BEIT

BEIT’s own Emil Zak visited the Center for Theoretical Physics Polish Academy of Sciences ("CTP PAS") today. Emil discussed quantum physics, entanglement, and algorithms with Jarosław Korbicz, physicist and expert in quantum information theory. Big thanks for hosting BEIT! At BEIT, we’re continually pushing the boundaries of quantum computing through cutting-edge research in optimization, chemical simulation, error correction, and more. Reach out to explore how BEIT’s quantum solutions can address your business challenges today. #BEIT, #quantumcomputing, #quantum, #tech, #CTP PAS, #EUeic, #eicAccelerator

Today (October 23) at 12:30 CEST, Emil Zak will present a seminar on Simulating quantum chemistry Hamiltonians with fault-tolerant quantum computers. This is an excellent chance to dive into the intersection of quantum computing and chemistry! https://lnkd.in/gt5G-hvp

BEIT was proud to be represented at the Quantum World Congress (QWC) event from September 9th to 11th. The conference brought together the world's leading scientists, innovators, and policymakers in the field of quantum computing. Hosted at the Capital One Center in Tysons, Virginia, the event offered a fantastic opportunity for BEIT to engage in discussions about cutting-edge advancements and explore collaboration possibilities with global quantum pioneers. At BEIT, we’re continually pushing the boundaries of quantum computing through cutting-edge research in optimization, chemical simulation, error correction, and more. Reach out to explore how BEIT’s quantum solutions can address your business challenges today. #BEIT, #quantumcomputing, #quantum, #tech, #QWC2024, #EUeic, #eicAccelerator

Great news from BEIT! This week, we received the official copies of three patents granted over the past few months, marking significant advancements in both quantum computing and classical optimization technologies. BEIT001: A breakthrough method for solving QUBO problems on classical computers using tree decompositions of low treewidth graphs. Our solver efficiently tackles sparse QUBOs with thousands of variables in seconds, achieving provable optimality. This solution, perfect for problems that align with DWAVE’s Chimera topology, is available now on the AWS Marketplace: https://lnkd.in/dbkSZbAD. BEIT007: We’ve developed more efficient implementations of critical quantum gates like CnX and CnZ, which are foundational in many quantum circuits. By leveraging mid-circuit measurements, our method reduces the number of CX gates required for gates like CCZ, CCCZ, and CCCCZ. BEIT009: Introducing "weighted oracles," which offer powerful enhancements to algorithms like Grover's search. You can explore more of BEIT's research on Grover's algorithm here: https://lnkd.in/d-UCNNt3 and here: https://lnkd.in/eTUhq5T. At BEIT, we’re continually pushing the boundaries of quantum computing through cutting-edge research in optimization, chemical simulation, error correction, and more. Reach out to explore how BEIT’s quantum solutions can address your business challenges today. #BEIT, #quantumcomputing, #quantum, #tech, #EUeic, #eicAccelerator, #USTPO, #patent, #ip

BEIT was proud to be represented at the High-Dimensional Quantum Dynamics (HDQD) Conference in Hamburg, Germany from July 16th to 19th. The conference brought together the world's leading experts in the field of high-dimensional quantum dynamics simulations for molecular systems. Hosted at the Deutsches Elektronen-Synchrotron (DESY) campus, the event offered a unique platform for fostering new ideas and collaborations among quantum experts. BEIT's Emil Zak presented two posters: "Simulating Quantum Chemistry Hamiltonians with Relativistic Effects on Fault-Tolerant Quantum Computers" and "Quantum Circuits Implementing the Discrete-Variable Representation (DVR)," showcasing the results of the EIC-funded COMFTQUA project. #BEIT, #quantumcomputing, #quantum, #tech, #Hamburg, #EUeic

BEIT's team is thrilled to announce the successful completion of our first year of funding from the European Innovation Council (EIC). One year ago, the EIC awarded BEIT €2.5 million in recognition of our pioneering research in chemical simulation. Leveraging this grant, BEIT has developed four novel quantum algorithms that reduce the number of required quantum gates by up to 50% compared to existing techniques. This advancement leads to shorter quantum circuits and more efficient, reliable quantum computer simulations. Our algorithms are specifically designed to calculate key properties of molecules and materials and will one day aid in the development of efficient lithium-ion batteries, catalysts, and pharmaceutical drugs. Over the past year, BEIT has: 1. Participated in numerous high-profile events organized by the quantum computing community, including the KlasterQ Meetup, QLAB’s opening in College Park, QWC 2023, Q2B 2023, Women in Investment - Invest Europe, and Q2B Paris 2024. 2. Delivered several talks showcasing our early results at notable venues such as the 2024 OpenMolcas meeting and the Quantum Day 2024 event at the National Library of Technology at CTU Prague. 3. Submitted three US patent applications and one manuscript for publication in a peer-reviewed journal. BEIT remains dedicated to pushing the boundaries of quantum computing through fundamental R&D in optimization, chemical simulation, error correction, and more. Reach out to learn how our quantum research and quantum-inspired optimization products can address your business needs today. #BEIT, #quantumcomputing, #quantum, #tech, #EIC, #EUeic, #eicAccelerator

"Under Emil's guidance, BEIT has developed a chemical simulation quantum algorithm that models relativistic effects in electronic structure calculations of molecules relevant to nitrogen fixation catalysis and lithium-ion batteries. We also created a resource estimator that determines gate and qubit requirements for specific quantum simulations. We expect this resource estimator to one day be an invaluable tool for quantum computing software and hardware companies. Our latest achievements are largely thanks to the prestigious European Innovation Council (EIC) Accelerator Grant awarded to BEIT, amounting to 2.5 Million Euros." - no more, no less.

We were thrilled to have our very own Emil Zak present at the June 15th Washington, D.C. Quantum Computing meetup. The topic of Emil's talk was "Simulating Quantum Chemistry Hamiltonians with Relativistic Effects on Fault-Tolerant Quantum Computers." You can watch the talk here: https://lnkd.in/erC8sV_7. Emil also gave a follow-up online talk at the 2024 OpenMolcas meeting in Toronto, Canada, on June 22nd, where many of the world's leading developers and experts in Quantum Chemistry gathered. Under Emil's guidance, BEIT has developed a chemical simulation quantum algorithm that models relativistic effects in electronic structure calculations of molecules relevant to nitrogen fixation catalysis and lithium-ion batteries. We also created a resource estimator that determines gate and qubit requirements for specific quantum simulations. We expect this resource estimator to one day be an invaluable tool for quantum computing software and hardware companies. Our latest achievements are largely thanks to the prestigious European Innovation Council (EIC) Accelerator Grant awarded to BEIT, amounting to 2.5 Million Euros. Emil has been a member of the team for over 2 years. His work on fault-tolerant quantum simulation for battery design is just the beginning. Future applications will include the simulation of photocatalytic processes, drug-receptor dynamics calculations, and ammonia synthesis. Emil's expertise has been a tremendous asset to BEIT as we continue to push the boundaries of quantum computing. He will be participating in the "High-Dimensional Quantum Dynamics" conference in Hamburg, Germany from July 16th to the 19th. Please keep an eye out for this and other future talks! #BEIT, #quantumcomputing, #quantum, #tech, #EIC, #Krakow, #WashingtonDC, #Toronto

BEIT's Krakow office was thrilled to host the Canadian team over the past two weeks. This visit marks a wonderful opportunity for research, collaboration, and the sharing of innovative ideas. We look forward to strengthening our global team spirit and working together to achieve new milestones as we expand our research groups and business teams. BEIT is pushing the limits of quantum computing through fundamental R&D in optimization, chemical simulation, error-correction, and more. Reach out to learn how BEIT's quantum research and quantum-inspired optimization products can serve your business needs today. #BEIT, #quantumcomputing, #quantum, #tech, #Krakow, #Toronto

BEIT's Canadian team - Tom Ginsberg, Ákos Nagy, and Hirsh Kamakari - is thrilled to be moving into a new Toronto office. We are expanding our research group in downtown Toronto with a new location in the MaRS Discovery District! BEIT is pushing the limits of quantum computing through fundamental R&D in optimization, chemical simulation, error-correction, and more. Reach out to learn how BEIT's quantum research and quantum-inspired optimization products can serve your business needs today. #BEIT, #quantumcomputing, #quantum, #tech, #Toronto