Not exact matches
It may seem like a trivial distinction for something billions
of years old, but it could make a difference when pinning down the
conditions that led to the solar system's
formation, says Bouvier, and those needed for other life - friendly
planetary systems to form.
New research from a team including Carnegie's Alexander Goncharov focuses on the physics underlying the
formation of the types
of ice that are stable under the paradoxical - seeming
conditions likely to be found in
planetary interiors.
They seek answers to questions about the structure
of the universe, the
formation of our solar system and other
planetary systems, the behavior and transformation
of matter when subjected to extreme
conditions, the origin
of life, the function
of genes, and the development
of organisms from single - celled egg to adult.