we can't yet confirm the presence of an atmosphere or life on GJ 251c, the planet represents a promising target for future exploration," Mahadevan adds. "We made an exciting discovery, but there's still much more to learn about this planet." <https://doi.org/10.3847/1538-3881/ae0e20>
Luckily, it's a prime candidate for further observations. The researchers believe that the exoplanet should be detectable in future direct imaging campaigns, where astronomers seek to investigate the world not by studying its effect on the star, but directly observing the exoplanet itself. 👾This is not easy to do, but we're right on the cusp of new technologies that enable a new era in direct-imaging studies of alien worlds.👾 "We are at the cutting edge of technology and analysis methods with this system," Beard says. "While its discovery is quite statistically significant, we are still determining the status of the planet due to the uncertainty of our instruments and methods. We need the next generation of telescopes to directly image this candidate, but what we also need is community investment." <https://www.sciencealert.com/p-value> ⁉️We're so tantalizingly close to the next generation of telescopes that will be able to reveal whether or not GJ 251c has an atmosphere that traps heat to allow oceans of water to slosh around on its surface.⁉️ <https://science.nasa.gov/kids/earth/what-is-the-greenhouse-effect/> "While we can't yet confirm the presence of an atmosphere or life on GJ 251c, the planet represents a promising target for future exploration," Mahadevan adds. "We made an exciting discovery, but there's still much more to learn about this planet." <https://doi.org/10.3847/1538-3881/ae0e20>
[ImageSource: Pennsylvania State University] ⁉️A new exoplanet candidate has just burst onto the scene, and it may be one of the best alien worlds yet on which to search for extraterrestrial life. "The exoplanet is in the habitable or the 'Goldilocks Zone,' the right distance from its star that liquid water could exist on its surface, if it has the right atmosphere," explains astronomer Suvrath Mahadevan.⁉️ Scientists are still trying to figure out the complex mix of ingredients that make up a world on which life can emerge, but there are a few key big-picture characteristics to look for before examining a candidate more closely. 👾The first two things scientists look for are: whether the world has a solid, rocky composition like Earth, since it's the only world we know for a fact hosts life; and whether the planet is at a distance from its star where temperatures allow for liquid water, the so-called "solvent of life".👾 <https://doi.org/10.1007/s11084-012-9301-6> <https://soundcloud.com/theucipodcast/nearbyexoplanet_mixdown> The exoplanet orbits a star called GJ 251, a red dwarf about a third of the mass and diameter of the Sun. Because it's small and cool, the habitable zone is much closer to the star than the Solar System's habitable zone. This can actually make any worlds hanging out there easier to find, because they have shorter orbits, making the signals from multiple orbits easier to spot and stack. <https://science.nasa.gov/exoplanets/habitable-zone/>
[ImageSource: Pennsylvania State University] ⁉️A new exoplanet candidate has just burst onto the scene, and it may be one of the best alien worlds yet on which to search for extraterrestrial life. "The exoplanet is in the habitable or the 'Goldilocks Zone,' the right distance from its star that liquid water could exist on its surface, if it has the right atmosphere," explains astronomer Suvrath Mahadevan.⁉️ Scientists are still trying to figure out the complex mix of ingredients that make up a world on which life can emerge, but there are a few key big-picture characteristics to look for before examining a candidate more closely. 👾The first two things scientists look for are: whether the world has a solid, rocky composition like Earth, since it's the only world we know for a fact hosts life; and whether the planet is at a distance from its star where temperatures allow for liquid water, the so-called "solvent of life".👾 <https://doi.org/10.1007/s11084-012-9301-6> <https://soundcloud.com/theucipodcast/nearbyexoplanet_mixdown> The exoplanet orbits a star called GJ 251, a red dwarf about a third of the mass and diameter of the Sun. Because it's small and cool, the habitable zone is much closer to the star than the Solar System's habitable zone. This can actually make any worlds hanging out there easier to find, because they have shorter orbits, making the signals from multiple orbits easier to spot and stack. <https://science.nasa.gov/exoplanets/habitable-zone/>
[ImageSource: Pennsylvania State University] ⁉️A new exoplanet candidate has just burst onto the scene, and it may be one of the best alien worlds yet on which to search for extraterrestrial life. "The exoplanet is in the habitable or the 'Goldilocks Zone,' the right distance from its star that liquid water could exist on its surface, if it has the right atmosphere," explains astronomer Suvrath Mahadevan.⁉️ Scientists are still trying to figure out the complex mix of ingredients that make up a world on which life can emerge, but there are a few key big-picture characteristics to look for before examining a candidate more closely. 👾The first two things scientists look for are: whether the world has a solid, rocky composition like Earth, since it's the only world we know for a fact hosts life; and whether the planet is at a distance from its star where temperatures allow for liquid water, the so-called "solvent of life".👾 <https://doi.org/10.1007/s11084-012-9301-6> <https://soundcloud.com/theucipodcast/nearbyexoplanet_mixdown> The exoplanet orbits a star called GJ 251, a red dwarf about a third of the mass and diameter of the Sun. Because it's small and cool, the habitable zone is much closer to the star than the Solar System's habitable zone. This can actually make any worlds hanging out there easier to find, because they have shorter orbits, making the signals from multiple orbits easier to spot and stack. <https://science.nasa.gov/exoplanets/habitable-zone/>
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[ImageSource: Alysa Obertas/Wikimedia Commons, CC BY-SA 4.0] Animation showing how radial velocity is measured, one of the ways a planet can affect the light of its star. ⁉️A team of astronomers led by Corey Beard of UC Irvine targeted GJ 251 for observation in a search for low-mass nearby worlds that might be good candidates for direct imaging. This star was chosen because it was already known to host an exoplanet, GJ 251b, a super-Earth 3.85 times Earth's mass with a 14.2-day orbit that's too close to the star for habitability. Astronomers have also collected more than 20 year’s worth of data on the star.⁉️ <https://science.nasa.gov/exoplanet-catalog/gj-251-b/> To add to this existing data, the researchers took new, higher-resolution observations to study the tiny movements of the star as it's tugged about by the gravitational pull of any planets in orbit around it. To their intense delight, they found not just the signal of the known planet, but evidence of a second world, with an orbital period of 53.6 days – in the star's habitable zone. <https://www.planetary.org/articles/color-shifting-stars-the-radial-velocity-method> 👾We don't know much about GJ 251c yet. The gravitational tugging it exerts on the star has yielded a measurement of its mass, but because it doesn't pass in front of its star, it's impossible to gauge its diameter and other properties without further information.👾 <https://lco.global/spacebook/exoplanets/transit-method/>
[ImageSource: Alysa Obertas/Wikimedia Commons, CC BY-SA 4.0] Animation showing how radial velocity is measured, one of the ways a planet can affect the light of its star. ⁉️A team of astronomers led by Corey Beard of UC Irvine targeted GJ 251 for observation in a search for low-mass nearby worlds that might be good candidates for direct imaging. This star was chosen because it was already known to host an exoplanet, GJ 251b, a super-Earth 3.85 times Earth's mass with a 14.2-day orbit that's too close to the star for habitability. Astronomers have also collected more than 20 year’s worth of data on the star.⁉️ <https://science.nasa.gov/exoplanet-catalog/gj-251-b/> To add to this existing data, the researchers took new, higher-resolution observations to study the tiny movements of the star as it's tugged about by the gravitational pull of any planets in orbit around it. To their intense delight, they found not just the signal of the known planet, but evidence of a second world, with an orbital period of 53.6 days – in the star's habitable zone. <https://www.planetary.org/articles/color-shifting-stars-the-radial-velocity-method> 👾We don't know much about GJ 251c yet. The gravitational tugging it exerts on the star has yielded a measurement of its mass, but because it doesn't pass in front of its star, it's impossible to gauge its diameter and other properties without further information.👾 <https://lco.global/spacebook/exoplanets/transit-method/>
knoppix
@knoppix95@mastodon.social  ·  activity timestamp 2 days ago
Olly 👾
@Olly42@nerdculture.de  ·  activity timestamp 2 days ago
Luckily, it's a prime candidate for further observations. The researchers believe that the exoplanet should be detectable in future direct imaging campaigns, where astronomers seek to investigate the world not by studying its effect on the star, but directly observing the exoplanet itself. 👾This is not easy to do, but we're right on the cusp of new technologies that enable a new era in direct-imaging studies of alien worlds.👾 "We are at the cutting edge of technology and analysis methods with this system," Beard says. "While its discovery is quite statistically significant, we are still determining the status of the planet due to the uncertainty of our instruments and methods. We need the next generation of telescopes to directly image this candidate, but what we also need is community investment." <https://www.sciencealert.com/p-value> ⁉️We're so tantalizingly close to the next generation of telescopes that will be able to reveal whether or not GJ 251c has an atmosphere that traps heat to allow oceans of water to slosh around on its surface.⁉️ <https://science.nasa.gov/kids/earth/what-is-the-greenhouse-effect/> "While we can't yet confirm the presence of an atmosphere or life on GJ 251c, the planet represents a promising target for future exploration," Mahadevan adds. "We made an exciting discovery, but there's still much more to learn about this planet." <https://doi.org/10.3847/1538-3881/ae0e20>
Luckily, it's a prime candidate for further observations. The researchers believe that the exoplanet should be detectable in future direct imaging campaigns, where astronomers seek to investigate the world not by studying its effect on the star, but directly observing the exoplanet itself. 👾This is not easy to do, but we're right on the cusp of new technologies that enable a new era in direct-imaging studies of alien worlds.👾 "We are at the cutting edge of technology and analysis methods with this system," Beard says. "While its discovery is quite statistically significant, we are still determining the status of the planet due to the uncertainty of our instruments and methods. We need the next generation of telescopes to directly image this candidate, but what we also need is community investment." <https://www.sciencealert.com/p-value> ⁉️We're so tantalizingly close to the next generation of telescopes that will be able to reveal whether or not GJ 251c has an atmosphere that traps heat to allow oceans of water to slosh around on its surface.⁉️ <https://science.nasa.gov/kids/earth/what-is-the-greenhouse-effect/> "While we can't yet confirm the presence of an atmosphere or life on GJ 251c, the planet represents a promising target for future exploration," Mahadevan adds. "We made an exciting discovery, but there's still much more to learn about this planet." <https://doi.org/10.3847/1538-3881/ae0e20>
Luckily, it's a prime candidate for further observations. The researchers believe that the exoplanet should be detectable in future direct imaging campaigns, where astronomers seek to investigate the world not by studying its effect on the star, but directly observing the exoplanet itself. 👾This is not easy to do, but we're right on the cusp of new technologies that enable a new era in direct-imaging studies of alien worlds.👾 "We are at the cutting edge of technology and analysis methods with this system," Beard says. "While its discovery is quite statistically significant, we are still determining the status of the planet due to the uncertainty of our instruments and methods. We need the next generation of telescopes to directly image this candidate, but what we also need is community investment." <https://www.sciencealert.com/p-value> ⁉️We're so tantalizingly close to the next generation of telescopes that will be able to reveal whether or not GJ 251c has an atmosphere that traps heat to allow oceans of water to slosh around on its surface.⁉️ <https://science.nasa.gov/kids/earth/what-is-the-greenhouse-effect/> "While we can't yet confirm the presence of an atmosphere or life on GJ 251c, the planet represents a promising target for future exploration," Mahadevan adds. "We made an exciting discovery, but there's still much more to learn about this planet." <https://doi.org/10.3847/1538-3881/ae0e20>
[ImageSource: Pennsylvania State University] ⁉️A new exoplanet candidate has just burst onto the scene, and it may be one of the best alien worlds yet on which to search for extraterrestrial life. "The exoplanet is in the habitable or the 'Goldilocks Zone,' the right distance from its star that liquid water could exist on its surface, if it has the right atmosphere," explains astronomer Suvrath Mahadevan.⁉️ Scientists are still trying to figure out the complex mix of ingredients that make up a world on which life can emerge, but there are a few key big-picture characteristics to look for before examining a candidate more closely. 👾The first two things scientists look for are: whether the world has a solid, rocky composition like Earth, since it's the only world we know for a fact hosts life; and whether the planet is at a distance from its star where temperatures allow for liquid water, the so-called "solvent of life".👾 <https://doi.org/10.1007/s11084-012-9301-6> <https://soundcloud.com/theucipodcast/nearbyexoplanet_mixdown> The exoplanet orbits a star called GJ 251, a red dwarf about a third of the mass and diameter of the Sun. Because it's small and cool, the habitable zone is much closer to the star than the Solar System's habitable zone. This can actually make any worlds hanging out there easier to find, because they have shorter orbits, making the signals from multiple orbits easier to spot and stack. <https://science.nasa.gov/exoplanets/habitable-zone/>
[ImageSource: Pennsylvania State University] ⁉️A new exoplanet candidate has just burst onto the scene, and it may be one of the best alien worlds yet on which to search for extraterrestrial life. "The exoplanet is in the habitable or the 'Goldilocks Zone,' the right distance from its star that liquid water could exist on its surface, if it has the right atmosphere," explains astronomer Suvrath Mahadevan.⁉️ Scientists are still trying to figure out the complex mix of ingredients that make up a world on which life can emerge, but there are a few key big-picture characteristics to look for before examining a candidate more closely. 👾The first two things scientists look for are: whether the world has a solid, rocky composition like Earth, since it's the only world we know for a fact hosts life; and whether the planet is at a distance from its star where temperatures allow for liquid water, the so-called "solvent of life".👾 <https://doi.org/10.1007/s11084-012-9301-6> <https://soundcloud.com/theucipodcast/nearbyexoplanet_mixdown> The exoplanet orbits a star called GJ 251, a red dwarf about a third of the mass and diameter of the Sun. Because it's small and cool, the habitable zone is much closer to the star than the Solar System's habitable zone. This can actually make any worlds hanging out there easier to find, because they have shorter orbits, making the signals from multiple orbits easier to spot and stack. <https://science.nasa.gov/exoplanets/habitable-zone/>
[ImageSource: Pennsylvania State University] ⁉️A new exoplanet candidate has just burst onto the scene, and it may be one of the best alien worlds yet on which to search for extraterrestrial life. "The exoplanet is in the habitable or the 'Goldilocks Zone,' the right distance from its star that liquid water could exist on its surface, if it has the right atmosphere," explains astronomer Suvrath Mahadevan.⁉️ Scientists are still trying to figure out the complex mix of ingredients that make up a world on which life can emerge, but there are a few key big-picture characteristics to look for before examining a candidate more closely. 👾The first two things scientists look for are: whether the world has a solid, rocky composition like Earth, since it's the only world we know for a fact hosts life; and whether the planet is at a distance from its star where temperatures allow for liquid water, the so-called "solvent of life".👾 <https://doi.org/10.1007/s11084-012-9301-6> <https://soundcloud.com/theucipodcast/nearbyexoplanet_mixdown> The exoplanet orbits a star called GJ 251, a red dwarf about a third of the mass and diameter of the Sun. Because it's small and cool, the habitable zone is much closer to the star than the Solar System's habitable zone. This can actually make any worlds hanging out there easier to find, because they have shorter orbits, making the signals from multiple orbits easier to spot and stack. <https://science.nasa.gov/exoplanets/habitable-zone/>
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[ImageSource: Alysa Obertas/Wikimedia Commons, CC BY-SA 4.0] Animation showing how radial velocity is measured, one of the ways a planet can affect the light of its star. ⁉️A team of astronomers led by Corey Beard of UC Irvine targeted GJ 251 for observation in a search for low-mass nearby worlds that might be good candidates for direct imaging. This star was chosen because it was already known to host an exoplanet, GJ 251b, a super-Earth 3.85 times Earth's mass with a 14.2-day orbit that's too close to the star for habitability. Astronomers have also collected more than 20 year’s worth of data on the star.⁉️ <https://science.nasa.gov/exoplanet-catalog/gj-251-b/> To add to this existing data, the researchers took new, higher-resolution observations to study the tiny movements of the star as it's tugged about by the gravitational pull of any planets in orbit around it. To their intense delight, they found not just the signal of the known planet, but evidence of a second world, with an orbital period of 53.6 days – in the star's habitable zone. <https://www.planetary.org/articles/color-shifting-stars-the-radial-velocity-method> 👾We don't know much about GJ 251c yet. The gravitational tugging it exerts on the star has yielded a measurement of its mass, but because it doesn't pass in front of its star, it's impossible to gauge its diameter and other properties without further information.👾 <https://lco.global/spacebook/exoplanets/transit-method/>
[ImageSource: Alysa Obertas/Wikimedia Commons, CC BY-SA 4.0] Animation showing how radial velocity is measured, one of the ways a planet can affect the light of its star. ⁉️A team of astronomers led by Corey Beard of UC Irvine targeted GJ 251 for observation in a search for low-mass nearby worlds that might be good candidates for direct imaging. This star was chosen because it was already known to host an exoplanet, GJ 251b, a super-Earth 3.85 times Earth's mass with a 14.2-day orbit that's too close to the star for habitability. Astronomers have also collected more than 20 year’s worth of data on the star.⁉️ <https://science.nasa.gov/exoplanet-catalog/gj-251-b/> To add to this existing data, the researchers took new, higher-resolution observations to study the tiny movements of the star as it's tugged about by the gravitational pull of any planets in orbit around it. To their intense delight, they found not just the signal of the known planet, but evidence of a second world, with an orbital period of 53.6 days – in the star's habitable zone. <https://www.planetary.org/articles/color-shifting-stars-the-radial-velocity-method> 👾We don't know much about GJ 251c yet. The gravitational tugging it exerts on the star has yielded a measurement of its mass, but because it doesn't pass in front of its star, it's impossible to gauge its diameter and other properties without further information.👾 <https://lco.global/spacebook/exoplanets/transit-method/>
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A black and white image of a male presenting individual with the text: "Ye Myat Thu. Mobile Team Lead. Ye oversees mobile application development, from planning features to making key technical decisions. He focuses on building dependable and easy-to-use mobile experiences while keeping development practices practical and maintainable. He works closely with the mobile engineering team by guiding their workflows, reviewing code, and helping ensure consistency across releases. His responsibilities include improving app performance, coordinating implementation, and making sure mobile applications integrate smoothly with the rest of the system."
A black and white image of a male presenting individual with the text: "Ye Myat Thu. Mobile Team Lead. Ye oversees mobile application development, from planning features to making key technical decisions. He focuses on building dependable and easy-to-use mobile experiences while keeping development practices practical and maintainable. He works closely with the mobile engineering team by guiding their workflows, reviewing code, and helping ensure consistency across releases. His responsibilities include improving app performance, coordinating implementation, and making sure mobile applications integrate smoothly with the rest of the system."
A black and white image of a male presenting individual with the text: "Ye Myat Thu. Mobile Team Lead. Ye oversees mobile application development, from planning features to making key technical decisions. He focuses on building dependable and easy-to-use mobile experiences while keeping development practices practical and maintainable. He works closely with the mobile engineering team by guiding their workflows, reviewing code, and helping ensure consistency across releases. His responsibilities include improving app performance, coordinating implementation, and making sure mobile applications integrate smoothly with the rest of the system."
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A black and white image of a male presenting individual with the text: "Min Khant Kyaw. Backend Team Lead. Min oversees backend development, including system architecture, implementation, and technical decision-making. He focuses on building stable, secure, and maintainable systems that support the overall functionality of the products. He works closely with the backend engineering team by guiding development processes, reviewing code, and supporting team members in their work. His responsibilities include improving system performance, maintaining reliability, designing APIs, and ensuring backend components work smoothly with the rest of the platform."
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A black and white image of a female presenting individual with the text: "Yu Nandar Aung. Project Manager. Yu oversees day-to-day project coordination, making sure tasks are clearly defined, assigned appropriately, and moving forward as planned. She monitors progress, spots potential issues early, and works with the team to keep projects on track and aligned with expectations. She helps maintain the quality of deliverables and keeps communication clear among all parties involved. By updating stakeholders on progress, challenges, and changes, she supports a steady and transparent workflow throughout each project."
A black and white image of a female presenting individual with the text: "Yu Nandar Aung. Project Manager. Yu oversees day-to-day project coordination, making sure tasks are clearly defined, assigned appropriately, and moving forward as planned. She monitors progress, spots potential issues early, and works with the team to keep projects on track and aligned with expectations. She helps maintain the quality of deliverables and keeps communication clear among all parties involved. By updating stakeholders on progress, challenges, and changes, she supports a steady and transparent workflow throughout each project."
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A black and white image of a male presenting individual with the text: "Aung Kyaw Phyo. Chief Technologist. Aung oversees the technical direction across system architecture, technology choices, and engineering workflows. He works with teams to develop reliable, secure, and scalable digital platforms, focusing on practical solutions that meet both current needs and long-term goals. He supports a team of engineers by guiding development processes, providing technical mentorship, and helping maintain consistent quality across projects. His responsibilities include designing new features, improving system performance, strengthening security practices, and ensuring steady, thoughtful progress in the products under his care."
A black and white image of a male presenting individual with the text: "Aung Kyaw Phyo. Chief Technologist. Aung oversees the technical direction across system architecture, technology choices, and engineering workflows. He works with teams to develop reliable, secure, and scalable digital platforms, focusing on practical solutions that meet both current needs and long-term goals. He supports a team of engineers by guiding development processes, providing technical mentorship, and helping maintain consistent quality across projects. His responsibilities include designing new features, improving system performance, strengthening security practices, and ensuring steady, thoughtful progress in the products under his care."
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