The core of the Red Planet may be filled with sulfur. New experiments have shown that the core of Mars formed much faster ...

After nearly four years of relentless exploration, NASA’s InSight mission has uncovered groundbreaking revelations about Mars ...

Sunrise on Gale Crater paints Mount Sharp in rusty gold. Two hundred million miles away, back on Earth, a room of bleary-eyed ...

New experiments have shown that the core of Mars formed much faster than ... while lighter silicate elements remain in outer layers. However, scientists have typically assumed that for iron ...

Mars' core formed at a surprising speed, much faster than Earth's. Recent experiments reveal the key role of iron and nickel sulfides in this process. Planets like Mars are structured in ...

Planets, including Earth and Mars, form in layers, core, mantle, and crust. This structure is the result of a process known as "differentiation," where heavier elements like iron and nickel sink ...

President Donald Trump's NASA budget plans look to cut its public relations funding by half, but already the agency is ...

By studying sedimentary layers — rock formations ... is currently experiencing. Mars was once a world of erupting volcanoes, glaciers, lakes and flowing rivers — an environment not unlike early Earth.

The summit also marked the official launch of a landmark study report titled “Recycling of Post-Consumer Food-grade ...

Moving from the outer layer inward, the first layer is the corona — the outermost part of the sun’s atmosphere that is ...

Mars seismology investigates the generation, propagation and attenuation of seismic waves, providing insights into internal layers such as the core, mantle and crust. Recent studies have ...