I think it’s amazing how people find out how old the universe is and how distant stars were made without leaving the Solar System – it’s a combination of physicists doing clever maths, engineers who build and launch space telescopes and who make fast computers, and everyone else who helps science. Even the person who fills the coffee and tea machine and makes food in the office canteen does a very important job.
The most important thing I learned about science is how it’s done – scientists are people, and there is the same arguing and personal passion that you find in sport or music or art. We all try to be honest and do the best work we can, but there are still competing theories and people who want their theory to be right even if in the end it’s not. It takes a lot of skill and work to be honest with yourself and find answers that are as correct as possible, but it takes a long time and lots of scientists arguing before we find a theory that survives a lot of testing and we can all agree on.
It’s hard to pick one thing! I think that for me the most interesting thing I have learned is that it was our understanding of quantum mechanics that has made modern-day electronics and lasers (which give us the internet) possible! We call these types of technology ‘the first quantum revolution’ or ‘Quantum 1.0’. My research is contributing to ‘Quantum 2.0’ which is where we utilise quantum physics phenomena like superposition and entanglement to make even more useful technology! Huge leaps in technology like this come from the collaboration of thousands of scientists and engineers across the world and I love being a part of that 😊
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