Maksim Valialshchikov

Graduated from: Skolkovo Institute of Science and Technology

Research interests: Computational physics, neural networks, GPU computations

Thesis title: Numerical approaches for high energy laser physics problems

Publications:

1. Valialshchikov M.A., Seipt D., Kharin V.Yu., and Rykovanov S.G. Towards high photon density for Compton Scattering by spectral chirp. Submitted to Phys. Rev. A; arxiv: 2204.12245
2. Valialshchikov M.A., Kharin V.Yu., Rykovanov S.G. Narrow bandwidth gamma comb from nonlinear Compton scattering using the polarization gating technique. Phys. Rev. Lett. 126.19 194801 (2021); (Q1, nature index)
3. Valialshchikov M.A., Ruijter M., Rykovanov S.G. On the usage of tapered undulators in the measurement of interference in the intensity-dependent electron mass shift. Crystals 11(5), 486 (2021); (Q2)
4. Ruijter M., Petrillo V., Teter T. C., Valialshchikov M., Rykovanov S. Signatures of the carrier envelope phase in nonlinear Thomson scattering. Crystals 11(5), 528 (2021); (Q2)
5. Valialshchikov M.A., Kharin V.Yu., and Rykovanov S.G. Polarisation gating technique in nonlinear Compton scattering: effect of radiation friction and electron beam nonideality. Quantum Electronics 51.9 812 (2021); (Q2). 

Conferences:

• Short talk. YITP Molecule-Type Virtual Workshop “The Schwinger Effect and Strong-Field Physics”, Kyoto University, 2021.
• Poster. Particle Physics and Cosmology 2020. IX Interinstitutional Youth Conference, The P.N. Lebedev Physical Institute.

Academic Mobility:

• Helmholtz Institute Jena, Jena, Germany. January – April 2022. Group of Prof. Dr. Matt Zepf.