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Cristine Villagonzalo | Alumni

52 Alumni Mentored

4 PhD alumni

PhD Physics

  1. Vladimir Villegas (2nd Sem 2021-2022)
    Refrigeration and spin transport of a one-dimensional Fermi-Hubbard optical lattice exposed to external electromagnetic fields and a Fermi gas bath
  2. Neris Ilano Sombillo (2nd Sem 2020-2021)
    Nonrefocusing nuclear magnetic resonance quantum information processing
  3. Carlos Baldo III (1st Sem 2015-2016)
    Spin-polarized electron transport in a uniform perpendicular magnetic field along a curved nanowire with Rashba and Dresselhaus spin-orbit couplings
  4. Rayda Gammag (1st Sem 2011-2012)
    Tilted magnetic fields and spin interactions on a two-dimensional electron gas at low temperatures

18 MS alumni

MS Physics

  • Andrei Espencer Ordonio (2nd Sem 2025-2026)
    Two-stroke quantum thermal machines with a linear qubit chain as working medium in a collisional model
  • Gene Herman (2nd Sem 2024-2025)
    Dynamics of quantum heat engines with varied external conditions
  • Klarence Feri (2nd Sem 2021-2022)
    Anisotropic specific heat of finite Lipkin-Meshkov-Glick spin system
  • Daniel Marquez (2nd Sem 2017-2018)
    The role of magnetic orbit to orbit interaction in a two-dimensional electron gas in electromagnetic fields
  • April Cortez (Midyear 2016)
    Modeling of spin injection to semiconductors in three-terminal ferromagnet-insulator-semiconductor junctions
  • Gene Itable (2nd Sem 2015-2016)
    Implications of the effective medium theory on the topological Anderson insulator phase
  • Gina Rose Tongco-Rosario (Summer 2014)
    Specific heat and magnetization of a two-dimensional electron gas with spin-interactions in tilted magnetic fields
  • Micielle Capili (2nd Sem 2011-2012)
    Percolation critical exponent β in a two-dimensional lattice with banned sites
  • Sarah Johnson (1st Sem 2009-2010)
    A numerical simulation of particle migration in the presence of transverse applied electric fields
  • Mary Joyce Hernal (2nd Sem 2008-2009)
    Percolation of topologically equivalent quadrilateral systems
  • Naomi Jane Jacosalem (Summer 2008)
    Designed quantum well-in-a-well structures using modified Pöschl-Teller potentials: Their bound states and scattering properties
  • Allan Alinea (2nd Sem 2007-2008)
    Variational Monte Carlo and a quantum well system in an external electric field: VMC algorithm implementation and a study of wavefunction, energy and particle confinement at the ground state
  • Rayda Gammag (1st Sem 2007-2008)
    The heat capacity of two-dimensional electron systems with broadened Landau levels
  • Louella Judy Vasquez (Summer 2006)
    Modeling of the thermoelectric transport properties of metallic single-walled carbon nanotubes
  • Joselito Muldera (2nd Sem 2005-2006)
    Thermoelectric transport coefficients of bulk and low-dimensional structures
  • Marienette Vega (2nd Sem 2003-2004)
    Magnetization and anisotropy of Fe/Co multilayers: A first principles calculation
  • Marites Labora (2nd Sem 2003-2004)
    Ab-initio structural investigation of Fe/V (001) multilayers

MS Physics (Non-thesis)

35 BS alumni

BS Applied Physics (Instrumentation)

  1. Don Jayven Bobadilla (2nd Sem 2023-2024)
    Application of tumor growth kinetic models on in vivo and in vitro cases of cancer cell proliferation
  2. Jose Antonio Gamboa (2nd Sem 2022-2023)
    Election opinion dynamics through the 2D Ising model
  3. Jerico Rangel (2nd Sem 2021-2022)
    Qiskit implementation of the 3-body Ising model for alternating coupling constant chains
  4. Jairus Calpatura (1st Sem 2020-2021)
    Intrinsic property dependence of the thermoelectric figure of merit in solid state materials
  5. Richmond Co (2nd Sem 2019-2020)
    Long waiting times of 2D continuous-time random walks in external drift forces
  6. Sheenah Ancheta (2nd Sem 2019-2020)
    Modeling atomic interactions for the characterization of the phonon density of states (DOS) of a silicene junction
  7. Marc Jason Bunagan (2nd Sem 2019-2020)
    Monte Carlo approach to two dimensional cell-tissue population growth via agent-based modelling
  8. Krishna Lyn Delima (2nd Sem 2019-2020)
    Characterization of the phonon density of states of a graphene junction beyond nearest neighbor interactions
  9. Zheina Ottong (2nd Sem 2017-2018)
    Impact of spatial constraints to the radiation-induced bystander effect
  10. Nica Jane Ferrer (2nd Sem 2017-2018)
    Ballistic thermal transport simulations in graphene using the nonequilibrium Green's function method
  11. April Cortez (2nd Sem 2007-2008)
    Numerical analysis of hyperbolic heat conduction across a finite medium
  12. Claire Ann Nuñez (Summer 2007)
    A variational Monte Carlo study: A particle in a quantum well system in an external electric field
  13. Christian Oliver Jaramillo (2nd Sem 2005-2006)
    Constrained percolation in two dimensions
  14. Lenie Garcia (2nd Sem 2005-2006)
    Transport dynamics in a series of quantum wells
  15. Razel Flores Austria (2nd Sem 2005-2006)
    Thermal properties of coupled iterated logistic maps
  16. Ryan Sandagon (1st Sem 2004-2005)
    2D time independent quantum well systems: A variational Monte Carlo study

BS Applied Physics (Materials)

  1. Tim Jeff Rodriguez (2nd Sem 2020-2021)
    Characterizing localized surface plasmon resonance of metallic nanoparticle in media

BS Physics

  1. Mark Danganan (2nd Sem 2023-2024)
    The implementation of a transverse Ising model with a perturbation in a quantum circuit
  2. Mico Glorioso (1st Sem 2023-2024)
    Glucose starvation effects in tumor cell proliferation: A 2D Monte Carlo study via agent-based modeling
  3. Andrei Espencer Ordonio (2nd Sem 2022-2023)
    Thermodynamic characteristics of the Lipkin-Meshkov-Glick spin system at its energy crossings
  4. Gerard Antonio Mactal (2nd Sem 2018-2019)
    Modelling the anomalous diffusion of tracer particles on a graphene lattice using random walks and site percolation
  5. Dean Von Johari Narag (2nd Sem 2018-2019)
    Effects of tensile and compressive strain on the electronic structure of free-standing silicene using the density functional theory
  6. Celso Villano, Jr (2nd Sem 2018-2019)
    Monte Carlo approach to epithelial cell proliferation along a one-dimensional axis
  7. Eduard Renzo Santos (2nd Sem 2017-2018)
    Stochastic description of the radiation-induced bystander effect via fractional Brownian motion
  8. Joachim Suico (2nd Sem 2013-2014)
    Characteristics of non-spanning spatial structures and its effects to criticality and percolation in a two-dimensional square lattice with constrained sites
  9. Hilton Lazo (2nd Sem 2011-2012)
    Zero-temperature Glauber dynamics of the 1D Ising model with long range interactions
  10. Earl Angelo Panganiban (2nd Sem 2009-2010)
    Topological equivalence and thresholds of percolating systems with symmetric forbidden zones
  11. Anthony Amarra (2nd Sem 2008-2009)
    Quantum database search and quantum merge sort: Application to an Ising spin system
  12. Criswelynn Castro (1st Sem 2007-2008)
    Simulating superconductivity in films using a one-dimensional Ginzburg-Landau model
  13. Micielle Capili (1st Sem 2007-2008)
    Simulation of constrained site percolation in two dimensions
  14. Agatha de la Torre (1st Sem 2005-2006)
    Hyperbolic heat conduction in a region of a one-dimensional semi-infinite slab
  15. Rayda Gammag (2nd Sem 2004-2005)
    The effect of the chemical potential and electron concentration on the specific heat of a 2DEG in a magnetic field
  16. Ricelle Parinas (2nd Sem 2004-2005)
    The effect of the chemical potential and electron concentration on the specific heat of a 2DEG in a magnetic field
  17. Jane Dizon-Nombres (2nd Sem 2004-2005)
    Phonon thermal conductivity of superlattices in one dimension
  18. Ronaldo Marco, Jr. (1st Sem 2004-2005)
    Self-consistent simulations via root finding method of transport properties of a two-atom molecular device
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