
Nicholas
MS
Expertise
Physics, Astrophysics, Stellar Astrophysics: specifically stellar evolution, interior structures of stars, stellar pulsations

Polygence mentors are selected based on their exceptional academic background, teaching experience, and unique ability to inspire the next generation of innovative thinkers and industry leaders.

Physics, Astrophysics, Stellar Astrophysics: specifically stellar evolution, interior structures of stars, stellar pulsations

Neuroscience, Neurodegeneration, Mathematics, Computer Programming, Dynamical Systems Analysis, Ordinary and Partial Differential Equations, Computational Neuroscience, Computational Physiology, Python, Matlab, Java

All aspects of quantum computing including quantum error correction and quantum algorithms, interdisciplinary data-driven projects such as those related to bioinformatics, theoretical and computational physics

Games, Animation, Computer Graphics, Simulation, Robotics, Computer Vision, Computer Science, Business Development, Entrepreneurship, Study Skills, Math, Software Eng, AppDev, GameDev

quantum communication, quantum optics, quantum computing, quantum dynamics, computational materials science, computational physics, machine learning (esp applications to quantum)

Chemistry, Math, Research, Aerospace, Pharmaceuticals, Agriculture, Automotive, Pre-clinical Diagnostics

Entrepreneurship, psychology, personal development, public speaking, hosting, Fashion and styling, consulting, and advisory

Finance, Business Systems Analytics, Real Estate Private Equity, Business Valuation, Real Estate Consulting, Personal finance

Survey research, Statistics, Quantitative research, Data analysis, Data Visualization, Business Intelligence

Mathematics, Physics, Mathematical Physics, Coding, Data Analysis. My area of expertise in mathematics is symmetry, and generalized symmetries that arise in mathematical physics.

Economics, Monetary Policy, Behavioral Economics, Game Theory, Econometrics, Forecasting

coral biology, environmental changes, marine ecosystems, applications of math to ecology, how ocean dynamics affect marine life, how organisms specialize for their environments, how hybridization affects the potential of species, using models to connect to real-world systems, interactions of social factors and the environment, spatial statistics projects, symbiosis, landscape genetics, microbial interactions

Chemistry (general, organic, biochem), Biology (general, genetics, microbiology), Medical/Healthcare Sciences (hydrogel technology, tissue engineering, biomaterials)

Elementary number theory, analytic number theory, algebraic number theory, root systems