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announced a surprise result that could point to a fundamental difference between neutrinos and their anti particles. The findings, if confirmed by further experimental runs, may help physicists to explore some of the elemental differences between mat
As the man behind some of the most successful McLaren Formula 1 cars and the incomparable McLaren F1 supercar, Gordon Murray has designed some of the fastest cars ever. Now he’s building one of the smallest. And most radical.
Posters of the periodic table on the walls of science labs in schools around the world will need to be updated after the discovery of the newest superheavy element, element 117. With the temporary name of ununseptium, the temporary symbol Uus and the
Cosmologists at UCL are a step closer to determining the mass of the elusive neutrino particle, not by using a giant particle detector, but by gazing up into space. Neutrinos are one of the top candidates for dark matter.
s the future of whales once more comes under global debate, some scientists say the marine mammals are not only smarter than thought but also share several attributes once claimed as exclusively human.
At first glance, the circle looks like a half-finished maze. But its broken arcs apparently contain a code which, when deciphered, reveals a formula from higher mathematics. Known as Euler’s Identity, it links together five of the most important numb
A new remote-control light cycle toy scales walls just like the sci-fi vehicles do in the upcoming film Tron Legacy.
The fact that women remain minorities in these fields is far more attributable to the findings of other, lessfeminist-friendly studies. Namely, studies which show a difference in mathematical aptitude between men and women and also a difference in li
To watch the uncanny synchronization of a starling flock in flight is to wonder if the birds aren’t actually a single entity, governed by something beyond the usual rules of biology. New research suggests that’s true. Mathematic
Researchers demonstrate that high-energy electrons lost in conventional solar cells can be captured.
Lithium-ion batteries with nanotube electrodes could go longer between charges.
Sheets of atom-thick carbon could make displays that are super fast.
