Graphic showing the location of two stars, Kronos and Krios. The chemical composition of Kronos suggests that the star consumed several of its rocky planets. Made in Photoshop using data from the STScI Digitized Sky Survey.

A Star That Devoured Its Own Planets

Simons Foundation, October 2017

A devourer of worlds lurks around 350 light-years away. According to a recent study comparing the chemical composition of a pair of sunlike stars, one of the stars has consumed the rocky equivalent of 15 Earths.

Release picked up by the Daily Mail, UPI, Astronomy Magazine, Breitbart, and others.

Mathematician Alex Barnett Joins CCB as Leader of Numerical Algorithms Group

Simons Foundation, October 2017

The Flatiron Institute is delighted to announce that Alex Barnett has joined the Center for Computational Biology (CCB) as group leader for the Numerical Algorithms group. Barnett is an applied mathematician and numerical analyst and has been a member of the Dartmouth College faculty since 2005. He obtained his Ph.D. in physics at Harvard University and completed a postdoctoral fellowship in radiology at Massachusetts General Hospital in Boston and a Courant instructorship at New York University.

The Eternal Sky, Part 2: The Hunt for Inflation

Simons Foundation, October 2017

From an observatory perched high in the Chilean mountains, scientists hope to uncover what happened during the tiniest fraction of a second following the birth of the universe. Their search could lend further support to the Big Bang theory or open the door to alternative origin theories.

Short blurb for the latest installment of a video series on the Simons Observatory.

Astrophysicist Yuri Levin Heads CCA’s New Compact Objects Research Group

Simons Foundation, September 2017

The Simons Foundation is pleased to announce a new research group within the Flatiron Institute’s Center for Computational Astrophysics (CCA). Led by astrophysicist Yuri Levin, the Compact Objects group will explore the physics underlying gravitational waves and relatively compact astronomical objects, such as neutron stars and supermassive black holes.

New Collaboration on Theory of Microbial Ecosystems Launched

Simons Foundation, May 2017

The Simons Foundation has established a new collaboration investigating the mysteries of nature’s smallest communities. Called the Simons Collaboration on Theory of Microbial Ecosystems, or THE-ME, it is an at least five-year undertaking that will investigate how microbial ecosystems in the oceans form and function.