Kaden Hazzard

Kaden Hazzard is an Associate Professor at Rice University's Department of Physics and Astronomy. His work bridges theoretical atomic, molecular, and optical physics with quantum computing and condensed matter physics. He leads the Hazzard Research Group, focusing on quantum simulation, synthetic dimensions, and far-from-equilibrium dynamics.

• Education: BS in Physics & Math (2004) and PhD in Physics (2010), both from Ohio State and Cornell University.

Hazzard's research explores emergent phenomena in ultracold systems, including SU(N) symmetry, quantum criticality, and topological phases. His group develops novel theoretical frameworks for quantum simulation, leveraging synthetic dimensions and Rydberg atoms to study many-body physics.

Recent publications highlight advancements in quantum vacuum dynamics, SU(N) magnetism, and programmable quantum simulators. His work has been recognized with an NSF CAREER Award (2019), supporting algorithms to simulate ultracold matter and redefine low-temperature frontiers.

He mentors graduate and undergraduate students at Rice and has supervised numerous alumni now in academia, industry, and quantum technology sectors. Collaborations with experimentalists at JILA, NIST, and international institutions drive his research agenda.