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

212 Following

Francisco Villaescusa-Navarro (@paco_astro) 's Twitter Profile Photo

We are organizing a workshop in New York City to discuss how to combine numerical simulations with machine learning techniques to improve our knowledge of cosmology and galaxy formation. If you are interested in attending, please register here events.simonsfoundation.org/event/51977633…

We are organizing a workshop in New York City to discuss how to combine numerical simulations with machine learning techniques to improve our knowledge of cosmology and galaxy formation. If you are interested in attending, please register here 
events.simonsfoundation.org/event/51977633…
DOE Office of Science (@doescience) 's Twitter Profile Photo

A metal that conducts light instead of reflecting it? That’s possible with ZrSiSe, a quantum metal whose electrons have unusual properties. That’s the finding of researchers Columbia University, UC San Diego, MPI für Struktur und Dynamik der Materie, UniPa, Penn State & Flatiron Institute: energy.gov/science/bes/ar…

A metal that conducts light instead of reflecting it? That’s possible with ZrSiSe, a quantum metal whose electrons have unusual properties. That’s the finding of researchers <a href="/Columbia/">Columbia University</a>, <a href="/UCSanDiego/">UC San Diego</a>, <a href="/MPSDHamburg/">MPI für Struktur und Dynamik der Materie</a>, <a href="/unipa_it/">UniPa</a>, <a href="/penn_state/">Penn State</a> &amp; <a href="/FlatironInst/">Flatiron Institute</a>: energy.gov/science/bes/ar…
Shirley Ho (@cosmo_shirley) 's Twitter Profile Photo

We are excited that our paper is published at Nature Astronomy! More details will be posted soon on this series of papers by SimBIG collaboration 🥳 Stay Tuned!

Pilar Cossio (@pilarcossio2) 's Twitter Profile Photo

Cryo-EM heterogeneity analysis needs benchmarks and validation tools. We're very happy to share CryoBench 🧊🪑: cryobench.cs.princeton.edu lead by the amazing EZ team Minkyu Jeon Ellen Zhong with FI miro astore geoff woollard Sonya

Simons Foundation (@simonsfdn) 's Twitter Profile Photo

A cosmic red herring: How Flatiron Institute reanalysis of the ‘3.5 keV’ line — a potential clue to dark matter — revealed no line at all: simonsfoundation.org/2024/08/19/hyp… #science #astrophysics #FlatironCCA

A cosmic red herring: How <a href="/FlatironInst/">Flatiron Institute</a> reanalysis of the ‘3.5 keV’ line — a potential clue to dark matter — revealed no line at all: simonsfoundation.org/2024/08/19/hyp… #science #astrophysics #FlatironCCA
Simons Foundation (@simonsfdn) 's Twitter Profile Photo

Grad student Claire Lessler gives us a look inside the Simons Observatory lab where telescope parts are tested before being sent to Chile. #science #astronomy

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

Simons Foundation: New Detectable Gravitational Wave Source From Collapsing Stars Predicted From Simulations simonsfoundation.org/2024/08/22/new…

Cosmos (@cosmosmagazine) 's Twitter Profile Photo

Death of massive stars send gravitational wave ripples through the universe – they’re detectable on Earth smpl.is/9j704

Physical Review X (@physrevx) 's Twitter Profile Photo

A method for computing Feynman diagrams describing quantum many-body interactions offers a promising new solver for quantum impurity models. Read go.aps.org/4dSF5sF Flatiron Institute Flatiron CCQ Jožef Stefan Institute #PRXCondMatt, #PRXNumerical, #PRXStronglyCorrelated

A method for computing Feynman diagrams describing quantum many-body interactions offers a promising new solver for quantum impurity models.

Read go.aps.org/4dSF5sF

<a href="/FlatironInst/">Flatiron Institute</a> <a href="/FlatironCCQ/">Flatiron CCQ</a> <a href="/JSI_SLO/">Jožef Stefan Institute</a> 

#PRXCondMatt, #PRXNumerical, #PRXStronglyCorrelated
Flatiron Institute (@flatironinst) 's Twitter Profile Photo

Congratulations to former #FlatironCCQ postdoc Riccardo Rossi on being awarded the 2024 Hermann Kümmel Early Achievement Award! Rossi was recognized for his groundbreaking advances in computational quantum field theory for many-fermion problems. project.ccs.tsukuba.ac.jp/event/23/page/… #science

Congratulations to former #FlatironCCQ postdoc Riccardo Rossi on being awarded the 2024 Hermann Kümmel Early Achievement Award! Rossi was recognized for his groundbreaking advances in computational quantum field theory for many-fermion problems. project.ccs.tsukuba.ac.jp/event/23/page/… #science
Simons Foundation (@simonsfdn) 's Twitter Profile Photo

#FlatironCCA astrophysicists and colleagues have used #AI to precisely calculate the universe's 'settings': simonsfoundation.org/2024/08/26/ast… #science #astrophysics

Simons Foundation (@simonsfdn) 's Twitter Profile Photo

This simulation shows the distribution of matter around a newborn black hole following a collapsar event (warmer colors denote higher densities of matter). Read more about this new simulation research from #FlatironCCA scientists: simonsfoundation.org/2024/08/22/new… #science #astrophysics

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

Simons Foundation: Astrophysicists Use AI to Precisely Calculate Universe’s ‘Settings’ simonsfoundation.org/2024/08/26/ast…

Flatiron Institute (@flatironinst) 's Twitter Profile Photo

Flatiron Institute researchers and their colleagues published a new method of calculating the parameters of our universe using #AI called SimBIG, now out in Nature Astronomy. Read more: simonsfoundation.org/2024/08/26/ast… #science #astrophysics #FlatironCCA #FlatironCCM

Giuseppe Carleo (@gppcarleo) 's Twitter Profile Photo

Amazing news! Riccardo Rossi of Computational Quantum Science Lab EPFL has been recognized with the Hermann Kümmel Early Achievement Award for "groundbreaking advances in computational quantum field theory for many-fermion problems, including determinant algorithms for connected-diagram expansions

Live Science (@livescience) 's Twitter Profile Photo

AI uncovers the universe's 'settings' with unprecedented precision, and it could help to resolve the Hubble tension trib.al/oymi1cI

Shirley Ho (@cosmo_shirley) 's Twitter Profile Photo

You heard all about AI accelerating simulations (maybe from me?), but do you know... How can AI tell you what is in the Universe? Our new series of work from #SimBIG team led by ChangHoon Hahn published recently by Nature Astronomy did just that! Interesting things we did:

You heard all about AI accelerating simulations (maybe from me?), but do you know...

How can AI tell you what is in the Universe?

Our new series of work from #SimBIG team led by <a href="/changhoon_hahn/">ChangHoon Hahn</a>  published recently by <a href="/NatureAstronomy/">Nature Astronomy</a> did just that! 

Interesting things we did:
Flatiron Institute (@flatironinst) 's Twitter Profile Photo

New research from #FlatironCCA has determined that the ripples in space-time caused by the death of massive spinning stars could be within the limits of detection of projects like LIGO and Virgo. simonsfoundation.org/2024/08/22/new… #science #astrophysics

Flatiron Institute (@flatironinst) 's Twitter Profile Photo

Today marks the 7th anniversary of the Flatiron Institute! Since our inauguration in 2017, the institute has been working on complex problems in computational science, from astrophysics to biology and quantum physics. Read more about our latest research: simonsfoundation.org/flatiron/news