Ren Adeyemi

Researcher in Quantum Physics & Climate Change

Academy for Planetary and Quantum Inquiry

Short Bio

I study how quantum systems interact with environmental processes, exploring both theoretical and applied aspects of quantum thermodynamics and climate modeling. My work aims to link planetary-scale data with quantum computational frameworks that can simulate energy transfer, radiation balance, and atmospheric phenomena at high resolution.

Research Interests

Quantum thermodynamics and open systems
Energy modeling for planetary climates
Quantum computation for environmental science
Interdisciplinary modeling of complex systems

Short CV

2025–present: Research Fellow, Academy for Planetary and Quantum Inquiry
2022–2025: Graduate Research Assistant, Department of Quantum Systems, Nova University
2020–2022: MSc, Quantum Physics and Applied Mathematics, Nova University

Publications & Projects

Adeyemi, R. (2025). “Quantum Radiative Models for Planetary Atmospheres.” Preprint, APQI.
“Hybrid Simulation Frameworks for Quantum Climate Modeling” — ongoing project.

Abstract

My current project explores how entangled-state dynamics can inform radiative energy transport across planetary atmospheres. The aim is to create a scalable model that bridges quantum physics with Earth-system simulation, contributing to a new paradigm of quantum-informed environmental modeling.