低温原子干渉センサ

Japanese Patent JP5006454

B2

The disclosure relates to a cold atom interferometry sensor that includes: a source of atoms; a dual-frequency laser capable of generating a first Raman dual-frequency laser beam; a reflector arranged so as to reflect the first Raman dual-frequency laser beam in order to generate a second Raman dual-frequency laser beam, the first laser beam and the second laser beam propagating in different directions in order to obtain atomic interference fringes from the emission of cold atoms obtained from the atom source; characterized in that the reflector is further arranged so as to enable multiple reflections of the first beam on surfaces of the reflector, so that the first beam and the multiple reflections thereof allow the capture of atoms from the atom source in order to obtain the cold atoms.

WO/2013/088064	MEASUREMENT BY MEANS OF ATOM INTERFEROMETRY
JP5678357	Rotation information calculation method, rotation information calculation program, magnetic gyroscope and mobile
WO/1991/002444	ATOMIC INTERFEROMETRY GYROSCOPES, ACCELEROMETERS, AND GRAVITY GRADIOMETERS

Bouille, philippe
Landragan, Arnaud

JP2010550231A

August 22, 2012

March 11, 2009

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Ecole Polytechnique/Dgar
Opselva Toir de Paris

G01C19/58; G01C21/10; G01P15/08; G01V7/14; G21K1/00; H01S3/00

JP2008544284A
JP5501453A
JP5508969A
JP2002328199A
JP2004247491A
JP11296058A

FR2848296A1
US5274232
WO2006084113A2

J.M.McGuirk, G.T.Foster, J.B.Snadden, M.A.Kasevich,"Sensitive absolute-gravity gradiometry using atom interferometry",PHYSICAL REVIEW A,2002年,vol.65,033608-1-033608-14
K.I.Lee et.al.,"Single-beam atom trap in a pyramidal and conical hollow mirror",OPTICS LETTERS,1996年,Vol.21, No.15,pages 1177-1179

Atsushi Aoki
Jun Tsuruta
Yoshio Mizutani
Kei Mori
Endo Riki

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