PolarisQB’s Post

Today at 5:20 MST, in Bluebird Ballroom 2G: Quantum Computing will change myriad industries in ways that we cannot imagine during our lifetimes. Today, at the fall conference of the American Chemical Society our Director of Computational Chemistry, Kendall Byler, will be presenting the ways that we are using the #quantum utility of today’s commercially available #quantumcomputers like the #Advantage system from D-Wave to accelerate #drugdiscovery by orders of magnitude with our Quantum-Aided Drug Design platform.

𝗡𝗲𝘄 𝗮𝗿𝘁𝗶𝗰𝗹𝗲: Estimation of Electrostatic Interaction Energies on a Trapped-Ion Quantum Computer Publication date: March 26, 2024 via ACS Publications The potential of #quantum #computers to simulate molecules is promising for many applications in #industry and #research. While quantum computers that could simulate classically intractable molecules have yet to be built, the task of identifying relevant #industrial #applications of these future machines is equally crucial. This goal involves not only identifying classically challenging molecules that could benefit from quantum computations but also #developing #quantum #algorithms which perform the computations required for specific applications in industry. 👉 Read the full article: https://lnkd.in/dzQpwWPT Pauline Ollitrault Robert Parrish Alexander Erhard Christine Maier Christian Sommer Juris Ulmanis Thomas Monz Christian Gogolin Christofer Tautermann Gian-Luca Anselmetti Matthias Degroote Nikolaj Moll Michael Streif Boehringer Ingelheim #HPQC #highperformance #quantum #computing #paper #Europe 

Not too often do I get to hold alien technologies in my hands (except today, at SynBioBeta). Roswell 's Molecular Electronics chip ("Gadget 3B"), at the core of biological computing, is decoding the molecules of life. What futures will we build on it? #biologicalcomputing #molecularelectronics #SynBioBeta2024 #synbio #syntheticbiology #creativestrategy

Interested in finding out how we are utilizing #quantumcomputing to accelerate the computational drug design process by orders of magnitude? Attend this talk by our Director of Computational Chemistry, Kendall Byler, in which we will cover how we use the increased optimization potential of today's #quantum annealing computers to search a chemical space of over a nonillion molecular options.

Quantum computing In healthcare this offers the potential to advance precision medicine, molecular simulation and diagnoses asistance through complex analyses. #Quantum computing#precision medicine 

🚀 Qunova has just redefined the future of quantum computing They've unlocked a monumental achievement: "Chemical Accuracy" on commercial quantum computers. This isn't just a minor upgrade but a giant leap towards revolutionizing chemistry and materials science. 🟠 Qunova’s proprietary "HiVQE" [High-Performance Variational Quantum Eigensolver] is the game-changer here, providing an adaptable, hardware-agnostic solution. That's right, no matter the quantum hardware—HiVQE gets the job done. 🟠 And efficiency? Remarkable. HiVQE slashes computational resource requirements by over 1,000 times compared to traditional methods. Talk about making quantum computations accessible and practical. 🟠 This advance isn't merely theoretical; it opens a gateway to practical, real-world applications in chemical and materials research. So, what does the future hold when quantum computing isn't just a possibility but a practical tool? What industry do you think will be transformed next? 💼 #QuantumComputing #MaterialsScience #InnovationRevolution 🤔 🔗 https://lnkd.in/dRzrC_M4

The Uncertain World of Quantum Computers: Dominating Drug Research Discover how quantum computers, with their ability to exist in a spectrum of likelihood, will revolutionize drug research by modeling tiny molecules. Dive into the fascinating world of uncertainty in this informative video. Link here > https://lnkd.in/gsY_4zGM #QuantumComputing #DrugResearch #Uncertainty #ModelingMolecules #QuantumComputers #FuturisticTechnology #QuantumRevolution #ScientificAdvancements #MedicalBreakthrough #CuttingEdgeResearch

Our partner QAI Ventures highlights the promise of quantum simulation as a key application of quantum computing in their contributed article for The Quantum Insider. Quantum simulations can accurately model molecular dynamics and other complex systems, potentially revolutionizing fields like drug discovery and materials science. The technology requires significant investment and faces challenges such as reliability and scalability. However, advancements are progressing, with expectations of impactful applications in various industries. Quantum Simulation Explained: The Next Big Thing in Advanced Computing https://hubs.ly/Q02JwJF10

Together with NVIDIA, SandboxAQ is pushing the limits of #ComputationalChemistry. By combining our Large Quantitative Models (LQMs) with a CUDA-DMRG algorithm, we're able to accelerate computational #chemistry calculations by 80x. This will catalyze a new wave of breakthrough applications across industries, unlocking the next generation of #AI-driven chemistry in fields such as #Biopharma, #Chemicals, #MaterialsScience, and beyond. Read more: https://bit.ly/3y7ph5A

Unlocking quantum performance: How does #Superstaq achieve 10x gains? #Superstaq's pioneering cross-layer quantum circuit optimisation is pushing the boundaries of what's possible in quantum computation. Our techniques consistently deliver a minimum of 10x performance improvement over cutting-edge compilers across various qubit technologies (superconducting, trapped ions, neutral atoms). Take a 6-qubit quantum chemistry circuit as an example. #Superstaq boosts fidelity from a mere 2.1% to a remarkable 28.2% – a 13x leap! Ready to see how #Superstaq unlocks applications years ahead of baseline hardware? Join our experts for an insightful webinar: Date: March 21st, 2024 Time: 4 p.m. GMT Registration: https://lnkd.in/gAb-UaFB Speakers include Robert Sutor of The Futurum Group, Pranav Gokhale, Stephanie Lee, and Victory Omole. Discover the science behind these advancements in our flagship paper: #Superstaq: Deep Optimization of Quantum Programs: https://lnkd.in/guw7zK9V