The physics of espresso coffee, build a LEGO quantum computer
Excerpts from the Red Folder
Read article: The physics of espresso coffee, build a LEGO quantum computer
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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.
Excerpts from the Red Folder
Read article: The physics of espresso coffee, build a LEGO quantum computer
University of Edinburgh lab will validate real-world use cases for quantum computing
Read article: New horizons beckon for UK quantum computing
Meet the new president of the Australian Institute of Physics and the CEO of a medical start-up
Read article: Portable imaging system targets eye diseases, pondering the mysteries of dark matter
Excerpts from the Red Folder
Read article: Why champagne bubbles rise in thin lines, kitchen ‘jacuzzi’ could clean fruit and vegetables
This podcast features David Kaiser, who has edited a new book on Freeman Dyson
Read article: Freeman Dyson: we explore the extraordinary life of the rebel physicist
Excerpts from the Red Folder
Read article: How to land on a dusty planet, rare video interview of cosmologist priest is found
This podcast features an astrophysicist and folklorist; and an academic publisher
Read article: The folklore of the Milky Way and the future of scholarly books publishing
Excerpts from the Red Folder
Read article: Newton’s apple trees for sale, Brazil nut effect without shaking
This podcast features an interview with Chris Schnabel of Qrypt
Read article: Quantum technologies promise a secure future for cryptography
Excerpts from the Red Folder
Read article: Watching gold flow through woodlice, why water droplets can seal leaky pipes