
| Course | Ph.D. Physics |
| Cluster | Structured Light and Applications |
| Adviser | Nathaniel P. Hermosa II, Ph.D. |
| Socials |
Research interests
I am interested on the optical techniques for characterizing materials.
BS Thesis
The Quantum Description of a Particle Moving in a Constant Force Field with Constant Friction: A Hida-Streit Formulation Approach
MS Thesis
Monte Carlo Simulation of Flory Index and the Distribution of End-to-end distance of a Fractional Brownian Linear Chain Homopolymer
SPP articles
[SPP1] K. C. Agustin, P. K. C. Emano, J. L. Lopez, I. D. Pelaez, G. A. Punay, R. N. Baybayon, and M. M. S. Villamayor. Design and operation of an acrylic chamber feather in a vacuum experiment. In Proceedings of the Samahang Pisika ng Pilipinas, volume 42, pages SPP–2024–PF–16, 2024.
[SPP2] D. G. C. Banguilan, R. N. Baybayon, and N. P. Hermosa. Stokes parameters of light in a modified young’s double-slit experiment. In Proceedings of the Samahang Pisika ng Pilipinas, volume 41, pages SPP–2023–PA–28, 2023.
[SPP3] R. N. Baybayon, L. J. T. Baldonado, M. I. Badlisan, and N. P. Hermosa. Statistical properties of a laser pointer speckle field at different propagating distances. In Proceedings of the Samahang Pisika ng Pilipinas, volume 42, pages SPP–2024–PD–14, 2024.
[SPP4] R. N. Baybayon and N. P. Hermosa. White noise analysis of a speckle field with optical memory effect. In Proceedings of the Samahang Pisika ng Pilipinas, volume 42, pages SPP–2024–PD–18, 2024.
Other Journal Articles
J. Bornales, C. Cabahug, R. Baybayon, S. Bantayan, and B. Gemao. Computer simulations of self-repelling fractional brownian motion. In C. C. Bernido, M. V. Carpio-Bernido, M. Grothaus, T. Kuna, M. J. Oliveira, and J. L. da Silva, editors, Stochastic and Infinite Dimensional Analysis, pages 75–84, Cham, 2016. Springer Interna- tional Publishing.
Non-research interests
I love playing instruments like bass guitar and guitar. Also, I love playing DOTA 2.