Explaining science and technology is my passion and my mission - as a physicist, engineer and IT expert.
All children are curious scientists: We want to know 'how stuff really works'. However, in science education answers are finally given in the language of mathematics - which might kill curiosity.
I admit that I can indulge in math at times, just for the sake of it. Theoretical Physics was my personal therapy in fighting the detrimental impacts of having been sucked into Dilbert's (corporate) world once.
Nevertheless, I understand your discomfort - math haters / deniers. Fundamental theories in physics, such as string theory, seem to have developed a purely mathematical life of their own. Algorithms loom large: Corporations dig Big Data to predict our behaviors as consumers, and of course there is the NSA. And Facebook ads.
Thus I am determined to dissect and expound scientific underpinnings of, well of basically anything interesting I come across in physics, engineering or IT. As an IT consultant I sometimes gave stand-up quantum physics edutainment sessions in coffee breaks. So you are my target group: Experts in any science-y, geeky, technical or other quantitative field.
I am indecisive: shilly-shallying between excitement about curved space-time and multiverses on the one hand, and focusing on hands-on research and development from whose impacts we - taxpayers, John and Jane Does - will benefit in our lifetimes.
Currently my (science) writing is focused on
- Quantum Field Theory. When the Higgs boson was discovered in 2012 I realized that I cannot make head or tail of how the Higgs field gives the other particles mass. Based on the theory of superconductivity and phase transitions I had once been exposed too - I actually should have. Thus I am set to (re-)learn QFT.
- Thermodynamics - this is were fundamentals (entropy and the arrow of time) meet hands-on engineering (heat pumps).
And I am pondering on:
- classical physiscs and its underrated geek factor Why does a spinning top not fall over? Is it true that the sense of rotation of vortices in water flowing down the sink of your bathtub or toilet flips at the equator?
- the philosophical implications of different, but yet mathematically equivalent theories: This holds for quantum mechanics and determinism, but also for classical dynamics. The principle of least action adds a touch of multiple universes to Newtonian mechanics.
- how physics tools are used to model complex systems, such as the economy and stock exchange prices or how revolutionary ideas percolate society.
- the illusion of intuition in physics and related philosophical ideas: The Spinning Gyroscope and Intuition in Physics, Are We All Newtonians?
- Power engineering and the implications of 'internet-icizing' the smart power grid: Greatest Innovation Ever, Controlling the Four Elements. Or: Why Heat Pumps Are Cool.
- History of science, old patents and inventions in particular: Einstein and His Patents.
- Information technology and IT security. Cyber Security Satire?, My Google Searches Might Heat Your Home.
- how orthodox science relates to outsider physics: Physics Paradoxers and Outsiders.