Matterwave Ventures’ Post

Breaking Barriers in Quantum Chip Testing: 20 mm movement at 10 milliKelvin! We are excited to share a groundbreaking achievement that redefines the possibilities of quantum chip testing. Together with QuantWare, we successfully demonstrated that our Cryomag Linear Positioner was able to make 20 mm steps in about 1 second in a Bluefors dilution fridge at 10 milliKelvin. Movement at this ultra-cold temperature is not only a technical achievement but also a testament to our commitment to innovation. We are pushing the boundaries of what is possible. We believe this breakthrough will pave the way for efficient, full scale quantum chip testing. Stay tuned for how we‘re supporting the quantum computing industry. Together we can make the impossible possible! #quantum #quantumcomputing #cryogenicchipprobing #probestation

Mark your calendars - Photonic Inc.'s Daniel Higginbottom will be speaking at Optica Quantum 2.0 on Tuesday, 25 June. In his presentation, "Networking Silicon Spin Qubits," he'll discuss the transformative potential of #QuantumNetworking, with a focus on #DistributedQuantumComputing, remote entanglement, and key advancements in optically linking silicon quantum processors. For more information, check out the event schedule now at: https://lnkd.in/e3cHHsKz #DistributedEntanglement #QuantumComputing

A major breakthrough in quantum computing marks a pivotal moment in Equal1's technical journey! 🔵 We have achieved world-leading performance on a 6-qubit array fabricated using a SiGe CMOS-compatible process at 300 and 740 mK: - Single-qubit gate fidelity: 99.4% | Gate speed: 84ns - Two-qubit gate fidelity: 98.4% | Gate speed: 72ns 🔵 We have successfully tested the world’s most complex and coldest quantum controller chip, operating at an incredible 300 millikelvin, powered by cutting-edge Arm Cortex cores from the British semiconductor and software design company Arm. These milestones mark a critical inflection point for the quantum computing industry. By leveraging silicon technology, we’re accelerating the path to scalable quantum systems, enabling transformative applications across healthcare, finance, drug discovery, and beyond. Quantum computing has the potential to revolutionize industries, and today, we’ve taken a giant leap forward. We’re proud to partner with Arm to make scalable, error-corrected quantum computing a reality. Technical details on these results will be published in arXiv today. #QuantumComputing #QuantumInnovation #SiliconQubits #QuantumBreakthrough Atlantic Bridge | Matterwave Ventures | Enterprise Ireland | European Innovation Council and SMEs Executive Agency (EISMEA)

Quantum processors for the million-qubit era — SemiQon powers the scale-up of quantum computing with silicon-based quantum processors in Finland's leading innovation community. Read Himadri Majumdar's interview where he talks about the company's story so far: https://lnkd.in/dwQXK4ud. #InnvationEspoo #quantum #quantumtech #semiconductors #quantumcomputing

Electron spins in silicon quantum dot platform provide great potential forquantum information processing due to excellent physical properties and modernfabrication technologies. Spin-based quantum bit (qubit) operations areintensively studied to realize universal logic gates with a high fidelity, fastgating operations, and basic programmability. Although recent experimentalachievements can be considered as remarkable results for utilizing quantumcomputation, more advanced quantum information protocols should be demonstratedwith a large number of qubit system to enable programmability of silicondevices. Here, we computationally explore entanglement-based quantuminformation protocols in electrically defined five silicon quantum dot system.To this end, device simulations are employed to demonstrate 1-qubit gate and2-qubit gate operations. Additionally, we discuss the implementations ofthree applications: the generation of magic states, entanglement swapping, andquantum teleportation in our silicon device. All the results will secure thescalability of quantum information processing with electron spin qubits insilicon quantum dot system. #QuantumInformationProcessing #SiliconQuantumDot #QubitOperations #DeviceSimulations #EntanglementBasedProtocols

Great news from Equal1, a global quantum computing leader with significant presence and involvement in industry and higher education in Timisoara, Romania, alongside its Irish HQ and US, Canada, Netherlands branches!

#quantumcomputing is not an island, it is part of a bigger solution, to which also existing players like NVIDIA contributes. Dr. Yonatan Cohen from Quantum Machines, said: “The main problem with quantum processors today is that they’re noisy and there are lots of errors.” His partnership with NVIDIA to build the DGX Quantum system aims to address these errors by improving the interaction between quantum processors and classical computing power. https://lnkd.in/dz6xHahb Also interesting post mentioning Jin-Sung Kim, Katie Klymko, Nate Gemelke https://lnkd.in/dyBHFrD3 #quantum #hpc

Electron spins in silicon quantum dot platform provide great potential forquantum information processing due to excellent physical properties and modernfabrication technologies. Spin-based quantum bit (qubit) operations areintensively studied to realize universal logic gates with a high fidelity, fastgating operations, and basic programmability. Although recent experimentalachievements can be considered as remarkable results for utilizing quantumcomputation, more advanced quantum information protocols should be demonstratedwith a large number of qubit system to enable programmability of silicondevices. Here, we computationally explore entanglement-based quantuminformation protocols in electrically defined five silicon quantum dot system.To this end, device simulations are employed to demonstrate 1-qubit gate and2-qubit gate operations. Additionally, we discuss the implementations ofthree applications: the generation of magic states, entanglement swapping, andquantum teleportation in our silicon device. All the results will secure thescalability of quantum information processing with electron spin qubits insilicon quantum dot system. #QuantumInformationProcessing #SiliconQuantumDot #QubitOperations #DeviceSimulations #EntanglementBasedProtocols

🧲 "Semiconductors are the engine of society" as stated by Jason Lynch, CEO of Equal1 , a company that is democratizing #quantumcomputing by developing scalable, cost-effective silicon-based quantum technologies. ⚛️ #Semiconductors continue to bring breakthroughs in quantum, Equal1 just announced the world’s most complex and coldest #quantumcontroller chip using silicon-germanium CMOS compatible processes and have demonstrated an Arm core operating at 300mK, the coldest Arm core ever developed. By leveraging silicon technology, Equal1 is accelerating the path to scalable #quantum systems, enabling transformative applications across #healthcare, #finance, #drugdiscovery, and beyond. Congratulations to the Equal1 team on this groundbreaking achievement. #Innovation #Deeptech #Startups #TechBreakthrough #Quantumbreakthrough #frontiertech #deeptech

🌌 Quantum Shockwave: The Future of Computing is Here! 🌌 Ever wondered what a world with limitless computing power looks like? Quantum computing is on the brink of reshaping everything we know about technology, from security to artificial intelligence and beyond! 🚀 In my latest video, I dive into the mind-blowing potential of quantum computers—devices so powerful they could outperform every supercomputer combined for certain tasks. Imagine solving problems in seconds that would take our fastest computers thousands of years. 😲 Curious? Check out the video and get ready for the tech revolution! https://lnkd.in/djarKMgx #QuantumComputing #FutureTech #Innovation #NextGen #QuantumLeap #BreakthroughTech #TechExplained #DigitalTransformation #Computing