Culture
A tribute to rubidium
And to Paul Feyerabend
Bose-Einstein condensate
Scicomm
A new kind of quantum engine with ultracold atoms
In conventional ‘macroscopic’ engines like the ones that guzzle fossil fuels to power cars and motorcycles, the fuels are set ablaze to release heat, which is converted to mechanical energy and transferred to the vehicle’s moving parts. In order to perform these functions over and over in a continuous
Scicomm
Chasing solitons
Every once in a while, I dive into a topic in science for no reason other than that I find it interesting. This is how I learnt about Titan, laser-cooling, and random walks. This post is about the fourth topic in this series: solitons. A soliton is a stable wave
Scicomm
A giant leap closer to the continuous atom laser
Physicists have created a steady-state Bose-Einstein condensate – a long-sought feat that opens the door to a variety of applications, including in holography and quantum computing.
Scicomm
The awesome limits of superconductors
On June 24, a press release from CERN said that scientists and engineers working on upgrading the Large Hadron Collider (LHC) had "built and operated … the most powerful electrical transmission line … to date". The transmission line consisted of four cables – two capable of transporting 20 kA of current
Scicomm
Where is the coolest lab in the universe?
The Large Hadron Collider (LHC) performs an impressive feat every time it accelerates billions of protons to nearly the speed of light – and not in terms of the energy alone. For example, you release more energy when you clap your palms together once than the energy imparted to a proton
Scicomm
When cooling down really means slowing down
Consider this post the latest in a loosely defined series about atomic cooling techniques that I've been writing since June 2018. Atoms can't run a temperature, but things made up of atoms, like a chair or table, can become hotter or colder. This is because what
Scicomm
Atoms within atoms
It's a matter of some irony that forces that act across larger distances also give rise to lots of empty space – although the more you think about it, the more it makes sense. The force of gravity, for example, can act across millions of kilometres but this only
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The science in Netflix's 'Spectral'
It's fun to think about the implications of a film's antagonists being modelled after a phenomenon I've often read/written about but never thought about that way.
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Relativity’s kin, the Bose-Einstein condensate, is 90 now
The BEC was Einstein's last major prediction and it took a revolution in quantum optics to be realised.
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The Nobel intent
About three weeks from now, the Nobel Foundation will announce the winners of the 2015 Nobel Prizes. Every year, commentators, opinionators and enthusiasts try to guess who will win the awards – some of them have become famous because they've been able to guess the winners with uncanny accuracy.
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A simplification of superfluidity
* Haruki Watanabe, co-author of the paper To those who've followed studies on superfluidity and spontaneous symmetry-breaking, a study by Hitoshi Murayama and Haruki Watanabe at UC, Berkeley, will come as a boon. It simplifies our understanding of symmetry-breaking for practical considerations by unifying the behaviour of supercooled matter