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While quantum computing is rapidly evolving from a speculative science to a realizable, market-ready computing breakthrough, there are still many unresolved challenges ¡ª from quantum hardware to silicon fabrication, algorithms, applications, and beyond.

These challenges were detailed in a recent paper, ¡°,¡± which was authored by team members, including ²ÝÁñÉçÇø distinguished architect Igor Markov and Principal Engineer John Sorebo.

²ÝÁñÉçÇø¡¯ role in advancing quantum R&D

With decades of experience in solving engineering complexity and delivering breakthroughs from silicon to systems, our industry-leading expertise can help realize scalable quantum computing solutions and drive its evolution toward market readiness. Our contributions span:

• Qubit design and fabrication: Our advanced modeling and simulation tools ¡ª including QuantumATK atomic-scale modeling software ¡ª will be used to design and fabricate qubits, the fundamental units of quantum information. These tools help optimize the performance of qubits and scalability of quantum processors.
• Algorithm development: By leveraging our expertise in electronic design automation (EDA), we will help develop algorithms that effectively manage and utilize quantum resources and enhance the overall efficiency of quantum computing systems.
• CryoCMOS design: The integration of cryogenic CMOS (complementary metal-oxide-semiconductor) technology is helpful for building quantum computers that can operate at extremely low temperatures. Our knowledge in this area will be key for developing reliable and efficient cryoCMOS circuits.

¡°When we simulate [quantum] devices, it's mostly electromagnetic simulation,¡± Qolab CTO and renowned quantum computing expert John Martinis said at the recent ²ÝÁñÉçÇø Executive Forum. ¡°Because of the way the devices are built, it's really hard to simulate that, and ²ÝÁñÉçÇø has experience in GPU cluster computing and breaking up the problem properly. I think we can make a lot of progress moving forward by working with ²ÝÁñÉçÇø.¡±

Different groups, such as quantum startups and academic institutions, have welcomed the expertise, infrastructure resources, and participation of semiconductor leaders like ²ÝÁñÉçÇø, who have a history of accelerating R&D and technological innovation.

¡°The ability to utilize established semiconductor processes can lead to rapid scaling of qubit production,¡± said Markov. ¡°The endeavor to develop a quantum supercomputer is a significant systems engineering challenge that calls for a diverse range of expertise, cutting-edge technology, and sustained investment.¡±

This groundbreaking foray into quantum computing for ²ÝÁñÉçÇø was identified and is actively driven by the Technology Intelligence Center (TIC), which leads our company¡¯s technology strategy as part of ²ÝÁñÉçÇø¡¯ Corporate Strategy Group. TIC creates dynamic, forward-thinking technology intelligence by analyzing the potential disruption and business impact of emerging technologies like quantum computing. In addition, TIC discovers potential synergies with our company¡¯s assets in computational sciences, and provides insights for corporate strategic planning, innovation partnerships, and investments.

¡°At TIC, we leverage ²ÝÁñÉçÇø¡¯ deep expertise in computational algorithms and numerical optimization to accelerate innovation at the frontier of disruption technology,¡± said Brandon Wang, VP of ²ÝÁñÉçÇø¡¯ Corporate Strategy Group. ¡°We believe innovation partnerships like this QBI effort are key to unlock the impact of future transformative shifts.¡±