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Technology, Computers, Code

Normalisation: A True Workflow for Mathematical Physics

In computational physics, the devil is often in the scales. This post explores how normalisation—when grounded in sound physical principles—can transform unstable simulations into elegant, interpretable models. From wave equations to diffraction integrals, it’s a practical workflow I’ve relied on for years, now distilled into a new paper and shared for the wider community.

2024 in reflection

Here’s my 2024 LinkedIn Rewind (supported by Coauthor.studio and augmented by yours truly) 😊 🗓️ 2024 taught me that the most valuable breakthroughs happen when we cross domain boundaries – whether applying physics principles to… Read More »2024 in reflection

Easy CPR – Emergency App

Cardiac arrest occurs when the heart suddenly and unexpectedly stops pumping. If this happens, blood stops flowing to the brain and other vital organs. Cardiac arrests are caused by certain types of arrhythmias that prevent the heart… Read More »Easy CPR – Emergency App

Setting up Xcode Cloud

Creating a great app for the Apple ecosystem has evolved over the last few years from using Objective-C, to Swift and with the advent of SwiftUI things are getting easier and better. The tasks that… Read More »Setting up Xcode Cloud