Early Earth lacked life’s essentials until a collision with Theia added them. This chance event made life possible. After the ...

A high-precision time measurement system based on the radioactive decay of manganese-53 was used to determine the precise age ...

NASA research reveals that the heliosphere, our solar system's protective bubble, may resemble a deflated croissant rather than a comet. This new mode ...

The design of TARS: a simple yet revolutionary system TARS fundamentally differs from traditional spacecraft propulsion systems. It does not rely on chemical rockets or nuclear power; instead, it ...

For astrobiologists, the search for life beyond our solar system could be likened to where one would look in a vast desert—essentially, where there's water. And it turns out that one of the most ...

Discover Our Solar System Through Detailed 3D Models Forget dusty textbooks and flat diagrams. We’re talking about ...

The design of TARS: a simple yet revolutionary system TARS fundamentally differs from traditional spacecraft propulsion systems. It does not rely on chemical rockets or nuclear power but instead ...

New electrothermal model shows radiative-coupled evaporative cooling works best together, boosting power by over 12%.

A mysterious object from beyond our solar system, 3I/ATLAS, has recently captured the attention of astronomers once again.

Called 3I/ATLAS, the object is only the third of its kind known to astronomers, and it’s likely been heading our way for ...

The latest research on asteroid Bennu has revealed its heterogeneous origin and a parent world with flowing water, adding to the evidence that this small and somewhat dangerous rock is extremely ...

Around 4.6 billion years ago, vast clouds of dust began to accumulate to form the solar system. Ancient asteroids such as Bennu contain the remnants of this formative moment, allowing scientists to ...