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Zero Point Cryogenics is exhibiting at AQC 2026! 🌇 We’re thrilled to be heading to Chicago next week to exhibit at the AQC Adaptive Quantum Circuits 2026 conference! This city holds a new personal meaning for the ZPC team since opening up our first international Innovation and Service Hub at the Illinois Quantum and Microelectronics Park (IQMP) earlier this year. We can’t wait to immerse ourselves in the latest quantum hardware developments and reconnect with the quantum ecosystem. If you’re attending AQC 2026, make sure to stop by Booth #605! #AQC #AdaptiveQuantumCircuits #ColderForLonger #QuantumComputing #Cryogenics #ZeroPointCryogenics #ZPC

Read here for a complete breakdown of Zero Point Cryogenics’ redesigned Model I Dilution Refrigerator, featuring a 250 mm sample space and faster cooldowns!🆕 Discover how this compact, tabletop-accessible system can accelerate your quantum workflows.

⌛Physics Friday⏳ Do you know how scientists use lasers to cool atomic gas clouds?⚛️ Last week we discussed what a Bose-Einstein Condensate is, but do you know how we make one? Scientists use a technique called laser cooling, which uses light to slow atoms down, since temperature is really just a measure of how fast atoms are moving around (generating heat as they collide). They start by sending precisely tuned lasers against the path of moving atoms. The atom absorbs a particle of laser light (a photon) and gets a tiny push backward. Its speed drops, meaning its kinetic energy (temperature) decreases. By aiming six lasers at the gas from every direction, scientists create a light trap known as "optical molasses". To keep the atoms from drifting away, a magnetic field is added, completing a Magneto-Optical Trap (MOT) that holds them in place. Once these atoms are practically still, their temperature plunges to a fraction of a degree above absolute zero, paving the way for them to lock together and merge into a single BEC! #PhysicsFriday #LaserCooling #BoseEinsteinCondensate #BEC #QuantumPhysics #OpticalMolasses #DopplerCooling #ZeroPoint #ZPC #ColderForLonger

"Zero Point Cryogenics wants to freeze the quantum world" with The Logic 🖊 Zero Point Cryogenics had a great time touring David Reevely around our facilities. Read the article below learn how ZPC is building the near-absolute zero refrigerators the quantum industry relies on: 🔗 https://lnkd.in/eX6bC335 #Quantum #Cryogenics #TheLogic #ColderForLonger #CryogenicSystems #Dilution

Zero Point Cryogenics at Quantum Korea 2026! 🤝 Zero Point Cryogenics (ZPC) is heading to the international stage as our R&D Lead, Paul Kim, and CFO, David Lang CA, CPA, CBV, travel to Seoul for Quantum Korea 2026. They will connect with global pioneers to showcase how our cryogenic infrastructure is essential to scaling quantum computing. If you are attending the conference, be sure to connect with Paul and David next week to learn how ZPC is anchoring the future of deep tech! #QuantumKorea #QKorea2026 #Cryogenics #ColderForLonger #CryogenicSystems #ZeroPoint #Dilution #ZPC

The Model L - Scattering Cryostat 🔬 It's been three months since we introduced our Model L - Scattering: A beamline cryostat designed for neutron and x-ray experiments. This specialized cryostat utilizes our integrated dilution refrigerator to deliver the ultra-cold stability and atypical geometries required for high-precision materials characterization. 🔗Read the full post: https://lnkd.in/gMC5q853 #Cryogenics #ZPC #MaterialsScience #CanadianInnovation #ColderForLonger #NeutronBeamline