Flatiron Institute (@flatironinst) 's Twitter Profile
Flatiron Institute

@flatironinst

Advancing scientific research through computational methods and software tools. Centers: #FlatironCCA, #FlatironCCB, #FlatironCCM, #FlatironCCN and #FlatironCCQ

ID: 801465065455108096

linkhttp://flatironinstitute.org calendar_today23-11-2016 16:38:56

1,1K Tweet

5,5K Followers

263 Following

Simons Foundation (@simonsfdn) 's Twitter Profile Photo

Open-source software suite MESA has transformed how researchers model the evolution of stars — and now, the Flatiron Institute is securing its future. Read more: simonsfoundation.org/2025/03/31/fla… #science #astrophysics

Simons Foundation (@simonsfdn) 's Twitter Profile Photo

ICYMI: #FlatironCCB scientist Henry Mattingly developed the first analytical model for predicting how bacteria spread in obstacle-laden environments, which will help inform strategies for curbing bacterial infections or designing better drug delivery devices. Read more:

Flatiron Institute (@flatironinst) 's Twitter Profile Photo

"Being a scientist is really like being a detective. You know there’s a mystery that needs to be solved, and it won’t be easy, otherwise someone would have already solved it." — #FlatironCCA research fellow Elena Pinetti in a Q&A with Physics Magazine. Learn more about her work:

Flatiron Institute (@flatironinst) 's Twitter Profile Photo

Recent research from #FlatironCCA sheds light on the source of black hole bursts. Read more: simonsfoundation.org/2024/11/18/we-… #science #astrophysics

Recent research from #FlatironCCA sheds light on the source of black hole bursts. Read more: simonsfoundation.org/2024/11/18/we-… #science #astrophysics
Phil Armitage (@philip_armitage) 's Twitter Profile Photo

Finnegan Keller, Fei Dai & Wenrui Xu Flatiron Institute use an extensive set of damped N-body simulations to model the formation of resonant low-mass exoplanet systems. Decent agreement with data supports a convergent migration interpretation. arxiv.org/abs/2504.12596

Finnegan Keller, Fei Dai &amp; Wenrui Xu <a href="/FlatironInst/">Flatiron Institute</a> use an extensive set of damped N-body simulations to model the formation of resonant low-mass exoplanet systems. Decent agreement with data supports a convergent migration interpretation.

arxiv.org/abs/2504.12596
Flatiron Institute (@flatironinst) 's Twitter Profile Photo

As the battle between quantum and classical computers rages, #FlatironCCQ scientists are making unexpected discoveries about quantum systems. simonsfoundation.org/2024/10/29/the… #science #physics

Amin Nejatbakhsh (@aminejat) 's Twitter Profile Photo

Excited to announce that our paper on "Comparing noisy neural population dynamics using optimal transport distances" has been selected for an oral presentation in #ICLR2025 (1.8% top papers). Check the thread for paper details (0/n). Presentation info: iclr.cc/virtual/2025/o….

Bill Broderick (@wfbroderick) 's Twitter Profile Photo

I'll be at VSS (visionsciences.org) this year presenting about plenoptic at two different events: a symposium about model-optimized stimuli and a hands-on tutorial! See neurorse.flatironinstitute.org/events/2025/04… for more details!

Elena Pinetti (@elena_pinetti) 's Twitter Profile Photo

Filaments thread the cosmos together, yet their properties and evolution remain uncertain. Check out my latest work where we investigate radio signals from dark matter within these cosmic bridges arxiv.org/abs/2504.08025 Flatiron Institute Perimeter Institute Fermilab The University of Chicago Supernova Foundation Mentoring Programme

Filaments thread the cosmos together, yet their properties and evolution remain uncertain. Check out my latest work where we investigate radio signals from dark matter within these cosmic bridges arxiv.org/abs/2504.08025

<a href="/FlatironInst/">Flatiron Institute</a> <a href="/Perimeter/">Perimeter Institute</a> <a href="/Fermilab/">Fermilab</a> <a href="/UChicago/">The University of Chicago</a> <a href="/SF_mentoring/">Supernova Foundation Mentoring Programme</a>
Flatiron Institute (@flatironinst) 's Twitter Profile Photo

Gold, uranium and other heavy metals are only made in extreme cosmic environments. Now, #FlatironCCA astronomers have uncovered a new place where these elements are born — the giant flares of supermagnetized stars. simonsfoundation.org/2025/04/29/fla… #science #astronomy

AAS Press Office (@aas_press) 's Twitter Profile Photo

Simons Foundation: Flares From Magnetized Stars Can Forge Planets’ Worth of Gold, Other Heavy Elements simonsfoundation.org/2025/04/29/fla…

Phil Armitage (@philip_armitage) 's Twitter Profile Photo

Sabina Sagynbayeva, in work with Will M Farr Flatiron Institute, develops a hierarchical Bayesian model that can exploit multiple exoplanet transit light curves to better map stellar surfaces. (link in replies)

Sabina Sagynbayeva, in work with <a href="/farrwill/">Will M Farr</a> <a href="/FlatironInst/">Flatiron Institute</a>, develops a hierarchical Bayesian model that can exploit multiple exoplanet transit light curves to better map stellar surfaces. (link in replies)
Diana Cai (@dianarycai) 's Twitter Profile Photo

Come check out our #AISTATS2025 poster Sunday Hall A—E 79. Previously we showed how to fit a full cov Gaussian approx via “batch and (score) match.” Here we show how to make the update cheaper using a “patch” step that projects the update to one that is low rank + diagonal.

Come check out our #AISTATS2025 poster Sunday Hall A—E 79. 

Previously we showed how to fit a full cov Gaussian approx via “batch and (score) match.” Here we show how to make the update cheaper using a “patch” step that projects the update to one that is low rank + diagonal.
Simons Foundation (@simonsfdn) 's Twitter Profile Photo

#FlatironCCA astronomers have discovered a previously unknown birthplace of some of the universe’s rarest elements: a giant flare unleashed by a supermagnetized star. simonsfoundation.org/2025/04/29/fla… #science #astronomy Flatiron Institute

#FlatironCCA astronomers have discovered a previously unknown birthplace of some of the universe’s rarest elements: a giant flare unleashed by a supermagnetized star. simonsfoundation.org/2025/04/29/fla… #science #astronomy <a href="/FlatironInst/">Flatiron Institute</a>
Charles Margossian (@charlesm993) 's Twitter Profile Photo

✨Thank you AISTATS Conference for the Best Paper Award!! 📜 arxiv.org/abs/2410.11067 💡 What does VI learn and under what conditions? The answer lies in symmetry. 🤝 Honored to share this award with my colleague Lawrence Saul from Flatiron Institute.

The Washington Post (@washingtonpost) 's Twitter Profile Photo

Magnetars, which have been around since before the solar system was created, could have been an early source of precious metals — like gold — on our planet, according to a study published in the Astrophysical Journal. wapo.st/3GGMkrW