James Rohlf

James Rohlf is a Professor of Physics at Boston University specializing in particle physics at the energy frontier. His distinguished career spans multiple generations of particle physics experiments, with pivotal contributions to landmark discoveries including the observation of jets, the W and Z boson discoveries, and the Higgs boson discovery.

Dr. Rohlf's primary research interests encompass:

• Particle Physics at the Energy Frontier
• Quantum Chromodynamics
• Collider Physics and Detector Development
• Standard Model Tests
• Higgs Boson Physics
• Electroweak Physics

His publication record demonstrates a remarkable trajectory from foundational work in jet physics to participation in the most significant particle physics discoveries of the past half-century. His earliest work at Fermilab established techniques for jet detection that became standard in the field, while his later contributions to the W/Z boson discoveries at CERN and the Higgs boson discovery with CMS represent some of the most important confirmations of the Standard Model. Dr. Rohlf's research consistently bridges theoretical frameworks with experimental implementation, particularly evident in his development of cutting-edge digital electronics for detector readout systems.

Dr. Rohlf maintains active involvement in the CMS experiment at CERN's Large Hadron Collider, continuing his decades-long commitment to probing the fundamental structure of matter. His work exemplifies the progression of experimental particle physics from fixed-target experiments through collider physics to the modern high-energy frontier.