On page 38 of this provocative book, Thomas Gold describes how he began “nosing around in the field of petroleum geology” only after establishing himself as an esteemed astronomer and phys...
When it comes to employing new graduates, scientific institutions are increasingly keen to take on people who have practical scientific experience as well as the academic understanding that a physics ...
Colloids are also immensely important in a range of industries. Although the products themselves are low-tech – paint, mayonnaise, toothpaste and ice cream, for instance – the physics unde...
It was in 1867, in a letter to his friend and colleague Peter Tait, that James Clerk Maxwell first stated his renowned “demon paradox”. He imagined a vessel with two compartments, separate...
Transforming the Soviet Union’s highly centralized communist regime into an open, democratic society based on free-market principles has proved to be much harder than people at first thought. Li...
Every year we pump 60 million tons of nitrogen oxides, 100 million tons of sulphur dioxide and 20 000 million tons of carbon dioxide into the Earth’s atmosphere by burning fossil fuels. Surely n...
There is a spectre haunting this book – the spectre of John Horgan, the journalist whose successful book The End of Science tweaked the collective nose of the scientific community when it was pu...
Every morning Caroline Davidson goes into her office in west London and rifles through her “slush pile”. Like all literary agents, she hopes that buried deep within the daily deluge of boo...
Once upon a time the news that the budget for particle physics and astronomy in the UK was going to keep pace with inflation for three years (see Physics fails to keep pace in the UK) would have been ...
If you want to learn about atomic clocks or the sophisticated construction of an atomic timescale, then Jo Ellen Barnett’s book is not the right place. However, if you are fascinated about disco...