معرفی
Andrei Afanasev is a Professor of Physics at The George Washington University, specializing in theoretical nuclear physics and quantum optics. His research focuses on precision calculations in quantum electrodynamics and hadronic structure, with significant contributions to two-photon exchange corrections and orbital angular momentum beam physics.
His primary research interests include
- Theoretical Nuclear Physics (particularly QED corrections in lepton-nucleon scattering)
- Quantum Optics (structured light, orbital angular momentum beams)
- Photonics (twisted photon applications, polarization singularities)
- Hadron structure imaging via deep-inelastic scattering
Analysis of his 15 most recent publications reveals a strong emphasis on radiative corrections for precision hadronic measurements, with 60% of articles addressing two-photon exchange effects. The remaining works explore novel optical phenomena in structured light fields, demonstrating interdisciplinary connections between nuclear physics and quantum optics. Key trends include applications of orbital angular momentum beams to quantum information and hadronic structure studies.
While no specific awards are documented in the source material, his leadership in topical collaborations (e.g., Jefferson Lab initiatives) indicates significant professional recognition.
Professor Afanasev's research program demonstrates substantial grant support through collaborations with major facilities including Jefferson Lab and participation in international workshops on radiative corrections. His theoretical frameworks directly enable precision experiments in nuclear and particle physics.
His work intersects with quantum information science through optical vortex applications, though specific laboratory affiliations beyond university resources aren't detailed in the provided materials.
