But if you want the ultimate in accuracy, you’ll want a quantum atomic interferometer ... different approach to this type of sensing; namely the atom interferometer. Back in 1924 French ...

What makes something quantum? This question has kept a small but dedicated fraction of the world's population—most of them ...

Quantum sensor technology ... field measurements. Can atom interferometry be used to navigate vehicles with the utmost precision? This perspective is investigated at the Institute for Satellite ...

Quantum inertial navigation is ... The advent of atom interferometry allows for a novel approach in inertial sensing, which has the potential to address some of the deficiencies in current state ...

After ultracold atoms are maneuvered into superpositions -- each one located in two places simultaneously -- they are released to allow interference of each atom's two "selves." They are then ...

Quantum sensing is an emerging field that exploits the unique properties ... and quantum computing. Atomic interferometers use the wave-particle duality of atoms to create highly sensitive inertial ...

Using a novel surface-sensitive spectroscopy method, scientists explored atomic vibrations in crystalline material surfaces near interfaces. The findings illuminate quantum behaviors that play ...

Prof. Irina Novikova: quantum optics, electromagnetically induced transparency, quantum sensing. Prof. Eugeniy Mikhailov: quantum optics, squeezed light, quantum ...

The current state of the art of embedded motion sensing is based around micro ... you’ll want a quantum atomic interferometer. What that is, and how it will be possible to make one small enough ...

"Accurate navigation becomes a challenge in real-world scenarios ... said Peter Schwindt, a quantum sensing scientist at Sandia. The team's grand plan—to turn atom interferometers into a compact ...

NASA and AOSense have demonstrated a prototype quantum sensor that uses a measurement technique called atom interferometry ... at Oak Ridge National Lab. “The real significance of our work is that ...

Prof. Seth Aubin -- experiment Quantum gases, laser cooling & trapping, atom chips, atom interferometry, parity violation. Prof. Todd Averett -- experiment Nuclear physics, polarized nuclear targets.