What We're Reading

A laser experiment could help scientists understand how the subatomic particles reach high energies

A radioactive isotope profoundly affected the origin and evolution of our solar system. Now, scientists at the Flatiron Institute, the University of Vienna and UC Santa Cruz have spotted it in a system of budding stars.

Electrons from a droplet of sodium and potassium turn water into a metallic material that conducts electricity.

First-principles plasma simulations show that black holes can’t keep their magnetic fields, according to a new study from researchers at the Flatiron Institute, Columbia University and Princeton University.

Calculating angular velocity and the moment of inertia isn’t quite as hard as competing in the Olympic gymnastics tournament — but it’s pretty darn tough.

His discoveries deepened understanding of the basic forces at play in the universe, and he took general readers back to its dawn in his book “The First Three Minutes.”

A rapidly growing collection of software tools is helping researchers to analyse multiple huge ‘-omics’ data sets.

Researchers at NYU and the Flatiron Institute's Center for Computational Biology have uncovered how heavy, motorized objects climb steep slopes — a newly discovered mechanism that also mimics how rock climbers navigate inclines.

In a once unimagined accomplishment, electrodes implanted in the man’s brain transmit signals to a computer that displays his words.

A black hole is likely to completely consume the neutron star if the black hole is either much more massive than the neutron star or if the black hole is slowly spinning, says Brian Metzger, a theoretical astrophysicist at Columbia University and the Flatiron Institute's Center for Computational Astrophysics.