... would pave the way for transcontinental transmission of secret messages encoded using the mysterious quantum property of entanglement.When two particles such as photons are born from the same event, ...
“General relativity doesn`t recognize quantum physics,” Martin Bojowald tells PhysOrg.com. And that, he insists, causes problems when it comes to understanding the evolution of the universe from the ...
... controlled in such a way that they act like small quantum calculating machines, or 'quantum simulators', with which the quantum properties of a wide range of other interesting physical systems can be ...
... with both north and south poles, a property he coined "quantum spin."
The 720-degree ... enhance power, speed and memory.
"We can use this new quantum property of spinning particles to make computers ...
... to previously chronic vulnerabilities: cooling of ions after transport so their fragile quantum properties can be used for subsequent logic operations, and storing data values in special states of ...
... this fluorescence to determine the magnetic spin of a single electron in the nitrogen. Spin is a quantum property that has a value of either "up" or "down," and therefore could represent one or zero ...
... don't depend on external pressure. The molecule also exhibits unusual quantum properties."
Lester says the unusual properties prevented scientists from being able to model the reaction for so long. ...
... dark matter and dark energy.
U-M experimenters will also examine how high energy collisions affect particle spin, another fundamental quantum property with a broad impact on the structure of matter.
Manipulating the quantum properties of diamond impurities is a step closer to quantum computing, finer-scale microscopes.
... a qubyte) can represent all eight combinations at once. Furthermore, thanks to another quantum property called "entanglement," operations on all eight combinations can be performed simultaneously.
...
... This interaction increases complexity of the energy distribution causing molecules to lose their quantum properties, such as coherence, faster than in the gas phase," Malinovskaya explained. "Loss of ...
... emission from semiconductor lasers," said Franz.
To explain this mechanism, the researchers invoked a quantum property of electrons called momentum. In the conventional view of quantum cascade lasers ...
... have begun to broaden their experiments by entangling material particles. By seeing how far this quantum property extends into the classical realm, researchers can investigate the implications of ...
... alive and dead at the same time, illustrates the strangeness of quantum mechanics. While such quantum properties have been widely observed for electrons and molecules, recent experiments have shown ...
... storage or logic operations, without heating them up so much that they lose their fragile quantum properties, which are critical to information processing.
The new ion trap, a rectangle roughly 5 by ...
