Using an ultra-high-speed camera captures the obscured object
You probably know that scientists have used a speed camera equivalent to 20 billion frames per second to capture the motion of a laser for 6 nanoseconds.
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You probably know that scientists have used a speed camera equivalent to 20 billion frames per second to capture the motion of a laser for 6 nanoseconds.
MIT has recently developed a camera capable of taking pictures in nearly dark environments.
ReelSonar is an electronic device that connects smartphones with iOS / Android operating systems to help find fish.
A device called the Smart Stethoscope, invented by scientists at the University of Southampton, will help doctors assess whether or not a kidney stone treatment is succe…
The explosive grenades emitting powerful electromagnetic pulse bursts are the favors of fictional writers and computer game designers.
Toy helicopters controlled by electromagnetic signals can appear in the sky before the last day of 2012.
Researchers at the University of Central Florida have created a world record for laser pulse time. The new laser was created by Dr. Zenghu Chang and his colleagues with…
Researchers at Cornell University in Ithaca, New York, for the first time demonstrate that it is possible to obscure a particular event in time, creating what is expected
In the near future, quantum computers can become a popular item at an affordable price.
Researchers at Purdue University are developing new technologies that turn laser pulses into radio signals so that electronic devices in the home can connect wirelessly.
US researchers have demonstrated a laser that can generate high-speed light pulses on silicon to accelerate data transmission.
Quantum Teleportation is a famous concept in the Star Trek fantasy series. Recently, however, theorists at Quenland University and Australian National University have pr…
US physicists have announced a new technique that allows us to jump one step further in the use of magnetic nanowires for high-density information storage devices.
Ultra-stable and extremely low-power femtosecond laser pulses are an ideal application for creating nanocrystal particles with extremely high uniformity (very narrow par…