@CERNquantum @CERN Is this helpful for "time transfer" and the White Rabbit project? If the RTC is good enough, how many synchronizations are necessary if there is a monotonic regular time signal in Rdyberg wave packets? https://t.co/VsiUOPxLwy
@alllogsare5 @BlockscapeApp @__picaro8 @puppyjules_ @zeri42 @MartinHeyer85 @FinitePhysicist "Quantum watch and its intrinsic proof of accuracy" (2022) ; there's a regular monotonic heartbeat in the quantum Rydberg wave packet interference https://t.co/tZqa
Phys. Rev. Research 4, 043041 (2022) - Quantum watch and its intrinsic proof of accuracy https://t.co/0XaVHyeYV4
Quantum watch and its intrinsic proof of accuracy: https://t.co/Fb72di7eYk
RT @Dragonmaurizio: Uniquely #quantum mechanical timekeeper. The coherent superposition of photo-ionized, interfering wave-packets originat…
Uniquely #quantum mechanical timekeeper. The coherent superposition of photo-ionized, interfering wave-packets originated by He Rydberg atoms, is used to measure 𝒆⁻ oscillations in the order of femtoseconds*. @UU_University credits. https://t.co/nNONXN0cn8
"The #quantum #watch has the potential to become an invaluable tool in pump-probe #spectroscopy due to its simplicity, assurance of #accuracy, and ability to provide an absolute #timestamp, i.e., there is no need to find time zero." https://t.co/IZF4mtKEi
2/2. "Al buscar la firma de los estados de Rydberg que interfieren en una muestra de átomos de la sonda de bombeo, los técnicos pudieron observar una marca de tiempo para eventos tan fugaces como sólo 1,7 trillonésimas de segundo". https://t.co/svu9Glgv9j
Decir esto del reloj cuántico es de una precisión absoluta, 🤔❓, y no por los 8 femtosegundos de posible error en los ajustes, sino pq se 👀 modelo teórico y experimental, cual desarrollo, ¿Seguro q siempre q supere 1.7 picosegundos será fiable 100%? https:/
Phys. Rev. Research 4, 043041 (2022) - Quantum watch and its intrinsic proof of accuracy https://t.co/QtcDWMso4i
RT @physorg_com: A novel way to measure time using Rydberg states @physrevlett https://t.co/z0U67a5C6Y https://t.co/w6aDidanp6
Phys. Rev. Research 4, 043041 (2022) - Quantum watch and its intrinsic proof of accuracy https://t.co/GS63xuZYrT
RT @physorg_com: A novel way to measure time using Rydberg states @physrevlett https://t.co/z0U67a5C6Y https://t.co/w6aDidanp6
RT @physorg_com: A novel way to measure time using Rydberg states @physrevlett https://t.co/z0U67a5C6Y https://t.co/w6aDidanp6
RT @physorg_com: A novel way to measure time using Rydberg states @physrevlett https://t.co/z0U67a5C6Y https://t.co/w6aDidanp6
RT @physorg_com: A novel way to measure time using Rydberg states @physrevlett https://t.co/z0U67a5C6Y https://t.co/w6aDidanp6
RT @physorg_com: A novel way to measure time using Rydberg states @physrevlett https://t.co/z0U67a5C6Y https://t.co/w6aDidanp6
A novel way to measure time using Rydberg states @physrevlett https://t.co/z0U67a5C6Y https://t.co/w6aDidanp6
Quantum watch. Zamanı ölçmenin yeni bir yolu Uppsala Üniversitesi-İsveçli bilim insanları tarafından keşfedilmiş.#quantumwatch #RydbergWave @UU_University Phys. Rev. Research 4, 043041 (2022) - Quantum watch and its intrinsic proof of accuracy https://t.
RT @PhysRevResearch: Quantum watch and its intrinsic proof of accuracy, Marta Berholts, Ronny Knut, Robert Stefanuik, Hampus Wikmark, Susmi…
Quantum watch and its intrinsic proof of accuracy, Marta Berholts, Ronny Knut, Robert Stefanuik, Hampus Wikmark, Susmita Saha, and Johan Söderström @unitartu @uu_university #Optics #Quantum https://t.co/hIEhffYNCP https://t.co/2EHpJSYjfv
A paper from the HELIOS lab at @UU_University on quantum beat spectroscopy - lots of fun! https://t.co/dnI61Y9DWo