SCIENTIFIC PAPERS OF KOSHUN SUTO

	Considering a Formula that Holds True inside a Hydrogen Atom that Is Derived Based on Einstein’s Energy-Momentum Relationship that Holds True in Free Space
	(22.June.2009)

	Violation of the Special Theory of Relativity as Proven by Synchronization of Clocks
	(24.June.2009)

The Possibility of the Existence of an Unknown Hydrogen
Atom Energy Level

　　　　　　　　　　　　Received 3 April 2009; accepted 24 June 2009; published online 27 August 2009

PHYSICS ESSAYS 22.359 (2009)

True Nature of Potential Energy of a Hydrogen Atom

　　　Received 15 August 2008; accepted 9 February 2009; published online 30 March 2009

PHYSICS ESSAYS 22.135(2009)

Alternative Formulation of Quantum Mechanics

(30.Oct.2008)

Abstract
I. Introduction
II. Relationship between energy and momentum of an electron inside a hydrogen atom
III. Recalculating Expression (II.8)
IV. Comparison of energy of a hydrogen atom as derived from the Dirac equation and from Expression (II.6)
V. Discussion
VI. New Relational Expression Quantization
VII. Conclusion
Acknowledgements
Appendix A
Appendix B
References

Theoretical Prediction of the Size of a Proton and Revision of the Rydberg Formula

(26.Jun.2008)

Abstract
1. Introduction
2. Electron energy as described according to classical mechanics
3. Electron Energy according to the Special Theory of Relativity
4. Relationship between energy and momentum of an electron inside a hydrogen atom
5. Total energy of an electron as defined from an absolute viewpoint
6. Recalculating Expression (5.3)
7. Orbit radius of an electron inside a hydrogen atom
8. Comparing the theoretical value and actual value of a photon’s wavelength
9. Conclusion
Acknowledgement
Appendix A
Appendix B
References

Breakdown of the Special Theory of Relativity as Proven
by Synchronization of Clocks

(12.Mar.2008)

Abstract
1. Introduction
2. Time adjustment of clocks in a moving coordinate system
3. Breakdown of SR as derived from synchronization of clocks
4. Discussion
5. Conclusion
Acknowledgements
Appendix
References

Revealing the Essence of Planck’s Constant II

(2.Jul.2007)

Abstract
I. Introduction
II. Planck's Constant Derived from Fundamental Physical Constant
III. Planck's Constant Derived from the Various Energies of a Photon
IV. Discussion
V. Conclusion
Acknowledgements
References

Revealing the Essence of Planck’s Constant

(26.Jun.2007)

Abstract
I. Introduction
II. Deriving Planck's Constant from Fundamental Physical Constant
III. Planck's Constant Derived from the Various Energies of a Photon
IV. Discussion
V. Conclusion
Appendix
Acknowledgements
References

Thought Experiment to Offer a Definitive Answer to the
Michelson-Morley Experiment

(Jan.2006)

Abstract
1. Introduction
2. Thought experiment which predict a result on the basis of Special Relativity
3. Discussion
4. Conclusion
Acknowledgements
References

Deriving an Atom's Stability from Classical Mechanics and from the Theory of Special Relativity

(May.2006)

Abstract
1. Introduction
2. Electron energy as described according to classical mechanics
3. Electron Energy according to the Theory of Special Relativity
4. Discussion
5. Conclusion
Acknowledgements
References

Limitation of Applicability of Einstein’s Energy-Momentum Relationship

(5.Jul.2005)

Abstract
1. Introduction
2. Relationship between energy and momentum of an electron inside a hydrogen atom
3. Orbit radius of an electron inside a hydrogen atom
4. New Relational Expression Quantization
5. Conclusion
Appendix A
Appendix B
Appendix C
Acknowledgements
References

Deriving Planck’s Constant from Fundamental Physical Constant

(21.Jun.2006)

Abstract
Discussion

THOUGHT EXPERIMENTS WHICH DISPROVE SPECIAL
RELATIVITY

(29.Oct.1994)

	. INTRODUCTION
	. INDICATION OF CONTRADICTION OF SPECIAL RELATIVITY AND INTRODUCTION OF AN UNKNOWN PHYSICAL QUANTITY : A DEPTH VELOCITY VECTOR
	. A NEW POINT OF VIEW WHICH TRANSCENDS SPECIAL RELATIVITY
	. CONCLUSION

REVISED VERSION OF MANUSCRIPT A

THOUGHT EXPERIMENTS WHOSE RESULTS DO NOT AGREE
WITH THE PREDICTION OF SPECIAL RELATIVITY

(3.Jul.2001)

	ABSTRACT
	. INTRODUCTION
	. THOUGHT EXPERIMENTS WHOSE RESULTS DO NOT AGREE WITH THE PREDICTION OF SPECIAL RELATIVITY
	. CONCLUSION

REVISION OF THE RELATIONAL EXPRESSION OF SPECIAL
RELATIVITY IN A HYDROGEN ATOM AND BOHR RADIUS

(4.Nov.2002)

	ABSTRACT
	. INTRODUCTION
	. RELATIONSHIPS BETWEEN ENERGY AND MOMENTUM OF AN ELECTRON IN A HYDROGEN ATOM
	. THE MEANING OF ENERGY E
	. ORBITAL RADIUS AND ENERGY OF AN ELECTRON IN A HYDROGEN ATOM
	. CONCLUSION

REVISED VERSION OF MANUSCRIPT C

LIMIT OF APPLICATION OF SPECIAL RELATIVITY AND THE SIZE OF A PROTON

(12.Nov.2004)

	ABSTRACT
	. INTRODUCTION
	. RELATIONSHIPS BETWEEN ENERGY AND MOMENTUM OF AN ELECTRON IN A HYDROGEN ATOM
	. THE MEANING OF ENERGY E
	. ORBITAL RADIUS AND ENERGY OF AN ELECTRON IN A HYDROGEN ATOM
	. CONCLUSION

NEW TRANSFORMATION EQUATION WHICH REPLACES LORENTZ TRANSFORMATION TO BE APPLIED IN AN ATOM

	ABSTRACT
	. INTRODUCTION
	. INTRODUCTION OF A NEW TRANSFORMATION EQUATION THAT REPLACES LORENTZ TRANSFORMATION
	. CONCLUSION

NEW PROBLEM OF TWIN PARADOX

	ABSTRACT
	. INTRODUCTION
	. 'TRIPLET EXPERIMENT' BY THREE OBSERVERS (THOUGHT EXPERIMENT 1) AND ANOTHER 'TRIPLET EXPERIMENT' PERFORMED BY REPLACING ONE OBSERVER WITH ANOTHER OBSERVER (THOUGHT EXPERIMENT 2)
	. CONCLUSION