In my latest video I got to visit Microsoft’s Quantum Lab where they are developing an entirely new form of quantum computer. This was really fun for me because, not only was I pretty much the first person from outside Microsoft who has got to see this, it is also weirdly similar to the research I was doing in my PhD on superconducting nanowires as the core of Microsoft’s quantum computers are superconducting nanowires that have amazing topological properties which I explain in the video. I hope you enjoy it!
I present to you: The Map of Plants
Showing you all of the different kinds of plants that exist today and how they are all related to each other from their evolutionary history.
Big thanks to the Royal Botanic Gardens Kew in London and the experts who work their for their knowledge and support in helping me make this video and design
The Map of Medicine
A video covering the entire field of medicine
The Map of Engineering : mapping out the entire field of engineering and all of the subdisciplines.
Ranking the best quantum computer efforts in the world
This is the Map of Quantum Computing, a really good overview of the entire field of quantum computing: how they work, why they are exciting, the applications of them and the different models and approaches to building them.
You shouldn’t be able to see neutrinos, but one will hit one of your eyes on average once every 89 thousand years, or 10 people per hour on Earth!
Plastic pollution in the oceans is a big problem. Here are 5 things you can do to help.
You can get this poster here: https://store.dftba.com/collections/domain-of-science/products/map-of-black-holes-poster
This is the Map of Black Holes which isn’t a map of where all the black holes are in space, it’s a concept map of the subject of black holes: laying out our current knowledge of them. Their structure including Schwarzschild radius or event horizon, the singularity, photon sphere, innermost stable orbit, accretion disk, Hawking radiation and the difference between rotating and non-rotating black holes. I also look at the evidence for their existence, the many ways we have detected them though x-ray astronomy, gravitational wave astronomy and radio astronomy. Then the many outstanding mysteries still to be solved including wormholes, the holographic theory and information paradox. They are very fascinating objects indeed.
Superconductivity is a fascinating phenomenon which includes zero resistance and interesting magnetic properties. Find out more in this video and you can get this as a poster here: https://store.dftba.com/collections/domain-of-science/products/map-of-superconductivity-poster
I look at the quality of the physics in the Ant-Man movie.
A comprehensive introduction to the standard model of particle physics.
This video looks at quantum wavefunctions: what they are, and the rules that they follow, as well their similarities and differences to the waves we are familiar with.
Hey all, here is my latest video on Feynman Diagrams, and delving into the standard model of particle physics. I have lots of cool graphics in this one!
I tried explaining the Schrödinger Equation in 60 Seconds, this is the result.
