An analysis of methanol diffusion in the TIP3P model of water...
Reviewing the current and future potential of quantum mechanical applications to technology, with a particular interest in its contributions to the United Nations' Sustainable Development Goals.
Using threshold voltages from light of varying wavelengths incident to an LED to calculate a numerical estimate of Planck's constant.
Oliver Burch is an emerging theoretical physicist whose work intersects the boundaries of classical and quantum physics with computational modelling. His academic focus lies in the development of strong mathematical tools useful in answering the complex questions posed by thermodynamics and quantum mechanics.
Currently advancing his undergraduate research, Oliver has been recognised for his analytical depth and ability to synthesise complex theoretical frameworks into coherent academic discourse. His portfolio serves as a curated record of his papers, research findings, and reading list that underscores his dedication to the evolving landscape of physics, as well as his own personal development.
Driven by the philosophy that understanding the theoretical foundations of our universe requires both unyielding curiosity and strict mathematical discipline, Oliver seeks to contribute to our collective knowledge through research that is outside of the box while maintaining composure through clarity and focus.
A Numerical Analysis of the Damped Driven Pendulum
Your Future Quantised; The Practical Superpower of Quantum Mechanics
On the Components of Kinetic Energy During a Barostatted Molecular Dynamics Simulation of Methanol Diffusion in Water
Determining Planck's Constant From Photodiode Responses to LEDs of Differing Wavelengths
Mechanical Efficiency of a Stirling Engine
Antimatter - A Look Into the Future of Energy
Quantum Field Theory for the Gifted Amateur - Stephan Blundell and Tom Lancaster
A Game of Thrones - George R.R Martin
Deterministic Nonperiodic Flow - Edward Lorenz
There is no Antimimetics Division - Qntm
For research questions, collaborations, or general inquiries, please use one of the contact details below or alternatively the form below:
olivergtburch@gmail.com
linkedin.com/in/oliver-burch-846b80263
University of Sheffield, UK