Nonlinear Quantum Optics
@UHH_LasNQ
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Research group at the #physics department, University of Hamburg. #GravitationalWaves. Squeezed Light. #Quantum Communication. Optomechanics.
Hamburg, Germany
Joined October 2016
Unter den 11 neuen Großforschungsprojekten, die die @ESFRI_eu aufgrund ihres wissenschaftlichen Nutzens in die Roadmap aufgenommen hat, ist das Einstein-Teleskop https://t.co/fmLRkZh2im
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"Einstein wäre doppelt verblüfft” — Wir berichten in "Physik unserer Zeit” @PhiuZ_de wie unsere Forschung an Quetschlicht die Beobachtung von #Gravitationswellen verbessert hat und weiter verbessern wird. https://t.co/M2qcQcYpLv
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Be the captain of a spaceship and save an astronaut from being swallowed by a black hole! Our game app Trapped in Gravity is fun and gives insights to the physics behind mass, gravity, #blackholes and #gravitationalwaves! Get #TrappedinGravity here: https://t.co/ItfeMRoqzj
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Photonic #quantum computers are the future, here's another proof:
journals.aps.org
We show that relatively simple integrated photonic circuits have the potential to realize a high fidelity deterministic controlled-phase gate between photonic qubits using bulk optical nonlineariti...
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So far @LIGO–@ego_virgo have announced 2 #GravitationalWave discoveries from their 3rd observing run 🔵 #GW190425 the heaviest binary neutron star ever found https://t.co/QpZT2gDtvv ⚫️ #GW190412 the 1st binary black hole with unequal masses https://t.co/4De6SD8Rs4
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Two articles in @NaturePhotonics demonstrate how Einstein–Podolsky–Rosen entanglement can reduce quantum noise in gravitational-wave interferometers. https://t.co/AsTMiqG0Nn
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Signal in LIGO/Virgo data. Most likely #GravitationalWaves from a binary black hole source. Observed 24 minutes ago. Find out more at: https://t.co/E0L8UJiATl
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The Cluster of Excellence "Quantum Universe" at @desy invites applications for a #PhD #Fellowship on on real-time data selection for Dark Matter searches. Take your chance! https://t.co/SEvRSqZ2Zr
#PhDGermany #Physics #QuantumPhysics
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Signal in LIGO/Virgo data. Most likely #GravitationalWaves from a binary black hole source. Observed 2 hours ago. Find out more at: https://t.co/ythLrsssYN
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Possibilities of #QuantumComputing for #innovations & new #technologies were discussed at this panel at @DLD Conference 2020 in #Munich. @London&Partners and we organized it to open up new vistas with regard to an European Collaboration. #inFocus #DLD20
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From the first #GravitationalWaves signal to candidates on a regular basis in less then five years!
Just 2 days after the 4th anniversary of the #GW150914 announcement, @LIGO and @ego_virgo have their *50th* candidate #GravitationalWaves event of #O3 🎉🍾🥳👏. Say hello to #S200213t, detected at 04:11:04 UTC by @LIGOLA @LIGOWA and @ego_virgo #O3ishere
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The #GravitationalWave observatories @LIGO and @ego_virgo now measure with improved sensitivities due to lasers with squeezed photon statistics, as researched and developed by us. We explain why “squeezing”, after all, is still a weird quantum effect. https://t.co/l473Hzpev3
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But it all started 4 years ago #OTD with #GW150914 and Dave Reitze's immortal words... Happy 4th birthday #GravitationalWave Astronomy!. #O3ishere
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We demonstrate how an EPR-entangled laser beam can improve the resolution of #gravitationalwave detectors. @NaturePhotonics
https://t.co/vDRajxO4GH
@SciGlow
https://t.co/UrMlT6FQG5
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@UHH_LasNQ @Caltech @EurekAlert It's a curious - and new for me - feeling to hold a proof of existence of my research in a form of a real printed journal @LightSciAppl
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Just as a boat creates waves on a lake as it slices forward through the water, stars and other bodies in the universe create ripples in the fabric of space-time.
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Does German researchers' ability to transmit #Quantum bits 20 km put us on the road toward a practical quantum repeater? #entanglement
#ieee
https://t.co/JvhCOOB5MX
spectrum.ieee.org
Does German researchers' ability to transmit quantum bits 20 km put us on the road toward a practical quantum repeater?
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#QuantumComputing Outlook for 2020 https://t.co/qgVIbMxRzy
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"Enter the #quantum decade." A one hour introduction on why #QuantumComputing is the next big thing in computer science. @CES
https://t.co/OPLPwWpHzo
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