Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Undergraduate texts in physics

Atomic Clock

Ray LaPierre

Published Jan 1, 2022• 0 citations
Publisher
DOI
10.1007/978-3-031-12432-7_20

Related papers

Research Progress of Chip-Scale Atomic Clock,CPT Clock

Lin Yang

This paper introduces the chip-scale atomic clock(CSAC) based on coherent population trap(CPT) theory. CPT clock is the representative of atomic miniature atomic clock in the future. Standing progress has been made for CPT clock in designing techniques, manufacturing technology, and physics mechanism,in recent years. Principle prototype of the CSAC has been developed. According to the developing trend, product of the CSAC will be offered to customer in three or five years.

Telecommunication Engineering•Jan 1, 2010•1 citation

The world’s smallest atomic clock

Philip F. Schewe

Physics Today•Oct 1, 2004•1 citation

Atomic clocks in the solid state

Sven M. J. Rogge, Matthew J. Sellars

Nature Nanotechnology•Aug 1, 2013•1 citation

High-Accuracy Microwave Atomic Clock via Magic Optical Lattice

Xiaoji Zhou, Xuzong Chen, Jingbiao Chen

A microwave atomic clock scheme based on Rb and Cs atoms trapped in optical lattice with magic wavelength for clock transition is proposed. The ac Stark shift of clock transition due to trapping laser can be canceled at some specific laser wavelengths. Comparing with in fountain clock, the cavity related shifts, the collision shift, and the Doppler effect are eliminated or suppressed dramatically in atomic clock when the magic optical lattice is exploited. By carefully analyzing various sources of clock uncertainty, we conclude that a microwave atomic clock with an accuracy of better than $2\times10^{-17}$ is feasible, which is of the same accuracy as the expected best optical atomic clock.

arXiv:physics/0512244•Dec 25, 2005•3 citations

Microwave Atomic Clocks

Dennis D. McCarthy, P. Kenneth Seidelmann

Cambridge University Press eBooks•Oct 1, 2018•1 citation

An Ultra-Miniature Cell-Type Rb Atomic Clock Based on a Novel Waveguide Cavity

Li-Na Bai, Yuanhong Cao, Leiji Liu +3 more

We introduce a novel waveguide cavity for ultra-miniature cell-type Rb atomic clock. In the cavity, a coupling ring shaped to be a semi-circle imports an rf signal from electronics, a screw regulator acts as a medium coupler to transmit the microwave signal into the absorption cell, and both the parts serve as a filter to suppress useless components except 6.8 GHz. Furthermore, the waveguide cavity can be used to design a miniature Rb atomic clock, and spread it to a chip-scale atomic clock. We have completed the design of the smallest cell-type Rb atomic clock in the world based on this waveguide cavity. It has not only a small size but also obviously better key performances than those of other miniature Rb atomic clocks. This ultra-miniature cell-type Rb atomic clock aging is 4 × 10 −13 /d, which is obviously slower than that of other miniature Rb atomic clocks.

Chinese Physics Letters•Sep 1, 2014•0 citations
A microwave atomic clock scheme based on Rb and Cs atoms trapped in optical lattice with magic wavelength for clock transition is proposed. The ac Stark shift of clock transition due to trapping laser can be canceled at some specific laser wavelengths. Comparing with in fountain clock, the cavity related shifts, the collision shift, and the Doppler effect are eliminated or suppressed dramatically in atomic clock when the magic optical lattice is exploited. By carefully analyzing various sources of clock uncertainty, we conclude that a microwave atomic clock with an accuracy of better than 2×10−172\times10^{-17}2×10−17 is feasible, which is of the same accuracy as the expected best optical atomic clock.
We introduce a novel waveguide cavity for ultra-miniature cell-type Rb atomic clock. In the cavity, a coupling ring shaped to be a semi-circle imports an rf signal from electronics, a screw regulator acts as a medium coupler to transmit the microwave signal into the absorption cell, and both the parts serve as a filter to suppress useless components except 6.8 GHz. Furthermore, the waveguide cavity can be used to design a miniature Rb atomic clock, and spread it to a chip-scale atomic clock. We have completed the design of the smallest cell-type Rb atomic clock in the world based on this waveguide cavity. It has not only a small size but also obviously better key performances than those of other miniature Rb atomic clocks. This ultra-miniature cell-type Rb atomic clock aging is 4 × 10 −13 /d, which is obviously slower than that of other miniature Rb atomic clocks.