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PNNL Materials Scientist Uses a Molecular Beam Epitaxy System to Develop Ultra-Thin Films - Vimarsana News

PNNL Materials Scientist Uses a Molecular Beam Epitaxy System to Develop Ultra-Thin Films

"The instrument," as it's called, seems to take up the entire room. The sprawling molecular beam epitaxy (MBE) system is all tubes, bolts, stainless steel components, and air-tight glass. It can create an ultrahigh-vacuum environment, a space nearly devoid of matter, a space similar to that outside the International Space Station.

Source: azom.com
New Method Captures Atomic Movements of a Quantum Electronic Device in Operation - Vimarsana News

New Method Captures Atomic Movements of a Quantum Electronic Device in Operation

For the first time, researchers have used ultrafast electron diffraction (UED), an ultrafast camera for detecting tiny atomic movements, to observe a quantum electronic device as it operates.

Scientists Capture a 'Quantum Tug' Between Neighboring Water Molecules - Vimarsana News

Scientists Capture a 'Quantum Tug' Between Neighboring Water Molecules

Scientists suggest that water’s so-called “proton quantum effect” may be at the heart of many of the liquid’s strange properties. In this experiment wit

New Microelectronics Device can Reconfigure Computer Circuits in a Brain-Like Way - Vimarsana News

New Microelectronics Device can Reconfigure Computer Circuits in a Brain-Like Way

New microelectronics device can program and reprogram computer hardware on demand through electrical pulses.

Differentially Mapping Phonon Momenta with Atomic Resolution - Vimarsana News

Differentially Mapping Phonon Momenta with Atomic Resolution

Engineers have encountered difficulty in studying the basic properties of the materials involved as thermoelectric electronic, and computer technologies have been miniaturized to nanometer scale. And in many cases, targets are too small to be seen with optical instruments.

Source: azom.com