GQL is pleased to announce that the applications are now open for Summer 2023 IRTE in Quantum Materials & Devices at
@NIMS_PR
and
@ML4Q_cluster
with a deadline of November 18th 2023.
For more information,
https://t.co/vTMQKlDIA5
#quantum#globalquantumleap
🎙️New #podcast episode just released...with #Steven_Koester, Director of @gquantumleap, who talks about challenges of #nanofabrication in building #quantum_devices and why it needs a global network to tackle them. 👉 https://t.co/Svf4NMk5Cg
👉all episodes: https://t.co/nLTXg8s9FU
Applications for the 2024 cycle of our International Research and Training Experience are open! We will select a total of 8 students for research experiences in Japan and Germany. To learn more and stay up to date with the GQL follow our LinkedIn page.
https://t.co/HcIUbEZjB9
Interested in how our Institutional Research and Training Experience can help you build a career in #quantum and #nanotech? Check out the latest post from our LinkedIn and make sure to follow us there for full updates from our program!
https://t.co/wsJkxbR9nR
Our International Research and Training Experience with @ML4Q_cluster at @RWTH Aachen has kicked off! Make sure to follow us on LinkedIn for more updates on what our students are up to while studying abroad!
https://t.co/rDcr1j2uJf
You can still participate in QuanTime, a set of activities created by @Q12Education designed to bring #quantum science to K-12 classrooms, until May 31, 2023! No teacher expertise in quantum is required.
Sign up now to lead an activity in your classroom: https://t.co/ShtEHH23V5
So happy that GQL PIs @StevenKoest and Vlad Pribiag were able to contribute to this video for #worldquantumday. We are committed to the University of Minnesota's position as a leader on Quantum research and education! To learn more see our website
https://t.co/ywaTCYOIIx
Forget a stitch in time because making a slit in time is where it's at these days. @Nature reports researchers squeezed light waves through "slits in time" with a mirror. It could lead to new ways of making #TimeCrystals or #photon-based #QuantumComputers: https://t.co/yMNaVmmeYX
Interested in learning how to work with #quantum computers at the level of pulses, circuits, & application modules? Join the @IBM Qiskit workshop at the March 31 Chicago Quantum Recruiting Forum.
Register by TODAY at noon to be included in the resume book: https://t.co/mLrSUUricW
Faster and more flexible gate set tomography via low-rank manifold optimization serves as a practical characterization and quantum software calibration tool. @HHU_de, @TIIuae
https://t.co/aOSqEcFiAD
Meetings Like this are critical to building the social connections and human understanding needed to build networks for international quantum advancement. Make sure to keep an eye out for our partners at this year's #AAASmtg
If you are headed to the 2023 @AAASmeetings, don't miss the the exciting session 'The Human Side of Quantum Science: Policy, Access, Benefit to Humanity' on Saturday, March 4!
Learn more: https://t.co/jbU4ROfEmu
#MidwestQuantum#QuantumPrairie#AAASmtg
Applications for the 2023 Open Quantum Initiative (OQI) Undergraduate Fellowship are due THIS SATURDAY, February 5!
Don't miss your chance to spend the summer gaining research experience in a #quantum lab.
Apply now: https://t.co/4MsIl72OlJ
#MidwestQuantum#Internships2023
Patent, #patent, who's got the #patents? @EPOorg just published its latest #QuantumComputing patent insight report. @HPCwire has key findings, such as #quantum computing inventions show a higher growth rate than in all fields of #technology in general: https://t.co/T2NiNGfwxc
Don't panic! Or at least not yet, anyway says @TheRegister. El Reg details new #research showing that #QuantumComputers gaining the ability to decode #encrypted data is unlikely to happen in the very near future. Still, that's no reason to be complacent: https://t.co/NIev68xWi7