Read article: Ocean on Saturn’s moon Enceladus could be rich in a key ingredient for life
Simulations suggest phosphorous concentration is on par with Earth’s oceans
Read article: Supercomputer simulations reveal how the Sun accelerates charged particles
Research could help protect satellites and astronauts from the solar wind
Read article: Slab avalanches resemble strike-slip earthquakes
A combination of mechanisms triggers the formation of cracks in snow layers
Read article: Friction plays crucial role in how dominoes topple in waves
Computer simulations also highlight importance of domino spacing
Read article: Energy can move from a colder region to a hotter one – but the second law of thermodynamics is safe
Theoretical result shows counterintuitive "edge currents" going against the flow
Read article: Cutting the carbon footprint of supercomputing in scientific research
More efficient coding and quantifying climate impacts are among the solutions
Read article: Weather could be controlled by making tiny changes to chaotic system
Small perturbations could prevent extreme events like tornadoes
Read article: New algorithm is forever simulating bubbles
Multilayer volume-of-fluid model captures the complex physics of "foamy flows"
Read article: Classical computers race to catch up with quantum advantage
New algorithm shows that the competition between classical and quantum computation is far from over
Read article: Bitcoin encryption is safe from quantum computers – for now
Cracking the popular cryptocurrency algorithm in an hour would require over 300 million qubits with current technology, say physicists
