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Very Large Telescope
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- 1Tiny telescope robot tests could improve galaxy maps▼Testing tiny telescope robots reveals design changes that could improve galaxy maps
Researchers are testing small robotic telescopes and have identified design changes that could lead to better maps of galaxies. The findings suggest that refining these compact instruments could improve large-scale astronomical surveys, helping scientists chart the universe in greater detail. Details of the testing process and specific modifications were reported by Phys.org.
- 2China's Einstein Probe scans the X-ray sky with lobster-eye optics●China's Einstein Probe satellite uses "lobster eye" optics to provide a unique, wide-field look at the x-ray sky. If som
China's Einstein Probe satellite is drawing attention for its unusual wide-field view of the X-ray universe. The spacecraft uses 'lobster eye' optics, a design inspired by how lobsters' eyes reflect light, allowing it to monitor a large swath of the sky at once. That means any sudden, violent X-ray event, such as a supernova or a feeding black hole, is likely to be caught quickly, giving astronomers worldwide rapid alerts to follow up with telescopes.
- 3VLT telescope captures striking image of galaxy NGC 3981●VLT image of Arp 289, also known as NGC 3981. This image was captured as part of the ESO Cosmic Gems Program, which uses
The European Southern Observatory has released a new image of the spiral galaxy NGC 3981, also catalogued as Arp 289, taken with the Very Large Telescope in Chile. The picture was made under the Cosmic Gems Program, which photographs visually beautiful southern-sky objects during nights when conditions are unsuitable for scientific observations. The image is being shared and admired by astronomy enthusiasts online.
- 4New fix proposed for telescopes' blind spots to map universe●Even the best telescopes have blind spots. This fix can help us build better maps of the universe https:// theconversati
A new article argues that even the most powerful telescopes have blind spots that limit our maps of the universe, and describes a proposed fix that could help astronomers chart cosmic structures more accurately. Science communicators are sharing the piece widely, with readers discussing how correcting these observational gaps could improve our understanding of the universe's large-scale structure.