Electromagnetic Waves in Systems with Dispersion and Variable Parameters*. Soviet Journal of Radiophysics v.3, p.818 (1960)

Generator in Decimetre Wavelength Range with Electronically Variable Frequency*. Reprint of Radiophysics Research Institute, Gorky, (1962)

Theory of Stimulated Raman Scattering*. Soviet Journal of Radiophysics v.7, p.675 (1964)

Some Questions of Stimulated Two-Photon Emission Theory. Soviet Journal of Radiophysics, v.8, p.353 (1965)

Resonant Field Influence on Two-Photons Laser Generation. Soviet Journal of Radiophysics, v.9, p.330 (1996)

Second Harmonic Generation in a Laser. Soviet Journal of Radiophysics, v.9, p.44 (1966)

Resonance Parametric Interaction of Strong Fields at Optical Frequencies. Soviet Physics – JETP, v.24, p.1012 (1967)

Resonance Parametric Interactions and SRS in a Medium with Dispersion. In a book „Nonlinear Optics“*(coll. pop.), Proc. Of the 2nd All-Union Symposium on Nonlinear Optics (Nauka, Novosibirsk, 1966) p.260

Abstract of PH.D.Thesis „Theory of Nonlinear Processes Wherein Laser Beams Interact with Matter“*USSR Acad.Sci., Institute of Radioengineering and Electronics (IRE), Moscow 1967

Up-Conversion of the Laser Frequency in a Three-Photon Process. Soviet Radiophysics. Quantum Electronics issue, v.10, p.106 (1967)

Nonlinear Processes Wherein a Powerful Laser Beam Propagates in the Atmosphere* IRE Reprint, USSR Acad. Sci., Moscow (1967)

Stimulated Raman Scattering by Infrared-Active Transitions*. Reports to the 3rd All-Union Symposium on Nonlinear Optics, Moscow State University, 1967, p.52

Theory of SRS by Infrared-Active Transitions. Sov. Phys.-JETP v.28, p. 656 (1969)

Multi-photon Absorption and Quadratic Stark-Effect in Three-Level Systems*. Reports to the 4th All-Union Symposium on Nonlinear Optics, Moscow State University, 1968, p.62

CO2-Laser Beam Propagation in the Atmosphere*. IRE Reprint USSR Acad.Sci., Moscow 1968

Potential Observation of Self-Action of Light Caused by SRS. Sov. Radiophysics. Quantum Electronics issue, v.12, p.1395 (1969)

Nonlinear Polarizations in Resonant Interactions of an Electromagnetic Field with Matter. Soviet Phys.-JETP v.32 p.501 (1971)

Interactionof Light Beams Caused by SRS*. Reports to the 5th All-Union Symposium on Nonlinear Optics, Moscow State University, 1970, p.62

Nonstationary Nonlinear Polarizability Caused by Laser Pulses*. Reports to the 5th All-Union Symposium on Nonlinear Optics, Moscow State University, 1970, p.16

Self-Action of Light Caused by SRS. Sov. Journal of Optics and Spectroscopy, v.31, p.120 (1971)

Peculiarities of Self-Action in Absorption Medium and Conditions for Observation of Self-Confusing Caused by Resonant Absorption. Sov. Phys.-JETP, v.34, p.276 (1972)

Nonlinear Absorption Coefficient of Electromagnetic Waves in Astrophysical Conditions*. Sov.J. of Astrophysics v.7, n.3, p.501 (1972)

Propagation of Powerful Laser Beams in the Atmosphere. Part I. IRE Reprint, USSDR Acad. Sci., Moscow (1972)

Spatially-Bounded Phase Capture and Axial Anti-Stokes Radiation in SRS in Gases. JETP Letters, v.17, p.285 (1973)

Propagation of Powerful Laser Beams in the Atmosphere Part II*. IRE Reprint, USSR Acad. Sci., Moscow (1972)

Experimental Investigation of the Polarizability of the H2 Molecule in the Excited Vibrational State. JETP Letters, v.19, p.253 (1974)

Three and Four-Photon Resonant Parametric Interactions When Phase Locking Occured*. Reports to the 7th All-Union Conference on Coherent and Nonlinear Optics. Moscow State University, 1974, p.60.

Influence of Spatially- Bounded Phase Locking on Behavior of the Anti-Stokes Component of SRS*. Reports to the 7th All-Union Conference on Coherent and Nonlinear Optics. Moscow State University, 1974, p.99

Measurement of Polarizability of the Hydrogen Molecules in an Excited Vibrational State*. Reports to the 7th All-Union Conference on Coherent and Nonlinear Optics. Moscow State University, 1974, p.74

The Amplification Method of Image Contrast in Coherent Light*. Sov. Journal Quantum Electronics v.1, p. 1725 (1974)

A description of Resonant Multiphoton Interactions of Light and Matter by the Means of the Generalized Two-Level System*. IRE Reprint n.31, USSR Acad.Sci. Moscow (1974)

Theory of Resonant Four-Photon Interactions. Sov. Phys. JETP v.41, p.247 (1975)

The Generalized Two-Level System Populations Change Under the Effect of Quasi-Monochromatic Fields*. IRE Reprint, USSR Acad.Sci., Moscow (1975)

Influence of Parametric Processes on the Generation of Stokes Components of SRS Under Biharmonic Pumping. JETP Letters, v.21, p.105 (1975)

Frequency Transformation in Four-Photon Resonant Parametric Interactions Based on SRS. Sov. Journal Quantum Electronics v.5, p.917 (1975)

Investigation of Resonant Radiation While SRS Occurs in Gases*. Sov. Journal of Quantum Electronics, v.2, No.10 (1975)

Soft Excitation of Stimulated Two-Photon Emission. JETP Letters v.21, p.234 (1975)

Influence of Resonant Parametric Processes on SRS Dynamic. In the book, „Stimulated Raman Scattering“, Znanie, Kiev, 1975 p.79

Investigation of Parametric Mechanism of a Second Stokes Component Generation in SRS. In the book „Stimulated Raman Scattering“, Znanie, Kiev, 1975

Effect of the Phase Locking on the Dynamics of the Anti-Stokes Component of Stimulated Raman Scattering. Sov. Phys. JETP v.43, p.430 (1976)

Generation of a Difference Frequency in Stimulated Raman Scattering in a Medium in a Spatially Modulated Electrostatic Field. Sov. Tech. Phys. Lett. v.2, p.99 (1976)

Investigating Resonant and Quasi-resonant Parametric Processes in Vapors of Barium and Cesium. Sov. Journal of Quantum Electronics v.6, p.369 (1976)

Effect of Four-Wave Parametric Processes on the Dynamics of the Stokes Components of Stimulated Raman Scattering. Sov. Phys. JETP v.43, p.873 (1976)

A Canonical Description of Molecular Behavior During Multi-Quantum Interactions with an Electromagnetic Field*. Reports to the 8th All-Union Conference on Coherent and Nonlinear Optics. Tbilisi, 1976, p.341

Radiation with a wavelength of 2.41 mkm in Compresses Hydrogen Place in a Spatially Modulated Electrostatic Field*. Reports to the 8th All-Union Conference on Coherent and Nonlinear Optics. Tbilisi, 197, p.110

Four-Wave Parametric Frequency Shift in Transparent Condensed Medium. Sov. Tech. Phys. Lett. v.2, p.100 (1976)

Generalized Two-Level System: Susceptibility and Polarization*. IRE Reprint, n.10 USSR Acad. Sci., Moscow (1976)

A Canonical Description of Multiquantum Resonance Interactions of Radiation and Matter. Sov. Phys. JETP v.44, p.897 (1976)

Method of Obtaining Holograms. USSR Patent No. 508142, 1975

Method of Transformation and Intensification of an Objects Image. USSR Patent No. 533254, 1976

Abstract of Post-Doctorate Dissertation „Resonant Multiphoton Processes in Gaseous Media“ USSR Acad. Sci. Lebedev Inst. of Physics, Moscow (1977)

The Role of a Parametric Process and SRS in Second Stokes Component Generation. Sov. Journal of Quantum Electronics v.7, p.867 (1977)

The Feasibility of Effective Amplification Optical Signals as a Result of Four-Waves Paramatric Processes*. Sov. Journal Quantum Electronics v.8, p.698 (1978)

The Feasibility of the Effective Conversation of Frequencies in an Active Medium*. Sov. Journal of Quantum Electronics. v.8, p. 2065 (1978)

Lifting the Hindrance of Absorption in Strong Light Fields and Excitation of Polyatmic Molecules. Sov. Phys. JETP v.49, p.23 (1979)

Conditions of Observing a Spontaneous and Stimulated Raman Scattering on Forbidden Rotational and Vibrational-Rotational Transitions in a Strong Light Field. Sov. Journal of Quantum Electron. v.9, p.2447 (1979)

High Frequency Hindrance Lifting and Possibility of Multiphoton Amplification in Active Molecular Media. Sov. Phys. JETP v.51, p.245 (1980)

A Resonant Parametric Frequency Conversion in Active Mediums. In the book „Nonlinear Resonant Conversion of Laser Frequencies“*. (coll.pap) FAN, Tashkent (1979)

Picosecond Pulse Generation During Raman Scattering Biharmonic Pumping. Sov. Tech. Phys. v.25, p.1019 (1980)

New Effects in SRS of Wide Spectrum Pumping Field*. Reports to the 10th All-Union Conference on Nonlinear Optics and Coherent Optics, Kiev, 1980

Resonant Parametric Frequency Conversion in Active Mediums*. Sov. Journal of Quantum Electronics. v.8, p.197 (1981)

A Method of Amplifying Superpower Laser Impulses. USSR Patent No. 2768756 (1979)

A Method of Obtaining Light Impulses with a Steep Front. USSR Patent No. 2876505 (1980)

The Feasibility of Creating Parametric Light Generators on the Basis of Four-Waves Interaction in Active Mediums*. Sov. Journal of Radiophysics v.24 (1981)

Stationary Ultrashort Pulses in Resonant Molecular Media. Sov. Phys. JETP v.55, p.241 (1982)

About Exploiting Some Possible Advantages of Two-Photon Induced Stimulated Irradiation of Molecular Complexes*. Sov. Journal Radiophysics v.28, p.1539 (1985)

The book „Resonant Nonlinear Interactions of Light with Matter“, Springer-Verlag, New-York, 1989

Human Electrocortical Response to Bio-Active Light Emitting Source (Bales), Collection of Reports at IEEE, Technology for Medicine and Biology Conference, Philadelphia, Pa. Nov. 1990

Stripline Flat Antenna, US Patent no. 4933679 (June12, 1990)

New Design Procedure for Big-aperture Flat Antennas, New Americans Collected Scientific Reports, v.1, 1991, p.126

The Effect of Subtle Energy on Autonomic Nervous System Response as Quantified by the Heart Rate Variability Test, Society for Scientific Exploration 21st Annual Meetin, Virginia (May, 2002) Abstract: Newsletter for the Society for Scientific Exploration (2002) Vol. 18

Monotomic Subtle Energy Patterns Infused in Water and their Influence on Plant Growth, Society for Scientific Exploration 21st Annual Meeting, Virgina (May, 2002) Abstract: Newsletter for the Scientific Exploration (2002) Vol. 18

The Missing Link in Modern Medicines Concept of Health, Advancements in Foundational Therapy Conference, Arizona (March, 2003)

Energy – The Missing Link to Health, Science of Whole Person Healing – Proceedings of the First Interdisciplinary International Conference Vol. 1 p. 157-171, Washington, D.C. (2003)

New Understandings on the Effects of Energetic Pollution on the Healing Process and Solutions Made Possible with Vital Force Technology, Proceedings of the Medical Week Baden-Baden Conference, Baden-Baden, Germany, Nov. 2008

Creating „Informed Water“ for Specific Healing Applications with Vital Force Technology, Proceedings of the Symposium of the German Federation of Energetic and Informational Medicine, Heidelberg, Germany, Oct. 2008

Die Schulphysik sollte endlich feinstoffliche Konzept anerkannter Dunkle Materie, Raum & Zeit, Nr. 161 Sep./Okt. 2009, Artikel p.85-91, Wolfratshausen, Germany.

Improved Healing Effects Made Possible in Environments Energetically Cleaned with Vital Force TechnologyTM, Proceedings of the Symposium of the German Federation of Energetic and Informational Medicine, Heidelberg, Germany, June 2010.

Vital Force Technology of Yury Kronn, Life Force – The Scienitific Basis, Claude Swanson, p. 354 – 357, Poseidia Press, Tucson, AZ, 2010.

*in Russian