
Reha Mathur
Investor at the intersection of computation and biology
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Summary
Reha Mathur is an early-career investor at Dimension Capital, specializing in life sciences venture capital. Her focus lies at the convergence of computation and biology, identifying and supporting innovative companies in areas like AI-driven drug discovery, computational biology, and biotech platforms. She actively shares insights on developments in these fields via her Twitter. github+2
With a strong academic background from Princeton University in Chemical and Biological Engineering and a certificate in Statistics and Machine Learning, Reha has conducted extensive research in computational and molecular biology. Her work includes developing metabolic flux analysis tools, generative diffusion models for protein structures at D. E. Shaw Research, and neural network potentials for carbon dioxide. She is a Goldwater Scholar, recognizing her outstanding potential in scientific research. github+3
Beyond her scientific and investment roles, Reha demonstrates strong entrepreneurial and leadership skills. She directed TigerLaunch, a significant student-run entrepreneurship competition, and founded the Princeton Biotech Group, fostering a community for undergraduates interested in biotechnology. princeton+3
Reha is committed to advancing healthcare accessibility and quality globally. Her academic pursuits, research, and investment career are all aligned with translating scientific breakthroughs into tangible products and solutions within the biotech sector. princeton+1
Work
Education
Projects
Writing
First-Principles-Based Machine Learning Models for Phase Behavior and Transport Properties of CO2
January 1, 2023Co-authored a research paper published in the Journal of Physical Chemistry B that focuses on machine learning models derived from first principles for understanding the phase behavior and transport properties of carbon dioxide.
Long-Term Aging in Miscible Polymer Nanocomposites
January 1, 2022Co-authored a paper published in Macromolecules concerning the long-term aging characteristics of miscible polymer nanocomposites, a research conducted with her affiliations at Columbia University.