2000•Unpublished venueRequires access

Development of a Miniature Laser-Cooled Cs Fountain Frequency Standard at NIST

Thomas P. Heavner, D. M. Meekhof, D. Kujundzic, Steven R. Jefferts

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Abstract

We are developing a small laser-cooled Cs fountain at NIST with the goal of achieving exceptional short-term stability of /spl sigma//sub y/(/spl tau/)/spl ap/2/spl times/10/sup -14//spl tau//sup -1/2/ with a long-term stability of /spl ap/10/sup -15/. Although this device is not designed to achieve the accuracy of the NIST primary frequency standard NIST-F1, this small, portable system will prove valuable as a local oscillator with intermediate accuracy. We discuss the performance goals of this frequency standard, the design philosophy, the existing physics package, and future directions.

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What this paper is about

We are developing a small laser-cooled Cs fountain at NIST with the goal of achieving exceptional short-term stability of /spl sigma//sub y/(/spl tau/)/spl ap/2/spl times/10/sup -14//spl tau//sup -1/2/ with a long-term stability of /spl ap/10/sup -15/. Although this device is not designed to achieve the accuracy of the NIST primary frequency standard NIST-F1, this small, portable system will prove valuable as a local oscillator with intermediate accuracy. We discuss the performance goals of this frequency standard, the design philosophy, the existing physics package, and future directions.

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Available abstract

We are developing a small laser-cooled Cs fountain at NIST with the goal of achieving exceptional short-term stability of /spl sigma//sub y/(/spl tau/)/spl ap/2/spl times/10/sup -14//spl tau//sup -1/2/ with a long-term stability of /spl ap/10/sup -15/. Although this device is not designed to achieve the accuracy of the NIST primary frequency standard NIST-F1, this small, portable system will prove valuable as a local oscillator with intermediate accuracy. We discuss the performance goals of this frequency standard, the design philosophy, the existing physics package, and future directions.

Key concepts: NIST, Frequency standard, Fountain, Laser, Term (time), Stability (learning theory), Physics, Computer science

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