Last weekend Art Kinetica set up camp in the Hospital Club, London for a three day festival: Gravity. The festival and accompanying exhibition ties in with the 100th year anniversary of Einstein's Theory of Relativity and marks the start of a three month residency which will showcase the work of 17 'transdisciplinary' artists.
For great design you need to do a lot of research, a lot of fleshing out ideas, testing and reiterating, pulling together conflicting needs and breaking complex situations to their essential aspects. These are the same skills you hone in theoretical physics.
For those who are unaware of the characters in The Big Bang Theory, there are two females who have careers in microbiology and neuroscience. Bernadette and Amy both hold roles that represent the true power of women, and have on countless occasions proved they can be just as influential as their male co-stars' characters, sometimes even out-smarting them.
The Ministry and the Japanese government recognize that producing highly competent scientists is not achieved overnight. It takes years of intense focus and single-minded dedication to a specific area of research and perseverance in the face of criticisms and setbacks.
We want to show young people that maths and science can open up endless possibilities for their future - and for Britain's future too. Our plan for education will ensure that we equip every child with the skills and knowledge they will need to succeed - and our message is that maths and physics can get them there.
Around 70% of women with qualifications in science, engineering and technology (STEM) leave their chosen profession, not to return... 8% of British engineers and 4% of engineering apprentices are women. Quite simply, the UK economy needs more engineers and we cannot meet the demand without increasing the numbers of women.
What do Newton, Einstein and Turing have in common? Yes, they are famous scientists, but all are also thought to have exhibited traits of autism...
Understanding the invisible dances taking place on tiny scales in nature has profound impacts for our everyday lives. For example, understanding the dances of cells, molecules, atoms, and electrons allows us to make strides developing important technologies in areas like medicine and mobile communications.
My latest book is about everything... from finance to thermodynamics, sex to special relativity, human evolution to holography. In researching and writing it, I began to appreciate more and more what a wonderful world we live in -one far more incredible than anything we could possibly have invented. Here are just some of the bonkers things I learnt.
There's no definite proof that we are in a simulation, but additionally there's a lack of evidence to contrast the theory. With more and more evidence appearing out of the Bonn experiments, it's looking exceedingly likely that the simulation theory may become part of mainstream debate over the coming years.
Euclid is a space telescope planned for launch in 2020 by the European Space Agency, and will make a map of the distribution of billions of galaxies in the Universe. This will make it possible to map the history and evolution of the dark Universe, which is the name given to describe everything we do not understand about the Universe.
The faster one travels, the slower time moves. We know this from Einstein's theory of relativity. So if something is moving incredibly slowly - a todd...
I was thinking about roles in life for people with autism the other day, and my thoughts turned to The Big Bang Theory's Sheldon Lee Cooper. And I realized a simple thing. Sheldon is The Man!
I'm as guilty as anyone else, when I was a sixth former I always used to tease people in the year below saying "oh everything they tell you in physics in YOUR YEAR is a lie", thinking with ultimate smugness that sixth form is the time when they start telling you the real stuff.
Physics is based on the assumption that certain fundamental features of nature are constant. Some constants are considered to be more fundamental than others, including the velocity of light c and the Universal Gravitational Constant, known to physicists as Big G.
Before 2012 slips away it's worth remembering that this is the 50th anniversary of the publication of Thomas Kuhn's hugely influential book The Structure of Scientific Revolutions, which was itself revolutionary and has sold more than a million copies worldwide.