Anatoly Petrovich Sukhorukov — Soviet and Russian physicist

Contributions and research areas

Sukhorukov made substantial theoretical contributions to the understanding of how waves behave when linear descriptions break down. His work addressed interactions between waves in different frequency bands and the mathematical description of processes that generate new frequencies from existing waves. These topics are central to modern optics, but also to related fields such as acoustics and radiophysics.

Within these broad topics, his publications and analyses are associated with phenomena that include parametric interactions, frequency conversion, and nonlinear wave mixing. Such effects underlie technologies from laser frequency doubling to signal processing in radio and ultrasonic devices; theoretical insights help predict when coherent structures like solitary waves or resonant exchanges will form.

Scientific context and methods

Nonlinear wave theory combines methods from applied mathematics and classical field theory to treat amplitudes, phases, and the stability of solutions. Sukhorukov contributed to that methodological toolbox by developing analytic descriptions and approximations useful for physicists and engineers working in theoretical and applied settings. His approaches helped bridge abstract models and experimentally observable effects.

Legacy and influence

Although not a household name outside specialist circles, Sukhorukov influenced later work in several disciplines by clarifying how nonlinear interactions modify wave spectra and energy flow. His efforts are reflected in continued theoretical studies and in practical areas where control of wave mixing and frequency conversion is important. Colleagues and students built on his analyses in both fundamental research and applied projects.

Areas illuminated by his work

• Nonlinear optics and frequency conversion (examples and theoretical bases)
• Radiophysics: signal interactions and modulation
• Acoustics: nonlinear propagation and harmonic generation
• Mathematical approaches to wave stability and resonant phenomena

For concise biographical notes, lists of publications, and links to memorials or institutional pages, see dedicated entries and resources: biographical summary, research overview, optics-related material, acoustics summaries, and local archives. Sukhorukov passed away in Moscow in 2014 after a lengthy career; his theoretical contributions remain part of the foundation for contemporary studies of waves and nonlinear interactions.