Contents -- Preface -- 1. On the Photon Mass Written together with 1. Yu. Kobzarev, Soviet Physics Uspekhi 11 (1968) 338-341. -- 1. INTRODUCTION -- 2. PHOTON MASS AND VELOCITY OF LIGHT AND OF RADIO WAVES -- 3. PHOTON MASS AND STATIC FIELDS -- 4. PHOTON MASS AND BLACKBODY RADIATION -- CONCLUSION -- 2. Mass, Energy, and Momentum in Einstein's Mechanics (x, /3, J ... Z. A Primer in Particle Physics (Harwood Academic Publishers, 1987), pp. 9-13. -- 3. The Concept of Mass Physics Today, June 1989, pp. 31-36. -- References -- 4. Putting to Rest Mass Misconceptions Reply to Letters of W. Rindler, M. A. Vandyck, P. Murugesan, S. Ruschin and C. Sauter, Physics Today, May 1990, pp. 13, 115, 117. -- REFERENCES -- 5. The Concept of Mass (Mass, Energy, Relativity) Soviet Physics Uspekhi 32 (1989) 629-638. -- 1. A small test Instead of an Introduction -- I. FACTS -- 2. Mass in Newtonian mechanics -- 3. Gallleo's principle of relativity -- 4. Einstein's principle of relativity -- 5. Energy, momentum, and mass In the theory of relativity -- 6. limiting cases of the relativistic equations -- 7. Connection between the force and acceleration in the theory of relativity -- 8. Gravitational attraction In the theory of relativity -- 9. Mass of a system of particles -- 10. Examples of transformations Into each other of rest energy and kinetiC energy -- 11. Comparison of the role played by mass In the theories of Einstein and Newton -- 12. The nature of mass: Question No.1 of modem physics -- II. ARTIFACTS -- 13. At the turn of the century: Four masses -- 14. Mass and Energy in Einstein's papers in 1905 -- 15. "Generalized Poincare formula" -- 16. A thousand and two books -- 17. Imprinting and mass culture -- 18. Why It is bad to call E/c2 the mass -- 19. "Does mass really depend on velocity, dad?" -- 20. Flzlka v shkole (Physics at School).

6. The Fundamental Constants of Physics Soviet Physics Uspekhi 34 (1991) 818-826. -- 1. INTRODUCTION -- 2. LET US PLAY WITH THE VELOCITY OF LIGHT -- 3. THREE FUNDAMENTAL CONSTANTS -- 4. THE ANTHROPIC NATURE OF THE PHYSICAL UNIVERSE -- 5. THE ANTHROPIC PRINCIPLES -- 6.IN WHAT IS THERE HOPE? -- 7. MENTAL EXPERIMENTS. IS THE PLANCK SCALE NOT A MIRAGE? -- 8. CONCLUSION -- 7. The Problem of Mass: from Galilei to Higgs Physics at the Highest Energy and Luminosity: To Understand the Origin of Mass, ed. A. Zichichi (Plenum Press, New York, 1992), pp. 1-24. -- 1. INTRODUCTION -- 2. THE MASS OF A PARTICLE -- 3. THE MASS IN XVI-XVII CENTLTRIES -- 4. THE MASS IN XVIII AND XIX CENTURIES -- 5. THE MASS OF A SYSTEM OF FREE PARTICLES -- 6. INTERACTIONS AND BINDING ENERGY -- 7. QUARKS AND GLUONS CONFINED IN HADRONS -- 8. THE PATTERN OF MASSES OF ELEMENTARY PARTICLES -- 9. SCALARS AND THE NATURE OF MASS -- 10. CONCLUSIONS -- DISCUSSION -- 8. Vacua, Vacuum: Physics of Nothing Proc. of a NATO Advances Research Workshop on the History of Original Ideas and Basic Discoveries in Particle Physics, Erice, Italy, July 27-August 4, 1994, eds. H. B. Newman and T. Ypsilantis (Plenum Press, New York, 1995), pp. 67-72. -- ABSTRACT -- 1. INTRODUCTION -- 2. POMERANCHUK ON VACUUM -- 3. LANDAU ON VACUUM -- 4. "MIRROR WORLD" -- 5. SAKHAROV AND BAU -- 6. KIRZHNITZ ON VACUUM -- 7. VACUUM DOMAIN WALLS -- 8. FALSE VACUUM -- 9. THE SUBJECTS I HAVE TO OMIT -- REFERENCES -- 9. Note on the Meaning and Terminology of Special Relativity Eur. J. Phys. 15 (1998) 403-406. -- 1. The relativity of Galileo Galilei -- 2. The relativity of Albert Einstein -- 3. Archaic notions and notations -- References -- 10. On Relativistic Apple: Exchange of Letters with M. R. Kleemans in August 1998 -- 11. Current Status of Elementary Particle Physics Physics-Uspekhi 41 (1998) 553-557.

1. Sixteen fundamental particles -- 2. Fundamental fermions -- 3. Fundamental vector bosons -- 4. Running coupling constants -- 5. Colliders -- 6. Why do we need still larger colliders? -- 12. Gravitation, Photons, Clocks Written together with K. G. Selivanov and V. L. Telegdi, Physics-Uspekhi 42 (1999) 1045-1050. -- 1. Introduction -- 2. Experiments -- 3. Theory up to 1916: Einstein elevator -- 4. General relativity: metric -- 5. Pseudoderivation and pseudointerpretation of the gravitational red shift -- 6. Measurement of the wavelength -- 7. Conclusions -- Acknowledgments -- References -- 13. On the Interpretation of the Redshift in a Static Gravitational Field Written together with K. G. Selivanov and V. L. Telegdi, Am. J. Phys. 68 (2000) 115-119. -- I. INTRODUCTION -- II. EXPERIMENTS -- III. THEORY BEFORE GENERAL RELATIVITY: "ELEVATORS" -- IV. THEORY IN THE FRAMEWORK OF GENERAL RELATIVITY: METRIC -- V. PSEUDODERIVATION AND MISINTERPRETATION OF GRAVITATIONAL REDSHIFT -- VI. THE WAVELENGTH MEASUREMENT -- VII. CONCLUSIONS -- ACKNOWLEDGMENTS -- 14. Photons and Static Gravity Mod. Phys. Lett. A 15 (2000) 1941-1947. -- 1. Introduction -- 2. Redshift and Clocks -- 3. Photon Velocity -- 4. Radar Echo -- 5. Deflection of Light -- 6. Conclusions -- Acknowledgments -- References -- 15. A Thought Experiment with Clocks in Static Gravity Mod. Phys. Lett. A 15 (2000) 2007-2009. -- 1. Introduction -- 2. Dialogue on the Thought Experiment -- 3. Conclusion -- Acknowledgments -- References -- 16. Relation between Energy and Mass in Bohr's Essay on His Debate with Einstein Physics of Atomic Nuclei 64 (2001) 536-539. -- 1. lNTRODUCTION -- 2. EINSTElN'S GEDANKEN EXPERIMENT -- 3. FAMOUS FORMULA E = mc2 -- 4. E OR Eo? 1905-1921 -- 5. E OR Eo? 1921-1955 -- 6. BOHR'S COUNTERARGUMENT -- 7. ADDITIONAL COMMENTS ON TERMINOLOGY -- 8. CONCLUSION -- ACKNOWLEDGMENTS.

POSTSCRIPT -- REFERENCES -- 17. Trialogue on the Number of Fundamental Constants Written together with M. J. Duff and G. Veneziano, J. High Energy Phys. 0203 (2002) 023-053. -- Part I Fundamental constants: parameters and units -- 1. Introduction: parameters and units -- 2. Stoney's and Planck's units of L, T, M -- 3. The physical meaning of units -- 3.1 The meaning of c -- 3.2 The meaning of n -- 3.3 The status of G -- 4. The cube of theories -- 5. The art of putting c = 1, Ii = 1, G = 1 -- 6. International system of units -- 7. Remarks on Gabriele's part II -- 8. Remarks on Mike's part III -- 9. Conclusions -- Acknowledgments -- Part II Fundamental units III physics: how many, if any? -- 1. Introductory remarks -- 2. Three questions and one answer -- 3. Fundamental units in QFT+GR -- 4. Fundamental units in old-fashioned quantum string theory (QST) -- 5. Fundamental units in modern QST 1M-theory -- 6. The disagreement with Lev -- 7. The disagreement with Mike -- 8. Time variation of fundamental units? -- Acknowledgments -- Part III A party political broadcast on behalf of the Zero Constants Party -- 1. The false propaganda of the Three Constants Party -- 2. The false propaganda of the Two Constants Party -- 3. Three fundamental theories? -- 4. An operational definition -- 5. The operationally indistinguishable world of Mr. Tompkins -- 6. What about theories with time-varying constants? -- 7. Conclusions -- Acknowledgments -- References -- 18. Photons, Clocks, Gravity and the Concept of Mass Nucl. Phys. B (Proc. Suppl.) 110 (2002) 151-155. -- 1. MASS IN SPECIAL RELATIVITY -- 2. ATOMS IN STATIC GRAVITY -- 3. PHOTONS IN STATIC GRAVITY -- 4. MISLEADING TERMINOLOGY -- 5. UNSOLVED PROBLEMS OF m -- ACKNOWLEDGEMENTS -- REFERENCES.

19. Spacetime and Vacuum as seen from Moscow Proc. of the Inaugural Conf. of the Michigan Center for Theoretical Physics "2001: A Spacetime Odyssey", Univ. of Michigan, Ann Arbor, USA, 21-25 May 2001, eds. M. J. Duff and J. T. Liu (World Scientific, 2002), pp. 105-118. -- 1 Introduction -- 2 Pomeranchuk on vacuum -- 3 Landau on parity, P, and combined parity, CP -- 4 Search and discovery of K2 -+ 7r+7r- -- 5 "Mirror world" -- 6 Zeldovich and cosmological term -- 7 QeD vacuum condensates -- 8 Sakharov and baryonic asymmetry of the universe, BAD -- 9 Kirzhnits and phase transitions -- 10 Vacuum domain walls -- 11 Monopoles, strings, instantons, and sphalerons -- 12 False vacuum -- 13 Inflation -- 14 Brane and bulk -- References -- 20. Critical Velocities c/ J3 and c/ V2 in General Theory of Relativity Written together with S. 1. Blinnikov and M. 1. Vysotsky, Physics-Uspekhi 46 (2003) 1099-1103. -- 1. Introduction. Proper and coordinate velocities -- 2. Derivation of v c = 1/ J3 for r > R -- 3. Variation of v outside a black hole -- 4. Variation of v inside a star -- 5. A thought experiment in a tower and the critical proper velocity -- 6. Isotropic and harmonic coordinates -- 7. Conclusion and acknowledgements -- References -- 21. Fundamental Units: Physics and Metrology Astrophysics, Clocks and Fundamental Constants, eds. S. G. Karshenboim and E. Peik, Lect. Notes Phys. 648 (Springer, Berlin Heidelberg, 2004), pp. 57-74. -- 1 Introduction -- 2 Fundamental Parameters and Units -- 3 Planck Units -- 4 c, h, G - Units -- 5 Planck Units Are Impractical -- 6 Units of Stoney -- 7 Atomic Clocks and c -- 8 Towards a Kilogram Based on h -- 9 Kilogram as Frequency VK -- 10 Electromagnetism and Relativity -- 11 Concluding Remarks -- Acknow ledgements -- References.

22. The Virus of Relativistic Mass in the Year of Physics Gribov Memorial Volume IIQuarks, Hadrons and Strong Interactions: Proc. of the Memorial Workshop Devoted to the 75th Birthday of V. N. Gribov, Budapest, Hungary, 22-24 May 2005, eds. Yu. L. Dokshitzer, P. Levai and J. Nyiri (World Scientific, 2006), pp. 470-473.