Mathematics Division

##### BioMathematics

Biomathematics is the use of mathematical models to help understand and solve emerging problems in biology, social sciences, and related fields by providing quantitative solutions and analysis. It aims to understand biological phenomena by translating biological ideas into the language of mathematics. The Biomathematics Research Cluster was set up in the year 2010 by mathematics educators, researchers, and students at the Institute of Mathematical Sciences and Physics (IMSP) who work with people from other fields of study such as biology, biophysics, computer science, statistics, chemistry, environmental science and management, agriculture, and forestry.

Members: Dr. Mark Jayson V. Cortez, Dr. Jomar F. Rabajante, Dr. Maica Krizna A. Gavina, Dr. Diane Carmeliza N. Cuaresma, aProf. Norvin P. Bansilan, aProf. Gimelle B. Gamilla, aProf. Destiny S. Lutero, aProf. Maria Czarina T. Lagura-Arreza, aProf. Allen L. Nazareno, aProf. Jcob C. Malaguit, aProf. Dylan Antonio S. Talabis

Members: Dr. Mark Jayson V. Cortez, Dr. Jomar F. Rabajante, Dr. Maica Krizna A. Gavina, Dr. Diane Carmeliza N. Cuaresma, aProf. Norvin P. Bansilan, aProf. Gimelle B. Gamilla, aProf. Destiny S. Lutero, aProf. Maria Czarina T. Lagura-Arreza, aProf. Allen L. Nazareno, aProf. Jcob C. Malaguit, aProf. Dylan Antonio S. Talabis

##### Coding Theory and Cryptography

The IMSP Coding Theory and Cryptography Cluster focuses mainly on problems that deals with the construction and analysis of codes and cryptosystems using algebraic methods and other related theories. The cluster aims to contribute to the growth and development of coding theory and cryptography research in the Philippines. We envision a strong and dynamic research team collaborating with academicians, graduate students, and practitioners in private and public agencies to solve real problems in the time of big data.

Members: Dr. Herbert S. Palines, Dr. Virgilio P. Sison, aProf. Krizal John C. Espacio, aProf. John Mark T. Lampos, aProf. Jane D. Palacio

Members: Dr. Herbert S. Palines, Dr. Virgilio P. Sison, aProf. Krizal John C. Espacio, aProf. John Mark T. Lampos, aProf. Jane D. Palacio

##### Financial Mathematics and Actuarial Science

Committed to its goal of providing quality education in the field of Actuarial Science and Financial Mathematics since its inception, the Cluster aims to produce graduates that are ready to enter the workforce and are equipped with skills and knowledge to pass actuarial exams. It envisions to become a strong program, producing papers in a wide range of applications and specializations. Lastly, the Cluster aims to become socially relevant and support the University’s thrust on agriculture, food security and the environment, by providing trainings and re-tooling seminars to practitioners and by engaging in collaborative research.

Members: Dr. Crisanto A. Dorado, Dr. Jeric S. Alcala, Dr. Diane Carmeliza N. Cuaresma, aProf. Edd Francis O. Felix, aProf. Jonathan B. Mamplata, aProf. Angelo E. Marasigan, aProf. Lester Charles A. Umali, Mr. Michael Andrew G. Lontoc

Members: Dr. Crisanto A. Dorado, Dr. Jeric S. Alcala, Dr. Diane Carmeliza N. Cuaresma, aProf. Edd Francis O. Felix, aProf. Jonathan B. Mamplata, aProf. Angelo E. Marasigan, aProf. Lester Charles A. Umali, Mr. Michael Andrew G. Lontoc

##### Geometry, Topology, and Applications

The Geometry, Topology, and Applications Research Group (GTA) is focused on the study of geometric and topological structures of spaces, their applications, as well as the relationships between these structures and other areas of mathematics. Geometry is the branch of mathematics that deals with the properties and relationships of points, lines, angles, surfaces, and solids. Topology, on the other hand, is the study of the properties of objects that are preserved under continuous transformations, such as stretching, bending, and twisting. Both fields are fundamental to many areas of mathematics and have numerous applications in science, engineering, and computer science. The GTA research group explores a variety of topics within geometry and topology, including algebraic geometry, differential geometry, algebraic topology, low-dimensional topology, symplectic topology, and homotopy theory. Applications of these fields include in the study of topological data analysis, robotics, computer vision, image and signal processing, data science, and machine learning. GTA members collaborate with researchers from other disciplines to apply geometric and topological methods to problems in these areas.

Members: Dr. Mark Lexter D. De Lara, aProf. Jcob C. Malaguit aProf. Jessa Camille C. Duero, aProf. Marc Aaron F. Julian

Members: Dr. Mark Lexter D. De Lara, aProf. Jcob C. Malaguit aProf. Jessa Camille C. Duero, aProf. Marc Aaron F. Julian

##### Graph Theory and Combinatorics

GraphComb (formerly GTC), is the research cluster of the Mathematic Division devoted in the examination of classic and emerging problems in the area of graph theory and combinatorics. The cluster is keen towards the areas of graph labeling (such as graph signatures, autographs, graceful labeling and harmonious labeling); the hamiltonian problem (related to forbidden subgraphs and fault-tolerant graphs); graph algorithms; minimal graphs; enumerative combinatorics; and pattern avoidance. At its frontier, the cluster has interest in combinatorial problems related to tessellations, fractals and projective geometry.

Members: Dr. Ariel L. Babierra, Dr. Neil Jerome A. Egarguin, Dr. Lauro L. Fontanil, Dr. Eduardo O. Jatulan, Dr. Jean O. LoyolaSP/Th aProf. Gily M. Aguilos, aProf. Genaro A. Cuaresma, aProf. Anthony L. Cueno, aProf. Marjo-Anne A. Fernando, aProf. Maria Czarina T. Lagura-Arreza, aProf. Vernel M. Lawas, aProf. Jane D. Palacio, aProf. Jaysie Mher G. Tiongson

Members: Dr. Ariel L. Babierra, Dr. Neil Jerome A. Egarguin, Dr. Lauro L. Fontanil, Dr. Eduardo O. Jatulan, Dr. Jean O. LoyolaSP/Th aProf. Gily M. Aguilos, aProf. Genaro A. Cuaresma, aProf. Anthony L. Cueno, aProf. Marjo-Anne A. Fernando, aProf. Maria Czarina T. Lagura-Arreza, aProf. Vernel M. Lawas, aProf. Jane D. Palacio, aProf. Jaysie Mher G. Tiongson

##### Mathematics Education

Mathematics Education is a flourishing field of mathematics that caters to the trends on how instruction in mathematics is conducted. It also allows opportunities to look into the various issues regarding student performance in class or in general how they learn mathematics specifically gearing towards problem solving. And finally, it also looks into the issue of curricular development, specifically on how math has evolved from the primary to the tertiary level of the education system.

The group/research cluster primarily aims to assess and propose solutions on how the teaching and learning of mathematics is conducted, be it in the primary, secondary or tertiary school levels. Other issues relating to mathematics learning and/or teaching will also be an integral part on what the group will be working into.

Members:

The group/research cluster primarily aims to assess and propose solutions on how the teaching and learning of mathematics is conducted, be it in the primary, secondary or tertiary school levels. Other issues relating to mathematics learning and/or teaching will also be an integral part on what the group will be working into.

Members:

##### Mathematics of Reaction Networks

The Mathematics of Reaction Networks (MoRN) Cluster aims to study a variety of methods for approaching questions about the dynamical behavior of (chemical) reactions arising in real world applications. On the theoretical side, research problems focus on the connection between network structure and properties of dynamics, that is, independent of certain parameters. Specifically, MoRN concentrates on reaction networks endowed with power law kinetics. They are gaining attention since they give rise to dynamical systems frequently seen in heterogeneous, crowded intracellular environments. Results of MoRN can be applied in the analysis of biochemical and biological processes which can be the main thrust of research of applied mathematicians.

Members: Dr. Lauro L. Fontanil, Dr. Editha C. Jose, aProf. Jaysie Mher G. Tiongson

Members: Dr. Lauro L. Fontanil, Dr. Editha C. Jose, aProf. Jaysie Mher G. Tiongson

##### Numerics & Approximations

NumAp (short for Numerics & Approximations) is the youngest research cluster of the Mathematic Division. The cluster tackles wide-ranging research topics in numerical analysis and approximation theory from theories to applications. The cluster started as a training laboratory for numerical methods and scientific computing. At present, its members are doing researches in numerical optimization; numerics of PDEs; continuum mechanics; image processing; inverse problems; and numerical simulations of complex systems.

Members: Dr. Ariel L. Babierra, Dr. Neil Jerome A. Egarguin, Dr. Jomar F. Rabajante, Dr. Mark Allien D. Roble, aProf. Jcob C. Malaguit, aProf. Kemuel III M. Quindala

Members: Dr. Ariel L. Babierra, Dr. Neil Jerome A. Egarguin, Dr. Jomar F. Rabajante, Dr. Mark Allien D. Roble, aProf. Jcob C. Malaguit, aProf. Kemuel III M. Quindala

##### Problems on Differential Equations and Applications

Differential Equations is the branch of mathematics concerned with the concept of limit and theories of differentiation, integration, measure, infinite series, and analytic functions. The PDEA cluster at IMSP is a research group that focuses on the theory and applications of differential equations, numerical analysis, approximations, inverse problems, and quantum graphs.

Members: Dr. Ariel L. Babierra, Dr. Neil Jerome A. Egarguin, Dr. Eduardo O. Jatulan, Dr. Editha C. Jose, Dr. Mark Allien D. Roble, aProf. Maria Czarina T. Lagura-Arreza, aProf. Destiny S.M. Lutero, aProf. Jcob C. Malaguit, aProf. Kemuel III M. Quindala

Members: Dr. Ariel L. Babierra, Dr. Neil Jerome A. Egarguin, Dr. Eduardo O. Jatulan, Dr. Editha C. Jose, Dr. Mark Allien D. Roble, aProf. Maria Czarina T. Lagura-Arreza, aProf. Destiny S.M. Lutero, aProf. Jcob C. Malaguit, aProf. Kemuel III M. Quindala

##### Quantitative Management and Decision Science

The Quantitative Management and Decision Science (QMDS) cluster specializes on the use of decision-making tools using quantitative methods. Most of the models used are those in operations research. Operations Research (OR) is the discipline of applying advanced analytical methods from mathematics, science and engineering to make better decisions in planning ventures and analyzing options. Operations Research is characterized with its broad applicability by its interdisciplinary nature.

Members: Dr. Jomar F. Rabajante, Dr. Mark Jayson V. Cortez, Dr. Diane Carmeliza N. Cuaresma, Dr. Mark Lexter D. De Lara, Dr. Maica Krizna A. Gavina, aProf. Genaro A. Cuaresma, aProf. Gimelle B. Gamilla, aProf. Destiny S. Lutero, aProf. Jcob C. Malaguit, aProf. Allen L. Nazareno, aProf. Emerson R. Rico

Members: Dr. Jomar F. Rabajante, Dr. Mark Jayson V. Cortez, Dr. Diane Carmeliza N. Cuaresma, Dr. Mark Lexter D. De Lara, Dr. Maica Krizna A. Gavina, aProf. Genaro A. Cuaresma, aProf. Gimelle B. Gamilla, aProf. Destiny S. Lutero, aProf. Jcob C. Malaguit, aProf. Allen L. Nazareno, aProf. Emerson R. Rico