Science! (8 Viewers)

Scientists have developed a new framework to help find planets that could potentially be fit for human habitation.

The study, which was published in Astrophysical Journal on Friday, involved researchers examining TRAPPIST-1e, a planet located roughly 40 light years from the Earth and due to be documented by the James Webb Space Telescope later this year……

 
Scientists have developed a new framework to help find planets that could potentially be fit for human habitation.

The study, which was published in Astrophysical Journal on Friday, involved researchers examining TRAPPIST-1e, a planet located roughly 40 light years from the Earth and due to be documented by the James Webb Space Telescope later this year……

How long will it take to ruin this one?
 
Scientists have discovered the lightest Neutron star ever, a small, extremely dense stellar object that might also confirm the existence of a very strange state of matter.

Neutron stars are one of the potential outcomes when a massive star dies in a fiery supernova explosion. After blowing off most of its mass in the explosion, the remaining stellar core collapses in on itself, forming either a black hole, or a neutron star, an ultra-compact star usually about 1.4 times as massive as the Sun, but only around six miles in diameter.

But scientists measuring the mass of a neutron star found in remnants of a past supernova called HESS J1731-347 found the neutron star weighed in at 77% the mass of the Sun, according to their paper published Monday in the journal Nature Astronomy. It’s not only the light neutron star yet discovered, the authors note, but could be an example of an exotic and so far only hypothetical stellar object known as a “strange star.”..........

 
Scientists have discovered the lightest Neutron star ever, a small, extremely dense stellar object that might also confirm the existence of a very strange state of matter.

Neutron stars are one of the potential outcomes when a massive star dies in a fiery supernova explosion. After blowing off most of its mass in the explosion, the remaining stellar core collapses in on itself, forming either a black hole, or a neutron star, an ultra-compact star usually about 1.4 times as massive as the Sun, but only around six miles in diameter.

But scientists measuring the mass of a neutron star found in remnants of a past supernova called HESS J1731-347 found the neutron star weighed in at 77% the mass of the Sun, according to their paper published Monday in the journal Nature Astronomy. It’s not only the light neutron star yet discovered, the authors note, but could be an example of an exotic and so far only hypothetical stellar object known as a “strange star.”..........

I wonder if this makes them more or less stable?
 
Scientists have discovered the lightest Neutron star ever, a small, extremely dense stellar object that might also confirm the existence of a very strange state of matter.

Neutron stars are one of the potential outcomes when a massive star dies in a fiery supernova explosion. After blowing off most of its mass in the explosion, the remaining stellar core collapses in on itself, forming either a black hole, or a neutron star, an ultra-compact star usually about 1.4 times as massive as the Sun, but only around six miles in diameter.

But scientists measuring the mass of a neutron star found in remnants of a past supernova called HESS J1731-347 found the neutron star weighed in at 77% the mass of the Sun, according to their paper published Monday in the journal Nature Astronomy. It’s not only the light neutron star yet discovered, the authors note, but could be an example of an exotic and so far only hypothetical stellar object known as a “strange star.”..........

I bet there's so much stuff out there that we don't even know we don't know.
 
If only the internet speed were able to keep pace with that. I still struggle a bit to stream D+ for some reason, everything else is just fine.
 
The material can be made like plastic, but conducts electricity like a metal. The discovery goes against what scientists would expect to see, and could lead to new kinds of breakthroughs, researchers say.

“In principle, this opens up the design of a whole new class of materials that conduct electricity, are easy to shape, and are very robust in everyday conditions,” said John Anderson, an associate professor of chemistry at the University of Chicago and the senior author on the study, in a statement.

Scientists have created conductive materials of all kinds, and the differences between them are what have allowed us to create a variety of electronic devices that work across conditions.

But across all of those differences, the conductive materials share similarities. They are made up of atoms or molecules that run in straight, densely packed lines, which scientists thought was required to make sure they could effectively conduct electricity...........

 

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