Nobel predictions, national firsts and the remarkable story of CV Raman
We chat about the Nobel Prize in Physics in this podcast
Read article: Nobel predictions, national firsts and the remarkable story of CV Raman
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I am an online editor of Physics World. I did a PhD in condensed-matter physics at McMaster University in Canada. I am still fascinated by what is an extremely rich and varied subject that I believe is ignored by the media (Physics World excepted, of course). As a result, I’m happiest when I’m blogging about topological insulators, the latest quasiparticle or some other quirk of condensed matter. So, if you spot something weird and wonderful in solid-state physics, please get in touch. In my spare time I am a Scout leader.
We chat about the Nobel Prize in Physics in this podcast
Read article: Nobel predictions, national firsts and the remarkable story of CV Raman
Deciding where a prize winner is from can be tricky, but Hamish Johnston tries his best
Read article: How long did it take for countries to claim a Nobel laureate?
We make our prize predictions for 2026
Read article: Is this the year for a Nobel prize in condensed matter, or maybe particle physics?
The applied scientist Lin Ma is our podcast guest
Read article: Creating better batteries for electricity grids
Debate spans atomic and particle physics
Read article: Doubts cast on ‘superradiant neutrino laser’ proposal
Marco Caffio, the co-founder of iGii, is our podcast guest
Read article: Porous material offers the benefits of graphene in 3D
Our podcast guest makes science videos for young people
Read article: The Quantum Kid: childhood curiosity makes physics more accessible
Social scientists Shumaila Bhatti and Dara Wald are our podcast guests
Read article: Motivation is key to the public’s trust in science, study reveals
Rapid cooling locked in unusual crystal structure in silicon-rich metal alloy
Read article: New material was created in Hiroshima nuclear explosion
Yonatan Cohen of Quantum Machines is our podcast guest
Read article: Building bridges between quantum and classical computing