22.5-7.5.2017: Pr. Juan Carlos Retamal from Universidad Santiago de Chile visits QUTIS group and gives the talk “Sudden transition between classical to quantum decoherence in bipartite correlated qutrit systems.“.
Thanks for great work Stefan @Stefan_Filipp @quantumWMI and all team @BMBF_Bund for German Quantum Computing Roadmap https://www.quantentechnologien.de/artikel/roadmap-quantencomputing-uebergeben.html
Find below LinkedIn link with my first feedback on central goals and feasibility https://www.linkedin.com/posts/enrique-solano-812631154_quantentechnologien-von-den-grundlagen-activity-6755878130566615040-P5yp
@QuantenTech @QuantumFlagship
Senior FPGA Design Engineer – IQM Quantum Computers https://iqm.teamtailor.com/jobs/1045259-senior-fpga-design-engineer lähteestä @teamtailor
New call of Ikerbasque tenure track positions for top scientists! https://twitter.com/ikerbasque/status/1350058093057617921
Very interesting call for top researchers! https://twitter.com/ikerbasque/status/1350058093057617921
https://sites.google.com/view/ifimac-icmm-joint-seminars/upcoming-seminars
Glad to be talking in the UAM Condensed Matter seminar series, in next February! @unisevilla @fisicaUS
German Quantum Computing Roadmap https://www.quantentechnologien.de/artikel/roadmap-quantencomputing-uebergeben.html
a) NISQ 100 qubits, 5-10 years (US/China there now)
b) Universal QC for useful applications 10-15 years (From hundred to million qubits?)
c) Commercial co-design QC and QSim now @meetIQM
Well done @BMBF_Bund, count with us
Here’s a recap of the year 2020 and some striking data sets of European tech and startup scene by @BillLeaver4, @siftedeu
We’re in great company here. Read more:
https://sifted.eu/articles/2020-european-tech-data/
Efforts in ion traps towards topologically-protected qubits: https://www.nature.com/articles/s41586-020-03079-6 While a robust single logical qubit is still missing, it is shown here how hard is to get better fidelities than unprotected qubits @AQTION_eu @IonQ_Inc @honeywell @IBMResearch @GoogleAI @meetIQM
This is only true up to a given problem->algorithm and given algorithm->hardware encodings. Co-Design QC break both assumptions. An example: are von Neumann architectures efficient for Biotech/Fintech/FluidDyn/Nonlinear/Non-Markovian problems? No. Then co-design classical and QC https://twitter.com/aryazdi/status/1349759294741368836
