Navigation, Gravitation and Cosmology with Cold Atom ... - INFN

More documents

Recommendations

Info

$Drawing Feynman Diagrams with LATEX and METAFONT - INFN$

$AMS-LATEX Version 1.2 User's Guide - INFN$

$Page headers and footers in LATEX - INFN$

$Guida locale all'uso del LaTeX - Loria$

• Exploit exotic quantum states to measure phase shifts at Heisenberg (1/N) limit • CQED approach promising for precision sensors. Dispersive atom-cavity shifts enable requisite QND state preparation. • Possible 10x to 100x improvement in sensor noise. J Z J x J y Spin squeezed state enables 1/N sensitivity Quantum Metrology Possible QND detection of atom number (~5 atom resolution).
• Precision navigation – Pioneer • Equivalence Principle • Post-Newtonian gravity • <strong>Cosmology</strong> Summary • + quantum metrology in future sensor generations
Page 1 and 2: W.W. Hansen Experimental Physics La
Page 3 and 4: (Light-pulse) atom interferometry R
Page 5 and 6: Laboratory gyroscope AI gyroscope A
Page 7 and 8: Gravity Gradiometer: Measurement of
Page 9 and 10: Navigation performance Determine ge
Page 11 and 12: Control electronics frames (control
Page 13 and 14: Space-based applications • Platfo
Page 15 and 16: Co-falling 85 Rb and 87 Rb ensemble
Page 17 and 18: Equivalence Principle Installation
Page 19 and 20: Ground-based Post-Newtonian Interfe
Page 21: Future technology: Quantum Metrolog

Navigation, Gravitation and Cosmology with Cold Atom ... - INFN

Create successful ePaper yourself

Delete template?

Save as template?