eleQtron GmbH’s Post

In a step toward the commercial feasibility of quantum computing, Crystal Systems delves into the benefits of sapphire as an alternative substrate for superconducting qubits to achieve longer stability and coherence. These initial findings represent a substantial step toward making superconducting quantum computing practically accessible. Read here: https://lnkd.in/eu5yScjQ #QuantumLandscape #Superconducting #Qubits #QuantumComputing

⚛ As part of the WOMANIUM Global Quantum Media Project, let's continue with some infographics! 🚀🔬 Quantum Computing Hardware: Superconducting Qubits 🔬🚀 🔗Superconducting qubits are the heart and soul of quantum processors, and they're paving the way for groundbreaking advancements in computation. 💥 What's so special about superconducting qubits? Explore them here! #quantumcomputing #quantumtechnology #quantumhardware #womanium #education

Is the future of quantum computing in silicon photonics? Currently, several types of quantum computers are being developed with different implementations of qubits, such as silicon, trapped-ion, superconducting and photonic quantum computers, in a race of many companies to build fault-tolerant quantum computers. In a DigiTimes article, whose link I'm sharing below, Zachary Vernon, CTO Hardware at Xanadu, shares his views on silicon photonics quantum computers. https://lnkd.in/dUbV_nBE #quantumcomputing Xanadu Zachary Vernon

Researchers at EPFL have developed an innovative 2D quantum cooling system that converts heat into electrical voltage using the Nernst effect. Composed of graphene and indium selenide, the device efficiently operates at temperatures as low as 100 millikelvins, which is colder than outer space. This breakthrough addresses a critical challenge in quantum computing by providing a reliable cooling mechanism for qubits, enhancing both efficiency and scalability. The system’s ability to maintain ultra-low temperatures is pivotal for the future of quantum computing, potentially enabling more robust and large-scale quantum circuits. #Quantum

What niche can @Finland reasonably expect to occupy in the bigger ecosystem as quantum computer becomes a reality? Only time will tell. But according to Pekka Pursula, Finland’s goal is to be among the world’s top three countries in the field.  VTT recently announced completion of Finland’s second quantum computer, which uses 20 superconducting qubits. The work, accomplished in partnership with IQM Quantum Computers, is another step on the roadmap to build a 50-qubit machine by the end of 2024.  Kirsi Jaatinen

Australia has just penned a groundbreaking deal with quantum computing trailblazer PsiQuantum, pouring nearly a billion Aussie dollars into what could become the world's inaugural commercially viable quantum computer. The partnership is set to see PsiQuantum, initially rooted in Silicon Valley, uproot its operations to Brisbane, marking a significant shift in its geographical base. What sets PsiQuantum apart from its quantum computing counterparts is its ambitious endeavor to craft a fault-tolerant quantum computing system. This innovative approach hinges on leveraging photons as qubits housed within semiconductor chips, promising a realm of error-free operations. The ramifications of this venture are profound, with a focus on tackling pressing real-world challenges in defense and industrial research. The envisioned timeline is ambitious yet tangible, with the potential to redefine numerous sectors by the year 2027. #australia #quantum #QuantumComputing

Ever heard of Qubits? A Qubit is the basic unit of information in quantum computing. These bits harness superposition and entanglement, existing in multiple states simultaneously. Unlike classical bits, Qubits hold immense processing potential, ushering in a new era of computing power. #QuantumComputing #Qubits

US Firm QuEra Computing Aims for 10,000 #Qubit_Quantum Computer by 2026 Boston-based QuEra #Computing has announced plans to develop a 10,000 qubit quantum computer by 2026, potentially surpassing the capabilities of today's fastest supercomputers. The company aims to unveil its first fault-tolerant quantum computer before the end of this year, featuring 10 logical qubits. This ambitious roadmap highlights a significant advancement in quantum computing, despite the ongoing challenge of high error rates. Current quantum computers experience one error per 1,000 qubits, a stark contrast to the much lower error rate of silicon-based computers.

This work utilized counterdiabatic analog quantum protocols to solve graph optimization problems on neutral atom quantum hardware. Counterdiabatic protocols suppress transitions away from the ground state during an adiabatic process, thereby enhancing the probability of finding solutions to optimization problems. The variationally optimized counterdiabatic protocols were benchmarked on both QuEra’s Aquila and Pasqal’s Fresnel analog quantum processors, marking the first such comparison. The results clearly demonstrate the benefits of counterdiabatic driving. Kipu Quantum Read 'Analog Counterdiabatic Quantum Computing' here: https://lnkd.in/ghg_Gv55

Embark on a Quantum Leap with Optica's Online Industry Meeting! Calling all quantum computing enthusiasts! Join Optica for an exciting online #industry meeting on January 16th to explore the latest advancements in #photonics-based #quantum #computing. This free event will delve into the role of photonics in various quantum computing architectures, from trapping ions and atoms to integrated photonics for qubit creation and manipulation. Key Topics: Current state of photonics-based quantum computing Photonics challenges and requirements Networking quantum computers using photonics Applications of photonics in quantum computing Join for a stimulating discussion with renowned experts from Quandela, Quantinuum, Icarus Quantum, Infleqtion, Photonic, Aegiq, TOPTICA Photonics, ID Quantique, Advanced Micro Foundry, Modulight, Hamamatsu, Albis Optoelectronics, Menlo Systems, and more! Register now and secure your spot: https://lnkd.in/dx7vSaM7 #quantumcomputing #photonics #quantumindustrymeeting #Optica #qubits #PhotonicsTimes #PhotonicSpots Optica