Would you like to learn more about working with #Oqtant? Harness the power of quantum matter to accelerate research, development, and innovation ➡️oqtant.infleqtion.com.

Due to its unique properties, a Bose-Einstein condensate (BEC) is a highly efficient and quantum-sensitive battery in #atomtronics. Atoms in a BEC are cooled to near absolute zero, causing them to occupy the same quantum state, which allows them to behave collectively as a single

Check out #Oqtant's Python API, aka OqtAPI! OqtAPI is an object-oriented interface for creating, submitting, and retrieving results from experiments with ultracold quantum matter on @Infleqtion's Oqtant Quantum Matter Services (QMS) platform. oqtant-docs.infleqtion.com/examples/hello…

Log in to the #Oqtant dashboard to check your jobs! oqtant.infleqtion.com/dashboard

All of #Oqtant's public Python notebooks are located here: oqtant-docs.infleqtion.com. Yewei is showing a notebook based on the Terminator walkthrough: oqtant-docs.infleqtion.com/examples/walkt…

Have more questions about how to use #Oqtant? Check out our FAQ here: oqtant.infleqtion.com/support/faq

Join our #Oqtant community on Slack! Ask questions, connect with the Oqtant community, learn about new features first. oqtant.slack.com/join/shared_in…

1. Sign up for Oqtant - oqtant.infleqtion.com 2. Explore the web application 3.Install OqtAPI (QuickstartGuide) 4. Check out example Python notebooks 5. Submit jobs (any time, any day) •Check your dashboard for the schedule

Please register for our next webinar, Cold Atoms in the Classroom: A Better Way to Teach Atomic Physics on 9/17: infleqtion.zoomgov.com/webinar/regist…. Designed for educators, researchers, and quantum students, this interactive session explores how cold-atom technology is revolutionizing how

Absolutely recommend OqtAPI! So powerful yet so easy.

A collaboration between the Center for Integrated Quantum Materials (CIQM) at Harvard Physics & The Learning Center for the Deaf (TLC), supported by a grant from U.S. National Science Foundation, has produced a collection of #quantum science and physics content in American Sign Language (ASL).

Alex Radnaev will present at the Frontiers in Optics + Laser Science meeting on September 25, 2024, from 3:30 PM to 5:00 PM on the paper Universal Gate-Based Quantum Computer With Individual Optical Addressing of Neutral Atom Qubits: arxiv.org/abs/2408.08288. #FIO24

"The US and other democracies must win the technological arms race, since in the future, transformative technologies will be the most important source of national power.” -Condoleezza Rice foreignaffairs.com/united-states/…

LIVE: As Earth's climate changes, we're seeing extreme weather across the planet - heatwaves, severe floods, and more. Let's talk about it. Join NASA climate experts as they discuss the science behind these changes. Use #AskNASA to submit your questions. x.com/i/broadcasts/1…

Thanks to everyone who joined us yesterday for our webinar, "A Different Kind of Quantum Circuit: Exploring #Atomtronics with #Oqtant." ✅ To continue your exploration, the recording of the webinar and the presentation slides are now available: infleqtion.com/exploring-atom…

Hey future electrical engineers - this one's for you! 💡 "Introduction to Electric Circuits" is now live from Wolfram U: blog.wolfram.com/2024/08/20/ele…

Thank you to everyone who joined us at the Innovation House in Chicago yesterday! The open-house event showcased startup solutions addressing critical challenges in climate, smart and sustainable manufacturing, healthcare, water, quantum, and more.

Join our team at the Chicago Quantum Exchange Workshop on Quantum Computing Use Cases in Security on August 26, 2024, 2:00 - 4:30 pm chicagoquantum.org/events/cqe-wor… Pranav Gokhale

We are delighted to announce that we will be exhibiting at the International Timing and Sync Forum (International Timing and Sync Forum (ITSF)) 2024 in Seville, Spain, from 4 to 7 November. Join us at the largest global event dedicated to the timing and sync community to explore the latest advancements and

New on the arXiv.org: A numerical study of the spatial coherence of light in collective spontaneous emission - arxiv.org/abs/2408.10975 UW-Madison Physics