IonQ

Today, IonQ and our partner ID Quantique hosted an engaging roundtable at the NYSE, exploring the transformative impact of quantum technologies on financial services institutions. We were joined by a distinguished group of leaders representing organizations such as the World Economic Forum, Goldman Sachs, McKinsey & Company, Needham & Company, UBS, HSBC, Fidelity Center for Applied Technology?(FCAT), Northland, and the Royal Bank of Canada. The discussion delved into the practical applications and potential of quantum-driven solutions, addressed cybersecurity challenges, and provided participants with deeper insights into the rapidly evolving field of quantum technologies. Rima Alameddine Martin Roetteler Thomas Kramer Jane Mazur Catherine Simondi Simon Sinisha Patkovic Grégoire Ribordy Dina Moy

Join us on Tuesday, December 3, 2024, at 10:00 am PT for IonQ’s live webinar – “IonQ’s Full-Stack Quantum Innovation” – where we'll dive into our recent technology updates. You’ll hear about our recent commercial momentum, the latest innovation across our quantum technology stack, and real-world customer applications. Don't miss it! Register at https://lnkd.in/g4k6u8vh

At this year’s #SC24, IonQ’s Coleman Collins and Matthew Keesan showcased the company’s latest achievements in hybrid quantum computing. Throughout the event Coleman and Matt joined IonQ partners like NVIDIA’s Zohim Chandani and Dell Technologies’ Burns Healy, as well as Google, Amazon Web Services (AWS), Ansys, and KiSTi to present their vision for the future of Accelerated Quantum Supercomputing. Thank you to our entire team for making #SC24 such a success: Coleman Collins, Patrick Deuley, Bob Fletcher, Frederik Hardervig, Ryan Harring, Brianna Hong, Vadim Karpusenko, Matthew Keesan, Howard Lock , Dina Moy, Lamont Silves, Mark Solomon, Erica Stump (Grant), PhD, David Wiese, and Ilya Usvyatsky. #quantum #innovation #hybridquantumcomputing

In partnership with Oak Ridge National Laboratory (ORNL), we’ve created a new method to tackle tough optimization problems faster and more efficiently. Based on Quantum Imaginary Time Evolution (QITE), our algorithm runs on IonQ's cutting-edge hardware to help find optimal or near-optimal solutions with less noise and fewer resources. We believe it even outperforms other methods like QAOA in speed and accuracy, solving problems with up to 32 qubits. This development showcases a practical approach to solving complex combinatorial optimization problems using the current generation of IonQ quantum hardware, distinguishing it from other efforts in the industry. This approach could potentially enable faster and more scalable solutions for real-world challenges across logistics, supply chains, and power grids. Check out the blog to learn more and come visit us at #Q2B to learn more! https://lnkd.in/ezMcDy7t #QuantumComputing #Innovation

IonQ Employee Spotlight:?Garrett Josemans, IonQ Technical Project Manager and half of the breakout couple on Netflix's hit show #LoveIsBlind, shares his career path,?what led him to IonQ, and how he is inspired daily in his current role with the company. https://lnkd.in/gVA3pZJd

In a new CIO Influence article, IonQ’s SVP of Product, Ariel Braunstein, cuts through the noise to share how NISQ-era quantum algorithms are revolutionizing industries today. Check out the article here! https://lnkd.in/gCWQ7vqt

Tomorrow at #SC24, IonQ and NVIDIA will demonstrate an industry-first end-to-end application workflow that pairs NVIDIA’s CUDA-Q platform with IonQ’s quantum hardware. The demo will show off a method for calculating the properties of a molecule’s electronic structure using a combination of quantum and classically-accelerated techniques, which has far-reaching potential benefits across many chemistry-focused commercial applications, and may in the future help researchers understand how drug molecules might interact with specific proteins in the human body. More importantly, the underlying toolchain has the potential to accelerate workflows in nearly any industry or application area, maximizing time to solution without sacrificing application quality. The new achievement captures IonQ’s interest in developing solutions that combine the benefits of quantum processing units (QPUs) with the accelerated, heterogeneous computing capabilities of the NVIDIA CUDA-Q platform. Read more about tomorrow’s demo here and spin by #SC24 booth 4440 tomorrow at 4PM ET to see the demo live: https://lnkd.in/gQWVqyqE

Next week, IonQ will be showcasing its latest achievements in hybrid quantum computing alongside partners such as Amazon Web Services (AWS), Ansys, Dell Technologies, Google, and NVIDIA? at #SC24, hosted by SC Conference Series. Visit booth #4440 to see how IonQ is combining classical backends with quantum processing units (QPUs) to enable efficient, powerful, hybrid processes. https://lnkd.in/deE_PKWT

The advent of generative artificial intelligence has brought unprecedented computer-generated experiences to the world and transformed many people's understanding with regard to what computers are capable of doing. Behind these experiences is an unfortunate truth: classical techniques are increasingly energy-hungry. In a new blog post, IonQ discusses how quantum computers can provide an alternative solution to classical computers when handling AI tasks, and how vacuum technology is shown to lower the energy demands of systems. Read the blog here to understand the path ahead and why solving energy demands is critical for quantum and AI’s future success. https://lnkd.in/gYaHRHqm

Today, IonQ announced a series of recently issued patents that deliver benefits across multiple industries and applications, and demonstrate IonQ’s leadership in quantum computing performance and scalability. The newly announced patents build upon IonQ’s waves of innovation and feature technical achievements like quantum circuit optimization, improved gate operations, reduced noise, error mitigation techniques, and multi-beam improvements. Today’s patents signal to the industry IonQ’s strong technical innovations and its strategic, well-considered path towards performance that provides commercial quantum advantage over classical computing. Read more about today's patents here: https://lnkd.in/gjzfyrYq