Editing Danilo Yanga (section)

== Publications ==

*Yanga, D.M. A Reveiw of Supersymmetry and Some Fundamentals of Super Gravity. Baguio City, 1983<br>
*Yanga, D.M.A Spin-Coefficient Approach To Supersymmeteric Theory. National Congress, Manila, 1984<br>
*Yanga, D.M.The Hamiltonian Approach to Stochastic Quantization Method. San. Carlos University, Cebu City, 1985<br>
*Yanga, D.M. Integrability Conditions and Quantum Origin Of Anomatics. U.P. Los Banos, Laguna , 1988<br>
*Sayakanit, V., Poulter, J., Yanga, D.M. The RVB Theory of High Tc Superconductivity in the Slave Boson Formulation. Bangkok, Thailand , 1990<br>
*Sayakanit, V., Poulter, J., Yanga, D.M. Spinons, Holons, and Fractional Quantization of High Tc Superconductivity. Bangkok, Thailand , 1990<br>
*Yanga, D.M. Mechanism of High Tc Superconductivity. National Physics Congress, 1990<br>
*Yanga, D.M.The pair-excitation model of high Tc superconductivity, Progress of Theoretical and Experimental Physics. 10th National Physics Congress, 1991<br>
*Yanga, D.M. A mean Field RVB Theory for Copper Oxides Super conductors in Terms of Auxilliary Boson Fields. Transactions of the National Academy of Science and Technology, 1991<br>
*Yanga, D.M. The Scientists in the Academe. U.P. Diliman Quezon City, 1992 <br>
*Yanga, D.M., Talisayon, V. A National Plan for University Physics Education. Hiratsuha, Japan, 1992 S <br>
*Yanga, D.M. The Practice of Translation in Science. U.P Diliman Quezon City, 1992 S<br>
*Yanga, D.M., Villafor, A. Commercial and Industrial Applications of High Critical Temperature Superconductors. NRCP Pre-annual Meeting, Manila, 1993<br>
*Posadas, R., Yanga, D.M. Spin-coefficient approach to electromagnetic multipole expansions: II Static and time-dependent expansions. Natural and Applied Science Bulletin, 1984, 36,127<br>
*Posadas, R., Yanga, D.M. Spin-coeffiecient approach to electromagnetic multiple expansion: I. Mathematical formalism. Natural and Applied Science Bulletin, 1984, 36,49<br>
*Magpantay, J.A., Yanga, D. M. Derivation of the Lee-Yang Term Via Stochastic Quantization. Physical Review (American Physical Society), 1985, 32,516<br>
*Posadas, R., Yanga, D.M. Lienard-wieehert fields in the spin -coefficient formalism. Philippine Journal of Science, 1985, 114,207<br>
*Magpantay, J., Yanga, D. M. Stochastic quantization and the tunneling problem. Physical Review (American Physical Society), 1986, 34,557<br>
*Magpantay, J.A., Yanga, D. M. Derivation of the Lee-Yang Term Via Stochastic Quantization. Physical Review (American Physical Society), 1985, 32,516<br>
*Namiki, M., Ohba, I., Tanaka, S., Yanga, D.M. Stochastic derivation of the chiral anomaly based on the generalized langevin equation. Physics Letters B, 1987, 194,530 1990<br>
*Yanga, D.M. Grassman calculus and stochastic quantization of fermionic fields. Progress of Theoretical and Experimental Physics, 1987, 1,10<br>
*Yanga, D.M. Stationary property of an arbitrary bilinear fermionic functional and chiral U(1) anomaly in in stochastic field quantization. Transactions of the National Academy of Science and technology (Philippines), 1987, 9,107<br>
*Sayakanit, V., Poulter, J., Yanga, D. M. The RVB theory of high superconductivity in the slave boson formulation. A Chulalongkorn Manuscript, Forum for Theoretical Science, Bankok, Thailand, 1990<br>
*Sayakanit, V., Poulter, J., Yanga, D. M. Spinons, holons, and fractional quantization of high Tc superconductivity. Chulalongkorn Preprint, Forum for Theoretical Science, Bangkok, Thailand ,<br>
*Yanga, D. M. Mechanisms of high Tc superconductiviy. Progress of Theoretical and Experimental Physics, 1990<br>
*Yanga, D.M. The pair-excitation model of high Tc superconductivity. Progress of Theoretical and Experimental Physics , 1991<br>
*Yanga, D. M. A mean field RVB Theory for copper oxides superconductors in terms of auxiliary boson fields. Transactions, National Academy of Science and Technology , 1991<br>