Congratulations to the 2025 DPF APS Fellows
The 2025 APS Fellows were announced on October 10th. Fellowship is limited to 0.5% of the APS membership each year.
Florencia Canelli, University of Zurich
2025 recipient, Division of Particles and Fields Fellowship
For distinguished leadership in physics at the Large Hadron Collider at CERN and for significant contributions to the study of the top quark at the Large Hadron Collider and at the Tevatron at Fermilab.
Anadi Canepa, Fermi National Accelerator Laboratory
2025 recipient, Division of Particles and Fields Fellowship
For pioneering roles in searches for supersymmetric particles; for outstanding leadership at TRIUMF and Fermilab, and on the CDF, ATLAS, and CMS collaborations, including the CMS tracker upgrade for the High-Luminosity LHC and future collider opportunities; and for broad public engagement.
Bertrand Echenard, California Institute of Technology
2025 recipient, Division of Particles and Fields Fellowship
For world-leading searches for hidden sector dark photons, dark Higgs, and other scalars in the GeV mass region with the BABAR detector, and for leading roles in new dark matter searches with LDMX and in the Mu2e experiment to search for charged lepton flavor violation with unprecedented sensitivity.
Fernando Febres Cordero, Florida State University
2025 recipient, Division of Particles and Fields Fellowship
For exceptional work in pioneering ideas for the calculation of scattering amplitudes and developing their application to both collider physics and gravity.
Stefania Gori, University of California, Santa Cruz
2025 recipient, Division of Particles and Fields Fellowship
For seminal contributions to particle physics phenomenology beyond the Standard Model, particularly the physics of Higgs bosons, neutrinos, and light dark matter, and for inspiring and pioneering experimental efforts to advance the search for new physics phenomena.
Thomas Hartman, Cornell University
2025 recipient, Division of Particles and Fields Fellowship
For fundamental contributions to quantum field theory and the quantum theory of black holes, including a novel understanding of the black hole information paradox and connections between gravity and quantum entanglement.
Gray Rybka, University of Washington
2025 recipient, Division of Particles and Fields Fellowship
For leadership in searches for axion dark matter, achieving unprecedented sensitivity to the more important axion models, and for the development of ultra-sensitive instrumentation enabling experiments such as neutrino mass measurements.
Misao Sasaki, Kavli Institute for the Physics and Mathematics of the Universe
2025 recipient, Division of Particles and Fields Fellowship
For seminal contributions to cosmology and astrophysics, including cosmological perturbation theory and physics of gravitational waves, and for laying the foundation for understanding how quantum perturbations could shape the observed structures in today’s universe.
Matthew Toups, Fermilab
2025 recipient, Division of Particles and Fields Fellowship
For wide-ranging and significant contributions to the MicroBooNE experiment, from construction and commissioning of the detector through to the publication of a large body of first-of-their-kind neutrino physics results with liquid argon time-projection chambers.
This is an incomplete list of DPF members recognized by other divisions.
Michael Cooke, U.S. Department of Energy
2025 recipient, Forum on Physics and Society Fellowship
For leadership in coordinating the U.S. particle physics community's efforts to create communications materials that inform the science-interested public and decision makers about the long-term vision for and impact of high-energy physics research.
Victor Daniel Elvira, Fermi National Accelerator Laboratory
2025 recipient, Forum on International Physics Fellowship
For work on understanding and using jet final states, exploring quantum chromodynamics and physics beyond the Standard Model, for software process — especially in GEANT4 and AI and machine learning — that aids global high energy physics research, for fostering international software and computing collaborations, and for promoting inclusivity in science.
Yen-Jie Lee, Massachusetts Institute of Technology
2025 recipient, Division of Nuclear Physics Fellowship
For pioneering measurements of jet quenching, medium response and heavy-quark diffusion in the quark-gluon plasma, and for using electron-positron collisions as an innovative control to understand collectivity in small collision systems.
Gabriel D. Orebi Gann, University of California, Berkeley
2025 recipient, Division of Nuclear Physics Fellowship
For innovative neutrino detectors for fundamental physics, leadership in the development of the next-generation neutrino experiments, and contributions to the precision studies of solar neutrinos.
Mark A. Palmer, Brookhaven National Laboratory
2025 recipient, Division of the Physics of Beams Fellowship
For outstanding leadership and technical contributions, including driving the MICE experiment to the successful demonstration of ionization cooling, that have brought the design and development of muon colliders closer to their practical realization.
Abid Patwa, U.S. Department of Energy
2025 recipient, Forum on International Physics Fellowship
For leadership as a program manager at the Department of Energy, enabling significant advances in the areas of collider particle physics at CERN, and for developing multiple international agreements furthering U.S. science.
Breese Quinn, University of Mississippi
2025 recipient, Forum on Physics and Society Fellowship
For tireless advocacy on behalf of the U.S. high energy physics community, including leadership in building support for physics funding through personal and community outreach to Congressional delegations and appropriations staff.
Herman B. White Jr., Fermi National Accelerator Laboratory
2025 recipient, Forum on Physics and Society Fellowship
For inspiring leadership and advocacy for physics, science education, and communication with policy makers, governments and the public, and for outstanding contributions to several areas of high energy physics.
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