D-Wave Quantum Inc., a leading quantum computing company, will host its Qubits 2024 conference in Boston on June 17-18. The event will highlight the company’s progress in quantum computing, including its use in business optimization and artificial intelligence. Partners and customers, including Momentum Worldwide, Los Alamos National Lab, and Zapata AI, will showcase their achievements using D-Wave’s quantum computing technology. The conference will focus on the impact of quantum-powered technologies in various sectors, including logistics, manufacturing, government, and life sciences. Key speakers include Brian Lenahan, Founder of Quantum Strategy Institute, and Bob Sorensen, Senior VP of Research at Hyperion Research.
D-Wave Quantum Inc. Announces Qubits 2024 Quantum Computing Conference
D-Wave Quantum Inc., a company specializing in quantum computing systems, software, and services, has announced that its Qubits 2024 quantum computing conference will be held in Boston on June 17 and 18, 2024. The conference, themed “Success, Powered by Quantum,” aims to showcase the practical applications and tangible outcomes of D-Wave’s annealing quantum computing technology. The event will feature presentations from D-Wave, its partners, and customers, including Momentum Worldwide, Los Alamos National Lab, and Zapata AI.
The conference will focus on the impact of D-Wave’s quantum-powered technologies in addressing complex problems in various sectors such as supply chain logistics, manufacturing, government, and life sciences. Attendees can expect demonstrations of new quantum solutions, updates on products, and presentations on the company’s latest scientific achievements. The conference will also highlight customer applications currently in development or production.
Quantum-Powered Algorithms and Applications
One of the key highlights of the conference will be D-Wave’s development of new quantum-powered algorithms. These algorithms aim to deliver better and more energy-efficient models for generative AI, potentially leading to breakthroughs in complex problems in drug discovery, logistics management, and manufacturing optimization.
The conference will also showcase customer quantum-hybrid applications that are driving efficiencies and cost savings across a range of optimization use cases. These include employee and driver scheduling, promotional tour routing, and industrial construction design. Customers such as Davidson Technologies, Pattison Food Group, POLARISqb, QuantumBasel with VINCI, and SavantX will share their experiences on how quantum solutions are enhancing operational excellence.
Quantum Business Trends and Technology Benchmarks
The Qubits 2024 conference will also feature in-depth analysis on the latest quantum business trends from Brian Lenahan, Founder and Chair of Quantum Strategy Institute, and Bob Sorensen, Senior Vice President of Research at Hyperion Research.
In addition, the conference will present groundbreaking research and benchmarks of D-Wave’s technology compared to both classical and quantum alternatives. This will provide attendees with a comprehensive understanding of the current state of quantum computing technology and its potential future developments.
Advancements in Quantum Technology and Software
The conference will also highlight the latest advancements in D-Wave’s quantum technology and software. Expert guidance will be provided on how to quickly adopt quantum computing in the enterprise, offering valuable insights for businesses looking to leverage this emerging technology.
Dr. Alan Baratz, CEO of D-Wave, expressed excitement about bringing the Qubits conference to Boston, a global innovation hub. He emphasized the importance of the event for anyone looking to understand how today’s quantum technology is transforming business, especially as it merges with AI to fuel the next generation of groundbreaking applications.
For those unable to attend in person, D-Wave will offer a free live stream of the first day’s morning talks, allowing participants worldwide to engage with the conference content virtually.
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