Episode 34 - When will quantum computers reach the data center? We talk to Chris Monroe, IonQ
Jun 15, 2023
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Chris Monroe, chief scientist at IonQ, discusses the future of quantum computing. Quantum computers could soon fit into classical data centers, with minimal cooling and power requirements. They explore the unique nature of quantum computing, the minimum number of qubits needed for valuable tasks, and the potential integration of quantum computers with data centers.
Quantum computing is reaching a stage where it can be widely used and a new quantum computer could fit into a couple of racks in a classical data center.
IonQ's atom-based qubits offer advantages such as scalability without fabrication yield issues and minimal cooling requirements, making them more efficient compared to other quantum computing technologies.
Deep dives
IonQ's Quantum Transistor: The Future of Quantum Computing
IonQ, a quantum computing startup, uses individual atoms as quantum transistors. Unlike other platforms, IonQ's qubits are isolated atoms that are naturally quantum. This allows them to scale without fabrication yield issues. While other technologies like superconducting qubits face challenges with thermal interference, IonQ's natural qubits remain stable. The company aims to build bigger and more powerful systems, focusing on higher quality qubits. IonQ is working on engineering challenges, such as integrating optics and achieving scalability, as well as hardware challenges like wiring qubits together with laser beams. The goal is to create quantum computers that can be connected in a network, paving the way for applications in fields like machine learning and optimization.
The Advantages of IonQ's Atom-Based Qubits
IonQ's atom-based qubits offer several advantages over other quantum computing technologies. These naturally quantum qubits, made of isolated atoms, can be scaled without worrying about yield, as every atom of the same isotope is identical. Cooling the system to near absolute zero is not necessary, as IonQ's qubits occupy only a few millimeters of space. The challenge for IonQ lies in controlling these qubits through laser beams, which requires optical engineering. However, the overall footprint and cooling requirements of IonQ's quantum computers are significantly smaller compared to other technologies. They use a few hundred watts of cooling and electrical power, making them more efficient.
The Path to Quantum Computing Integration
Integration at every level of the quantum computing stack is crucial for a company like IonQ. While collaborations with customers like Hyundai help in developing specific applications, IonQ needs to be involved in all levels to ensure successful integration and compatibility. Building a full stack quantum computer is a long-term gamble, but it offers advantages in terms of scale and compatibility. As quantum computing becomes more commoditized, the competition among quantum computer software will be exciting. IonQ envisions quantum computers connected by photons and integrated in data centers, providing a hybrid environment where classical computing and quantum computing work together to optimize algorithms and parameters. Quantum computers will be near data centers to leverage existing infrastructure and computing resources.
Quantum computing is still pretty mysterious, but data center operators have real questions: when will they need installation and support? And how much cooling will they need?
Chris Monroe, chief scientist at IonQ, gives us the answers, along with plenty of other solid facts about an emerging technology that can seem as illusory as Schrodinger's cat.
It turns out that quantum computing is reaching a point where lots of us could soon start to use it. The market may have to choose from an array of different kinds of quantum bits (or "qubits"), but it is quite likely that a brand new quantum computer could fit into a couple of racks of your classical data center.
Don't believe us? Let Chris explain...
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