Flatiron Institute

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Flatiron Institute The Flatiron Institute is the in-house research division of the Simons Foundation. Basic science drives discovery.

We advance scientific research through computational methods and software tools. Through grantmaking, research and public engagement, we provide sustained support to scientists whose inquiry into the phenomena of our world lead to breakthroughs in knowledge. The Simons Foundation was established by Jim and Marilyn Simons in 1994 to advance mathematics and basic science research. Learn more about our mission, our work and our commitment to open science: simonsfoundation.org/about

Earlier this month,   hosted a workshop on "Planets in the Galactic Context." Thanks to all who attended!
10/13/2026

Earlier this month, hosted a workshop on "Planets in the Galactic Context." Thanks to all who attended!

Congratulations to   co-director Andy Millis on winning the 2026 Anatoly Larkin Award in Theoretical Physics for his ext...
10/05/2026

Congratulations to co-director Andy Millis on winning the 2026 Anatoly Larkin Award in Theoretical Physics for his extraordinary contributions to the field!

Read more from the William I. Fine Theoretical Physics Institute: https://bit.ly/3VvBHzs

New papers in Science from   researchers and collaborators have mapped the quantum possibilities of atomically thin mate...
09/25/2026

New papers in Science from researchers and collaborators have mapped the quantum possibilities of atomically thin materials. Read more from Princeton University: https://bit.ly/4rG0Bs7

Astrophysicist Adrian Bayer is a recipient of the 2026 Blavatnik Regional Awards for Young Scientists, honored as a fina...
09/22/2026

Astrophysicist Adrian Bayer is a recipient of the 2026 Blavatnik Regional Awards for Young Scientists, honored as a finalist for his work at on pioneering cosmological simulations and interpretable machine learning methods.

Read more about the awards from the Blavatnik Family Foundation and The New York Academy of Sciences: https://bit.ly/4h8kRz7

New work in Nature from   and collaborators provides new insights into cutting-edge ultrathin devices known as 2D semico...
09/18/2026

New work in Nature from and collaborators provides new insights into cutting-edge ultrathin devices known as 2D semiconductors that exhibit unusual electron states.

Read more: https://bit.ly/4iuezuG

A collaboration between experimentalists and theorists has developed a new way to study how electrons interact with defects in advanced semiconductors used in ultrathin electronic devices.

We're   for postdoctoral research positions at our Center for Computational Astrophysics (CCA)! Come do independent rese...
09/17/2026

We're for postdoctoral research positions at our Center for Computational Astrophysics (CCA)! Come do independent research in areas that have strong synergy with CCA or other Flatiron Institute centers.

Applications due by October 31st: https://apply.interfolio.com/193381

Researchers at   helped build a key piece of hyper-efficient AI training tool Muon — a component called Polar Express th...
08/18/2026

Researchers at helped build a key piece of hyper-efficient AI training tool Muon — a component called Polar Express that optimized Muon’s core operation: https://bit.ly/4xNs4dg

How Flatiron Institute Mathematicians Helped Make AI More Efficient on Simons Foundation

Last month, we hosted our second annual Flatiron Scientific Exchange to encourage our scientists to explore the breadth ...
08/13/2026

Last month, we hosted our second annual Flatiron Scientific Exchange to encourage our scientists to explore the breadth of research happening across the institute and spark new ideas and collaborations.

  research fellow Nour Al Hassanieh develops accurate and efficient algorithms for solving wave equation problems. Read ...
08/11/2026

research fellow Nour Al Hassanieh develops accurate and efficient algorithms for solving wave equation problems. Read more about her work: https://bit.ly/3SpqVJN

Flatiron Research Fellow Nour Al Hassanieh develops accurate and efficient algorithms for solving wave equation problems, an endeavor with many potential applications.

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