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News

Stay up to date on the latest discoveries and announcements.

  1. A New Close-Up View of Electrons Inside Semiconductors

  2. The Mathematical Tools Trailblazing the Quantum Future

  3. Alumni Spotlight: Ryan Levy

  4. Scientists Capture Superconductivity’s ‘Dancing Pairs’ for First Time, Filling Gap in Decades-Old Theory

  5. Hidden Order in Quantum Confusion: The Pseudogap

  6. Flatiron Institute Scientists Valentin Crépel and Ore Gottlieb Named Blavatnik Regional Award Honorees

  7. Physicists Cool Quantum Simulator To Record-Breaking Low Temperatures

  8. Quantum Physicists Tune Material’s Property Using Energy of ‘Empty’ Space

  9. CCQ’s Nicolas Regnault Named American Physical Society Fellow

  10. The Surprising Reason a Classical Computer Beat a Quantum Computer at Its Own Game

  11. A New Benchmark To Identify the Best Solutions to the Hardest Problems in Materials Science

  12. Max Planck-New York Center on Non-Equilibrium Quantum Phenomena Renewed

  13. Flatiron Initiative for Computational Catalysis Co-Director Timothy Berkelbach Receives 2025 ACS Award in Pure Chemistry

  14. Mysteries of the Bizarre ‘Pseudogap’ in Quantum Physics Finally Untangled

  15. Flatiron Research Fellow Aavishkar Patel Named Finalist for Blavatnik Regional Award for Young Scientists

  16. Former CCQ Flatiron Research Fellow Riccardo Rossi Awarded 2024 Hermann Kümmel Early Achievement Award in Many-Body Physics

  17. Quantum Breakthrough Sheds Light on Perplexing High-Temperature Superconductors

  18. CCQ Distinguished Research Scientist Angel Rubio Awarded Spanish National Research Prize

  19. Flatiron Institute’s LaToya Anderson Named a Top Student Presenter at APS March Meeting

  20. Old Questions, New Frontiers: Solving Condensed-Matter Problems With Concepts From High-Energy Physics

  21. All Five Flatiron Centers Represented at the Conference on Neural Information Processing Systems (NeurIPS)

  22. Capturing the Quantum Essence: Solving Simplified Models With High Precision

  23. Watch: Jennifer Cano and Cyrus Dreyer on What’s Bringing Their Fields Closer Together

  24. We Finally Know Why Quantum ‘Strange Metals’ Are So Strange

  25. Center for Computational Quantum Physics Announces New NYC Graduate Fellows

  26. Simons Foundation Scientists Named as Sloan Research Fellows

  27. Controlling the Complexity: Tuning Quantum Materials for Science and Technology

  28. Artificial Intelligence Reduces a 100,000-Equation Quantum Physics Problem to Only Four Equations

  29. Physicists Present New Method for Designing Topological Metals

  30. Old Problems, New Tools: Adapting Applied Mathematics for Quantum Physics

  31. CCQ Postdoc Aavishkar Patel Recognized With the Hermann Kümmel Early Achievement Award in Many-Body Physics

  32. CCQ Director Antoine Georges Awarded the Feenberg Memorial Medal

  33. Neural Networks and ‘Ghost’ Electrons Accurately Reconstruct Behavior of Quantum Systems

  34. Watch: John Bonini Tackles the Complexities of Quantum Machinery

  35. Strange New Phase of Matter Created in Quantum Computer Acts Like It Has Two Time Dimensions

  36. American Academy of Arts and Sciences Elects 11 Simons Research Grantees

  37. The Quantum Plumber

  38. Theoretical Physicist Jennifer Cano Awarded Sloan Research Fellowship

  39. ‘Quantum Friction’ Slows Water Flow Through Carbon Nanotubes, Resolving Long-Standing Fluid Dynamics Mystery

  40. Watch: Math and Physics Collide in the Collaboration of Mathematician Tai-Danae Bradley and Physicist Miles Stoudenmire

  41. Paradoxical Material a Mashup of Three Different Phases at Once, Quantum Physicists Find

  42. Ultrafast Microscope Observes Quick-Moving Excitation That Could Be a Long Sought Phase of Matter

  43. CCQ Hosts Virtual Electronic Structure Conference: July 12–July 15

  44. Quantum Showdown: Competing Methods of Solving Quantum Systems Put to the Test

  45. Switching Nanolight On and Off

  46. New Material Pushes Limits of Superconductivity’s ‘Cousin’

  47. Infinitely Long Chains of Hydrogen Atoms Have Surprising Properties, Including a Metallic Phase

  48. Sandwich-Like Superlattice Structures Provide New Insight Into Materials Design