Human ingenuity knows no limit.
It’s the plot of a dark vampire movie.
Endless clean energy is just too good to pass up.
A new nanomaterial printing method could make it both easier and cheaper to create devices such as wearable chemical and biological sensors, data storage and integrated circuits — even on flexible surfaces such as paper or cloth. The secret? Plamsa.
NASA’s Cassini probe recently observed mysterious, huge amounts of plasma on the fringes of Saturn’s magnetic field; surprisingly, they were shooting hundreds of thousands of kilometers inward.
Take a candle, light it, turn it on its side — we all know what will happen. The convection cell that forms around the flame keeps licking up towards the sky (or ceiling) regardless of the orientation of the fuel. But can the movement of air be overcome, can we make a fire burn horizontally? Well, the short answer is yes, yes we can — we just have to use science.
As I am writing this, the Rosetta mission’s lander, Philae, is mid way through its landing on a comet. If everything works out, this will be the first time humans have landed anything on a comet and will provide valuable information about not only the comet in particular, but also our solar system in general. *UPDATE* Rosetta’s final ‘go’ has
Researchers at the SLAC National Accelerator Laboratory have devised a particle accelerator that can increase the kinetic energy of particles passing through it hundreds of times faster than the LHC. While the latter is comprised of a 27km ring, the device made by the US scientists is only 30cm in size. This massive leap in miniaturization could drastically reduce the cost
Scientists closely working with the Large Hadron Collider, the largest and most powerful particle accelerator in the world, have identified evidence of the minuscule droplets produced in the aftermath of high energy proton and lead ions collisions. If their calculations are right, then these are the smallest droplets of liquid ever encountered thus far, just three to five protons in size. That’s about
An international team of physicists have used one of the world’s most powerful lasers to create an unusual kind of plasma made out of hollow atoms, by using a breakthrough technique which involved emptying atoms of electrons from the inside out, instead of working from the outer shells inwards. This bizarre physics experiment shows once again just how important X-rays are