Top Tweets for #ISASGate
[#ISASGate] Asteroid Explorer #Hayabusa2 sets a new record as the smallest-aperture optical system to detect an exoplanet from space, demonstrating that future nanosatellite missions can search for long-period, Jupiter-sized exoplanets. Read more π: https://t.co/TT4aqE1xwa
[#ISASGate] Lightweight perovskite solar cells with a thickness of 4 microns have been shown to possess high gamma-ray resistance. Applications include large-area deployable solar panels for high power or outer Solar System trips. Read more π: https://t.co/proI7mjakz
[#ISASGate] How we can decipher the evolution of the early Solar System from returned asteroid samples and meteorites π: https://t.co/W18cK2QhtL
[#ISASGate] A proof-of-concept experiment has been conducted for a space-based gravitational wave detector designed distortions in spacetime. A noise reduction function (BLFPI) essential for practical application was demonstrated for the first time! π: https://t.co/Ne0l9CedV5
[#ISASGate] The #Kaguya spacecraft detected water ice in lunar shadowed regions, confirming presence across a variety of latitudes and times! This offers a new constraint on understanding water migration on the Moon. Read more πhttps://t.co/FVUD6ImxdG #Selenology
[#ISASGate] What do you see on the Moon? In Asia, people traditionally see a rabbit, while western countries see a human. But what happens when you show images of the Moon to an AI, and ask it to identify the shape? Read more: https://t.co/0pGR16frf7
[#ISASGate] How can we estimate a property of an exoplanet that cannot be measured? Or explore how a new discovery compares to known planets? πͺ Machine learning can use even incomplete datasets to reveal more information about the planets beyond our Sun. https://t.co/qbt6hHT1xs
[#ISASGate] Investigating the chaotic emission line profile of the imminent merger of a supermassive black hole binary. Read more π:
https://t.co/FMx3zBgVv1
#blackhole #science #universe
[#ISASGate] Can the elemental composition of the Martian moons reveal their formation process, and can the MEGANE instrument onboard #MMX (@mmx_jaxa_en) discriminate between competing formation hypotheses? A quantitative study to tackle these questions π: https://t.co/SHjBPplsOB
[#ISASGate] While our Sun recently created a stunning aurora, other stars can have even bigger flares. Recent observations with two instruments onboard the ISS have spotted a giant stellar flare from a binary pair known as RS CVn stars. Read more: https://t.co/Acs0JAZImk
[#ISASGate] Itβs hard to catch MeV gams-ray signals from space, but the Electron-Tracking Compton Camera could come to the rescue to reveal a picture of the Universe not seen before πΈ Read more π: https://t.co/ys5lTCE9KA
[#ISASGate] By analysing X-ray observation data spanning 15 years, the absorbing and scattering of X-rays from around a galactic supermassive black hole has been explained, helping to unravel the structure. Read more π:
https://t.co/rGWSfJeREL #blackhole
![ISAS_JAXA_EN's tweet photo. [#ISASGate] New observations from the #MMS satellite verify the theory of efficient electromagnetic wave growth (nonlinear wave growth) by directly capturing the energy transfer between electrons and plasma waves in space. Read more π: https://t.co/mL8GPQVq8c #MagRecon https://t.co/pws0QKX3D2](https://pbs.twimg.com/media/F7qY9ira4AAluzP.png)
[#ISASGate] The distribution of interplanetary dust in the inner Solar System has been successfully detected during journey of Hayabusa2#, as the Extended Mission heads for a new asteroid! Read more π:
https://t.co/LKlyJKFf0m
[#ISASGate] Axions are one of the most promising candidates for dark matter. Yagi Yuta describes plans to detect axions from the Sun using a next-generation instrument, the "superconducting transition-edge sensor (TES) X-ray microcalorimeter"! More π:
https://t.co/qp5lxpBJJl
![ISAS_JAXA_EN's tweet photo. [#ISASGate] Axions are one of the most promising candidates for dark matter. Yagi Yuta describes plans to detect axions from the Sun using a next-generation instrument, the "superconducting transition-edge sensor (TES) X-ray microcalorimeter"! More π:
https://t.co/qp5lxpBJJl https://t.co/SIh9rf5fCp](https://pbs.twimg.com/media/Fv1ObsFaMAA-gv3.jpg)
[#ISASGate] An optical window has been developed for a neutraliser cathode to observe the plasma inside an ion thruster engine in order to improve performance. The result by Morishita Takato was ranked 2nd most-read article of 2022 in AIP J. Appl. Phys.π https://t.co/Usq6iIfr0r
![ISAS_JAXA_EN's tweet photo. [#ISASGate] An optical window has been developed for a neutraliser cathode to observe the plasma inside an ion thruster engine in order to improve performance. The result by Morishita Takato was ranked 2nd most-read article of 2022 in AIP J. Appl. Phys.π https://t.co/Usq6iIfr0r https://t.co/gVV6Q9aBxQ](https://pbs.twimg.com/media/FtkgJHsaIAIJjZ8.png)
[#ISASGate] Avalanche on an asteroid?! New simulations reveal a possible evolutional pathway for small asteroids such as #Ryugu (visited by #Hayabusa2) that can lead to the characteristic diamond / top-shape π. Read more π: https://t.co/ROrs4TdDOa
#asteroids
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