70% of the Universe remains hydrogen. 2.) Helium. About 28% is helium, with 25% formed in the Big Bang and 3% from stellar fusion. 3.) Oxygen. The most common (~1%) heavy element, oxygen arises ...

This is why carbon and oxygen are so abundant in the universe; after hydrogen and helium, they are the most commonly produced elements. In fact, oxygen is the most common element on Earth ...

Hydrogen is the most common element in the universe, but why is that ... "Usually, substances are more dense when they're solid than when they're liquid," Nyman said. "Water is the only substance ...

They emit the highest energy particles in the known Universe. And when those energetic particles (known as cosmic rays) strike a heavier element -- one created in a star -- it can blast it apart ...

In fact, they may be so rare as to make them an unlikely source for the abundant heavy elements we have in the universe. But what of long GRBs? A recent study investigated one long gamma ray burst ...

It wasn’t until the first stars formed some 100 million years after the Big Bang that the universe began ... handle on how stars made elements lighter than iron. They deduced that during the ...

The physical properties of elements are crucial – they have shaped every interaction in the universe, and are a consequence of how they have been produced, and determine how we have utilized them.

About half of the abundance of elements ... in the common area of our building, feeling deeply moved. I tried to absorb everything I could about this new window to our universe.

In fact, they may be so rare as to make them an unlikely source for the abundant heavy elements we have in the universe. But what of long GRBs? A recent study investigated one long gamma ray burst ...