1. Aharonov, Y. and D. Bohm.  Significance of electromagnetic potentials in the quantum theory.  Physical Review, Second series. Vol. 115, Number 3., August 1, 1959. p. 485-491. [In the total absence of electromagnetic force fields, the potentials remain and can interfere at a distance to produce real effects of charged particle systems. Forced fields are actually effects generated from potentials. See: Whittaker's two papers and research by T. E. Bearden on radioactive neutralization.] 



2. Anomalous water -- explained by Brown's Gas research. Planetary Association for Clean Energy Newsletter. Vol. 6 (4), July, 1993. p. 11 - 12.



3. Bearden, T. E.. A redefinition of the energy ansatz, leading to a fundamentally new class of nuclear interactions. In: Proceedings of the 27th Intersociety Energy Conversion Engineering Conference, San Diego, California. 1992. IECEC, c/o American Nuclear Society. Vol. IV. p. 4.303 - 4.310.



4. Bird, Christopher. The destruction of radioactive nuclear wastes: does Professor Yull Brown have the solution ?  Explore !  Volume 3, Number 5. 1992. p. 3.



5. Brown, Yull. Welding. U.S. Patent 4,014,777. March 29, 1977. ["The invention also relates to atomic welding to which the mixture {of hydrogen and oxygen generated ion substantially stoichiometric proportions} is passed through an arc causing disassociation of both the hydrogen and oxygen into atomic hydrogen and oxygen which on recombination generate an extremely hot flame."]



6. Brown, Yull. Arc-assisted oxy/hydrogen welding. U.S. Patent 4,081,656. March 28, 1978.



7. Bruch, R., Elizabeth A. Rauscher, H. Wang, T. Tanaka and D. Schneider. Bulletin of the American Physical Society. Volume 37, 1992. [Discusses nature of variable decay rates of the radioactive nuclides, and the basis for their interaction with electromagnetic and gravitational forces].



8. Bruch, R., Elizabeth A. Rauscher, S. Fuelling, D. Schneider. Collision processes of molecules and atoms. In: L. Byass, editor. Encyclopedia of applied physics. American Institute of Physics. 1993. [Discusses nature of variable decay rates of the radioactive nuclides, and the basis for their interaction with electromagnetic and gravitational forces].



9. Costa de Beauregard, Olivier.  The expanding paradigm of the Einstein Theory.  In: Andrija Puharich, editor. Iceland Papers. New York. Essentia Research Associates. 1979. 190 p.; p. 161-189.



10. Dudley, H. C..  Radioactivity re-examined. CAEN Editors. April 7, 1975.  [Review of deviation of radioactive decay rates].



11. Haley, Daniel.  Transmutation of radioactive materials with Yull Brown's Gas -- 2500% radioactivity reduction. Planetary Association for Clean Energy Newsletter. Vol. 6 (4), July, 1993. p. 8 -9.



12. Harada, K. and Elizabeth A. Rauscher. Unified theory of Alpha decay. Physical Review. Volume 169, 1968. P. 818



13. Harada, K. and Elizabeth A. Rauscher. Alpha decay of Po212 Pb208, , Po210 Pb206, treated by the Unified Theory of Alpha decay. UCRL-70513, May, 1967. 



14. Kervran, C. Louis. Biological transmutations. Magalia, CA. Happiness Press. 1989. 163 p.



15. Kervran, C. Louis. Transmutation of the elements in oats: new analyses. Planetary Association for Clean Energy Newsletter. Vol. 2 (3), July/August 1980. p. 4-6.



16. Kervran, C. Louis. Transmutation à faible énergie. Paris Maloine. 1972. 



17. Magos, L. and T. W. Clarkson.  Volatilization of mercury by bacteria.  British Journal of Industrial Medicine. October, 1964. p. 294-8.



18. Rabzi, Georgiy S.  Mechanism of low temperature transmutation. In: John O'M. Bockris. Proceedings of Low-energy Transmutation Conference, Texas A&M University, June 19, 1995. [Available from New Energy News, P. O. Box 58639, Salt Lake City, Utah 84158-8639; (801) 583-6232, fax: 583-2963]



19. Rauscher, Elizabeth A. and R. Bruch. S-matrix theory of Alpha decay. [Book manuscript in progress.]  



20.. Puharich, Andrija [Henry K.]. Successful treatment of neoplasms in mice with gaseous superoxide anion (O2) and Ozone (O3) with rationale for effect. New York. Essentia Research Associates. [Presented to Sixth Ozone World Congress. International Ozone Association. May 26-28, 1983. Washington.] 89 p. [Pages 5-7 discuss numerous in vitro biological transmutation or Kervran reactions.]



21.. Puharich, Andrija [Henry K.]. Method and apparatus for splitting water molecules. U.S. Patent 4,394,230. July 18, 1983.



22.. Rauscher, Elizabeth A.. Study and application of the modification of nuclear decay rates by changes in atomic states. Tecnic Research Laboratories, Nevada. April, 1993. 28 p. [Protocol for design, test and implementation of decay rate change effects to nuclear waste materials].



23. Rauscher, Elizabeth A.  The properties of Plutonium and comparison to other metallic elements. University of California, Lawrence Berkeley Laboratory. February 23, 1991. [Set basis for variable decay rates of the radioactive nuclides -- and their interaction with electromagnetic and gravitational forces].



24.. Rein, Glen.  Ability of non-Hertzian energy to modulate Cobalt-60 radioactivity.  [Manuscript prepared for Canadian Environmental Assessment Agency presentation by the Planetary Association for Clean Energy]. 1 sheet. 1995.



25.. Rein, Glen.  Utilization of a cell culture bioassay for measuring quantum fields generated from a modified Caduceus Coil.  In: Proceedings of the 26th Intersociety Energy Conversion Engineering Conference, Boston, Massachusetts. IECEC, c/o American Nuclear Society. August, 1991. 4 pages. [Specific details regarding protocol and procedure used for modulation of radioactivity].



26. Smith, Wilbert B.. The new science. Ottawa. The Planetary Association for Clean Energy. 1995. Keith Press. 1964. 72 p.



27. Soinski, A. J., Elizabeth A. Rauscher and J. O. Rasmussen. Alpha particle amplitude and phases in the decay of 253Es.  Bulletin of American Physical Society. Volume 18, 1973. p.768. [Modulation of decay rate of radionuclides by extra nuclear environmental conditions].



28. Yull Brown's Gas. Planetary Association for Clean Energy Newsletter. Vol. 6 (4), July, 1993. p. 10 - 11.



29. Whittaker, E. T..  On the partial differential equations of mathematical physics. Mathematische Annalen. Vol. 57,. 1903. p. 333-355. [Demonstrates that a standing scalar potential wave can be decomposed into a special set of directional electromagnetic waves that convolute into a standing scalar potential wave. As a corollary, then, a set of bi-directional electromagnetic waves -- stress waves -- can be constructed to form such a wave in space. Whittaker's wave represents a standing wave of variation in the local curvature of vacuum.]



30. Whittaker, E. T..  On an expression of the electromagnetic field due to electrons by means of two scalar potential functions.  Proceedings of the London Mathematical Society.  Vol. 1. 1904. p. 367-72. [Shows how to turn a standing scalar potential wave back into electromagnetic energy, even at a distance, by scalar potential interferometry, anticipating and greatly expanding the famous Aharonov-Bohm effect, predating the modern (Bohm) hidden variable theory of quantum potentials.  Such a procedure could be developed to neutralize radioactive nuclei.]