Black Holes: #7 In the Middle
A short post discussing the possible existence of intermediate mass black holes and why we want to find them.
Tag Archives: Theoretical Physics
Inspirational Systems
A post explaining the research area of my new PhD – gravitational wave emission from binary sources, their detection and the key insights they provide into the nature of gravity.
Black Holes: #5 Fuzzballs
A post explaining the fuzzball, believed by string theorists to be the true quantum description of a black hole. The theory seeks to resolve the famous information paradox and eliminate the existence of troublesome singularities at the centre of black holes.
Not your “general” relativity
A post describing Einstein-Cartan theory; an alternative to Einstein’s General Relativity which could more closely describe the universe, as well as removing some of the big problems posed by general relativity.
AdS/CFT: a deep duality
A post qualitatively explaining the main ideas behind the AdS/CFT correspondence. The breakthroughs in theoretical physics due to the theory are outlined along with the consequences for how we view our universe.
Black Holes: #3 The Second Horizon
A continuation in the series on Black Holes, examining the inner horizon known as the Cauchy Horizon and its implications on space and time.
How long is a piece of string?
A brief introduction to the biggest contender for a unified theory – a 2000 word introduction to string theory requiring no mathematics.
When 2 become 1
A longer discursive post, highlighting one of the strangest features of quantum mechanics – quantum entanglement. No mathematical ability is required, with only a little simple probability.
When nothing seems to change
This post is written due as a follow up to my fleeting mention of symmetry breaking in my last post. Symmetry is very simple when spoken of with regard to […]
Physics is massive
On 14 March 2013, CERN announced the discovery of a particle with the qualities theorized by Peter Higgs (above) in the 1960s. The discovery of the Higgs boson was arguably one of the most significant experimental results in the history of particle physics, confirming why certain particles have mass and others do not.
