A quantum accelerometer using highly sensitive atom interferometry to measure accelerations along a horizontal axis with applications in satellite-free navigation.
A quantum accelerometer uses atom interferometry to measure accelerations along a horizontal axis. Quantum accelerometers are able to achieve a combination of sensitivity and stability by exploiting quantum interference. As such, they will be critical components of a quantum inertial navigation unit, which will offer satellite-free navigation with unparalleled long-term accuracy. A phase locked SolsTiS system underpins this setup and provides the extremely low phase noise required to make high sensitivity measurements and dynamic frequency tunability to address multiple atomic transitions.
Photonics package:
Physics package:
A complete system based on two phase-locked SolsTiS lasers. The high power and extremely low phase noise light provides an excellent platform for atom interferometry.
A compact fibre-coupled solution for laser locking to alkali vapour cells - easily integrated into existing SolsTiS setups and with simple operation using our Ice Bloc user interface.
The award-winning SolsTiS and Equinox pump laser in an integrated 19-inch rack system. An ideal solution for portable experiments and space-saving in the laboratory.
A highly versatile sequencing system with multiple high-speed digital I/O, analogue outputs and a four-channel digital synthesiser.
Or if you’d prefer to speak to someone in person, please phone +44 (0)1483 685 170
Phone +44 (0)141 945 0500
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Phone +1-617-401-2368
USA
Phone +44 (0)1483 685170
M Squared Life
