
The 2025 Joint March and April meetings of the American Physical Society (APS) — referred to as the APS Global Physics Summit— was a scientific research conference that brought together more than 14,000 physicists from around the world to showcase their work, connect with others, and discover groundbreaking physics research.
Yale Physics was well-represented at the conference, with at least 26 members attending, including 16 graduate students and 1 undergraduate student.
In addition, Ben Machta, assistant professor of physics, was awarded the 2025 Early Career Award for Biological Physics and presented a talk in the DBIO Early Career Prize Session. The prize citation reads, “For creative theoretical work elucidating how physics can both constrain and enable a wide range of biological functions, including intracellular signaling, bacterial chemotaxis, protein condensation on membranes, and thermal sensing in the snake pit organ.”
Invited talks:
- Leonid Glazman, Donner Professor of Physics, Andreev Reflection in Scanning Tunneling Spectroscopy of Unconventional Superconductors
- Steven Girvin, Sterling Professor of Physics, A Brief History of Circuit QED and Superconducting Quantum Information Processing
- Konrad Lehnert, Eugene Higgins Professor of Physics, Microwave to Optical Transduction
- David Moore, Associate Professor of Physics, Mechanical Detection of Single Nuclear Decays
Contributed talk presenters:
- Daniil Antonenko, Postdoctoral Associate (Glazman), Making s-wave superconductors topological with magnetic field
- Nemin Wei, Postdoctoral Associate (Glazman), Dirac-point spectroscopy of flat-band systems with the quantum twisting microscope (Yale Physics co-author: Glazman)
- Aaron Greenberg, Graduate Student (da Silva Neto), Scanning Tunneling Spectroscopy Investigations of Superconductivity and Charge Density Waves in Kagome Metal CsV3Sb5 (Yale Physics co-authors: da Silva Neto, Xinze Yang, Pranab Kumar Nag, Kirsty Scott
- Georgios Ploumis, Graduate Student (Demers), Implementation of H → ττ End-of-Fill triggers in data taking for the ATLAS experiment at the Large Hadron Collider (Yale Physics co-author: Demers)
- Cade Rodgers, Graduate Student (Alhassid), Low-energy enhancement of the magnetic dipole radiation in actinide nuclei (Yale Physics co-authors: Alhassid, DeMartini)
- Xinping Yang, Graduate Student (Glazman), Gauging Rep(D8) symmetry on the lattice
- Xinze Yang, Graduate Student (da Silva Neto), Development of a New Algorithm to Quantify Local Strain in Scanning Tunneling Microscope Images (Yale Physics co-authors: da Silva Neto, Greenberg, Quazi Rumman Rahman)
Additional contributed talks that include Yale Physics authors:
- Electrical switching of an unconventional odd-parity magnet ,(Antonenko)
- Evidence of ultra-high kinetic inductance near the tunable superconductor-insulator transition in niobium nitride (Glazman)
- Kondo ferromagnets beyond the strong coupling limit (Antonenko)
- Quantum fluctuation and SU(4) symmetry breaking in graphene (Wei)
- Fixed-point constructions of (1+1)d fusion category symmetry enriched topological phases (Xinping Yang)
- Optomechanical quantum control of long-lived phononic modes in microfabricated high overtone bulk acoustic wave resonators (Yale Physics co-authors: Jack Harris, Shruti Puri, Peter Rakich)
- Pomeranchuk Instability Induced by an Emergent Higher-Order van Hove Singularity on a Distorted Kagome Surface (Nag)
- Multi-Agent Debate: Analyzing Consensus in Networks of LLM Agents (Lynn)
- The NANOGrav 15yr dataset: Customized Chromatic Noise Models (Yale Physics co-authors: Chiara Mingarelli and Bjorn Larsen)
Focus session talks:
- DBIO Early Career Prize Session: Ben Machta, Assistant Professor of Physics, Overcoming thermal fluctuations requires large energetic costs for biological computation
- Christopher Lynn, Assistant Professor of Physics, Minimax entropy: The statistical physics of optimal constraints
- Michael Abbott, Associate Research Scientist (Machta), Emergent discreteness in optimal behavior (Yale Physics co-author Machta)
- Matthew Leighton, Postdoctoral Associate (Lynn), Kinesin operates as a Maxwell demon to leverage nonequilibrium fluctuations
- Cyril Metzger, Postdoctoral Associate (Lehnert), TLS-induced thermal nonlinearity in phononic crystal defect resonators (Yale Physics co-author Lehnert)
- Jose Betancourt Valencia, Graduate Student (Machta), Energetic demands of information transmission along axons
- David Carcamo, Graduate Student (Lynn), Statistical physics of large-scale neural activity with loops (Yale Physics co-author Lynn)
- Allison Culbert, Graduate Student (Sweeney), Two-Dimensional Living Hyperuniformity in the Visible Regime (Yale Physics co-authors: Halona Dantes, Amanda Holt, Sweeney)
- Yu Fu, Graduate Student (Machta), Prewetting Drives Membrane Curvature (Yale co-authors: Machta, Momi)
- Yinchen Hao, Graduate Student (Jack Harris), Optical Whispering Gallery Modes In Levitated Superfluid Helium Drops (Yale Physics co-authors: Igor Brandao, Chitres Guria, Jack Harris, Theophilus Human, Yogesh Patil, Ingrid Slattery)
- Pranav Kantroo, Graduate Student (Machta), High fitness paths can connect proteins with low sequence overlap (Yale Physics co-author Machta)
- Asheesh Momi, Graduate Student (Machta), Collective Modes in the Mammalian Cochlea (Yale Physics co-authors Abbott, Machta)
- Mahathi Narayanaswamy, Graduate Student (Machta), Electrochemical circuits for detecting nanovolt potentials with ion channels (Yale Physics co-author Machta)
- Derek Sherry, Graduate Student (Machta), Implementing lattice ultrasensitivity in E. coli chemotaxis (Yale Physics co-author Machta)
- Nick Weaver, Graduate Student (Lynn), Minimax entropy models for human whole-brain activity (Yale Physics co-author Lynn)
Additional focus session talks that include Yale Physics authors:
- Discerning short- and long-range charge orders in YBa2Cu3O6+x using ultrafast resonant soft X-ray scattering (da Silva Neto)
- Engineering the phononic density of states in a flip-chip electro-optomechanical system (Lehnert)
- Thin-film quartz for high-coherence piezoelectric phononic crystal resonators (Yale Physics co-authors Lehnert, Metzger)
- Measurement of a microwave cavity via hybridization with a remote Josephson circuit (Lehnert),
- TLS-induced thermal nonlinearity in phononic crystal defect resonators (Lehnert)
- Neural subspaces and the limits of mean-field theory (Lynn)
- Inferring minimax entropy models from neural responses to natural movies (Lynn)
- Simulating a surface code based on dual-rail cavity qubits (Girvin)
- Quantum Error Correction of Qudits Beyond Break-even (Girvin)
- Towards fault-tolerant stabilization of a GKP qubit using a Kerr-cat qubit (Girvin)
- Error-correctable microwave dual-rail qubits (Girvin)
- Quantum Random Access Memory: High-bandwidth solution and low-overhead QEC protocol (Girvin)
- Fault-tolerant photon addition for the bosonic error correction (Girvin)
- Systematic construction of time-dependent Hamiltonians for microwave-driven Josephson circuits (Girvin)
Additional session talks that include Yale Physics authors:
- A persistent-current-biased and current-actuated tunable coupler for modular quantum network (Lehnert)
- Noise performance of a high-throughput microwave-optical transducer in upconversion and downconversion (Part 1) (Lehnert)
- Noise performance of a high-throughput microwave-optical transducer in upconversion and downconversion (Part II) (Lehnert)
- Opto-Electro-Mechanical Transduction of Noisy Coherent States (Lehnert)
- Coherent microwave single-photon source for a mechanically mediated electro-optic transducer (Lehnert)
Poster session
- Halona Dantes, Graduate Student (Sweeney), Inferring Structure Factor of Living, Disordered Hyperuniform Systems with Structural Color
- Vasilisa K Malenkiy, Undergraduate Student (Moore), An Inkjet-Based Microsphere Loading System for Optical Precision Levitation in Sterile Neutrino Searches (Yale Physics co-authors: Jackie Baeza-Rubio, Lucas Darroch, Cecily Lowe, Aaron Markowitz, Siddhant Mehrotra, Moore, Thomas Penny, Benjamin Siegel, Yu-Han Tseng, Jiaxiang Wang)