2018Frontiers in Optics / Laser ScienceRequires access

An optical frequency atomic clock based on quantum matter

Sara Campbell, Ross B. Hutson, G. Edward Marti, Akihisa Goban, Nelson Darkwah Oppong, Rees McNally, Lindsay Sonderhouse, John Robinson, W. Zhang, Benjamin Bloom, Jun Ye

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Abstract

We present the first atomic clock based on quantum degenerate matter, overcoming atomic collisions, reaching a record spectroscopic quality factor of Q = 5.2 ⨉ 1015, and measuring a frequency difference to 3 ⨉ 10-19 in 2 hours.

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What this paper is about

We present the first atomic clock based on quantum degenerate matter, overcoming atomic collisions, reaching a record spectroscopic quality factor of Q = 5.2 ⨉ 1015, and measuring a frequency difference to 3 ⨉ 10-19 in 2 hours.

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Available abstract

We present the first atomic clock based on quantum degenerate matter, overcoming atomic collisions, reaching a record spectroscopic quality factor of Q = 5.2 ⨉ 1015, and measuring a frequency difference to 3 ⨉ 10-19 in 2 hours.

Key concepts: Atomic clock, Atom optics, Degenerate energy levels, Physics, Quantum, Quantum optics, Quality (philosophy), Atomic physics

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