quantum@WMI
@quantumWMI
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Research institute focussing on quantum technology, magnetism and superconductivity ⚛️🧲 Follow to keep track of our latest events, news and job ads!
Garching bei München
Joined October 2018
With our colleagues from @IBMResearch, @fz_juelich, @CEA_Leti and @Saar_Uni we discussed improvements in gate fidelities, error detection and other error mitigation technologies at the seminar 'Coping with Errors in Scalable Quantum Computing Systems'! #quantumerrorcorrection
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RT @quromorphic_fet: Our single shot i-Toffoli Gate paper is out: .@hartmannquantum @quantumWMI @HWU_EPS.
pubs.aip.org
Quantum algorithms often benefit from the ability to execute multi-qubit (>2) gates. To date, such multi-qubit gates are typically decomposed into single- an
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Now it's official! The @MunichQuantum Valley is founded, providing a great boost to research in #quantum technologies! Want to be part? Check out career options at the WMI:
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RT @QuantenTech: @Stefan_Filipp ist Koordinator des neuen @BMBF_Bund-geförderten Projekts #MUNIQCSC (. Zum #Projekt….
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RT @MPI_Quantum: Looking for a PhD position in quantum science? The International Max Planck Research School (IMPRS) for Quantum Science an….
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Have you ever wondered how to control and measure a hidden #superconducting #qubit? In our experiment, we demonstrate full control over a superconducting two-qubit system even though only one of the qubits is directly addressable. Have a look:
journals.aps.org
A demonstration of full control over a two-qubit system with only one qubit directly addressable shows that ``hidden qubit'' architectures with reduced control electronics may soon be practical.
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The Munich Quantum Valley initiative has started! If you want to join us by pushing technology forward as postdoc or by shaping and #coordinating the #superconducting #qubit consortium as research manager, have a look at our latest WMI job offers at
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RT @MCQST_cluster: Meet Nadezhda Kukharchyk, #MCQST START fellow, working on the development of microwave quantum memory at @quantumWMI. Re….
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We´re hiring! . If you are motivated to advance superconducting qubit-based #quantumcomputing, we would be happy to receive your application. You are interested? Check out our career page at #GeQCoS #MCQST #MQV
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Looking forward to investigate the use of #QuantumMicrowaves for future #QuantumRadar together with our great partners from electrical engineering and industry! #QUARATE.
Heute stellen wir Euch das neue Projekt #QUARATE vor. Es wird im Rahmen der Maßnahme Anwendungsbezogene Forschung in der Quantensensorik, -metrologie sowie -bildgebung gefördert. @RohdeSchwarz.@DLR_de.@badw_muenchen.@TU_Muenchen. Weitere Infos hier:
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Moving ahead towards our ideas of communication and sensing with #QuantumMicrowaves #QMiCS.
A great Friday evening watching the Y31 session: #Quantum Networks II: Distributed #QuantumComputing at #apsmarch .Especially nice to see the excellent talk from Kirill Federov at @quantumWMI showing the 6.6 m cryogenic link built at @OxInst
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RT @QuantenTech: 🗓️ Reminder: Morgen um 15 Uhr informiert @technikzukunft über die neue Fördermaßnahmen "Enabling Technologies für #quanten….
quantentechnologien.de
Infoveranstaltung zur Bekanntmachung Enabling Technologies für die Quantentechnologien
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If you want to join the project, have a look at the job posts: .
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Den Dank gebe ich gerne zurück, Michael!.Der Artikel beschreibt Experiment und Hintetgrundwissen für Nichtspezialisten mit allgemeinen Physikkenntnissen.
Our article in German on the @GoogleResearch Supremacy experiment is out: Erste Demonstration von Quantenüberlegenheit . Thanks to Frank Deppe @quantumWMI for the collaboration.
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RT @BayStMWi: Gemeinsam mit @Fraunhofer_en, @badw_muenchen, @TU_Muenchen, @maxplanckpress & @LMU_Muenchen starten wir das Munich Quantum Va….
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What a nice idea, in general, but especially in the times of Corona blues! Thank you @MCQST_cluster for your efforts in promoting #quantum #technology!.
Let's have a look behind door number four to meet Frank Deppe and learn about his research on superconducting quantum circuits. @badw_muenchen @quantumWMI @TU_Muenchen #QuantumComputer
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Thank you David, the #QMiCS team feels honored by this judgment!.
Lots of brilliant #quantum projects presenting #EQW2020. Difficult to pick a favourite, but for me its #QMiCS for is enabling impact across high profile but disparate applications. Well done to presenters for a great week! @quantumWMI @QuantumFlagship @OxInst
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Interested in the fundamental limits of amplification? The We from @quantumWMI have explored how to overcome the standard quantum limit of amplification by using broadband signals. Supported by @QuantumFlagship project #QMiCS and @MCQST_cluster.
arxiv.org
The low-noise amplification of weak microwave signals is crucial for countless protocols in quantum information processing. Quantum mechanics sets an ultimate lower limit of half a photon to the...
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