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Magic state distillation on logical qubits
The Q2B Tokyo event kicked off with an engaging panel discussion on the latest advancements and insights in quantum computing. Yuval Boger, Chief Commercial Officer of QuEra, welcomed the distinguished panelists and provided a brief overview ofQuEra's work in developing neutral atom quantum computers.
Eric Holland: General Manager of Keysight Technologies' Quantum Engineering Solutions
With a history stemming from Hewlett-Packard, Keysight has been at the forefront of innovation for over 80 years. Eric highlighted their focus on driving advancements in emerging technologies, particularly quantum computing.
Nash Palaniswamy: Chief Commercial Officer of Quantinuum
Nash brings 30 years of experience in high-performance computing (HPC) and AI. He is now exploring the integration of quantum computing with HPC and AI to create solutions that could potentially address global challenges.
Toshiyuki Nakadoi: EVP & CCO of Quemix
Quemix specializes in quantum algorithms and software applications, particularly targeting Fault-Tolerant Quantum Computing (FTQC).
The panelists shared their perspectives on the most exciting quantum developments of the year, excluding their own companies.
Nash emphasized the rapid pace of application development in the quantum sector, largely driven by research. Nash noted that the speed at which new applications are being explored has increased significantly, highlighting the collaborative efforts across the industry.
Nakadoi pointed out the ambitious roadmaps announced by quantum hardware vendors, along with the introduction of high-bit machines into the market. These developments mark significant progress and generate excitement within the industry.
Eric celebrated the diversity of quantum technologies and the continuous innovation across the board. Contrary to fears of a "quantum winter," he observed consistent advancements and investments, reinforcing optimism about the field's future.
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The panelists also discussed the most exciting news from their respective companies.
Quemix: They successfully tested their FTQC algorithms on Continuum's H1 system, yielding positive outcomes. This collaboration marks a significant milestone for Quemix.
Quantium: Their advancements in machine fidelity and the increasing engagement with customers. These improvements are crucial as they work towards fault-tolerant quantum computing.
Keysight Technologies: Discussed their collaboration with AIST in Japan to advance quantum technologies. This partnership exemplifies Keysight's commitment to working closely with leaders in the field.
QuEra: Two major achievements: the delivery of a quantum machine to AIST and successful demonstrations of logical qubits with Harvard, MIT, and NIST. These accomplishments have accelerated the timeline for quantum usefulness, drawing increased interest from customers.
The panelists explored the potential of Japan-US collaboration and the role of Japanese companies in the global quantum landscape.
Nakadoi emphasized the importance of partnerships between Japanese and international companies, particularly in hardware and software sectors. Japan's strengths in supply chain stability and technology can contribute significantly to global quantum development.
Nash praised Japan's contributions to scientific computing, especially through the Fugaku supercomputer, the world's largest single system. Nash expressed excitement about integrating HPC, AI, and quantum computing to drive new applications.
Eric highlighted Japan's leadership in public-private partnerships and their collaborative spirit. He commended the seamless cooperation between universities, national labs, and the private sector in Japan, which serves as a model for other countries.
The panel also addressed the challenges and concerns facing the quantum industry.
General concerns that were discussed the uncertainties surrounding hardware evolution and commercialization timelines. While there is optimism, the path to widespread quantum adoption is still fraught with challenges.
Eric expressed concerns about investor sentiment and external factors beyond their control. Maintaining momentum in quantum research and development requires sustained support and belief in its potential.
The panel concluded with a sense of optimism about Japan's vital role in the quantum sector and the importance of global collaboration. The discussions underscored the need for continued innovation, investment, and partnership to harness the transformative potential of quantum computing.
The Q2B Tokyo event provided a platform for industry leaders to share insights, celebrate achievements, and chart a collaborative path forward, reinforcing the belief that quantum computing is on the cusp of significant breakthroughs.
