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IonQ
US information technology company From Wikipedia, the free encyclopedia
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IonQ, Inc. is an American quantum computing hardware and software company headquartered in College Park, Maryland. The company develops general-purpose trapped ion quantum computers and accompanying software to generate, optimize, and execute quantum circuits.
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History
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IonQ was co-founded by Christopher Monroe and Jungsang Kim, professors at Duke University,[2] in 2015,[3] with the help of Harry Weller and Andrew Schoen, partners at venture firm New Enterprise Associates.[4]
The company is an offshoot of the co-founders’ 25 years of academic research in quantum information science.[3] Monroe's quantum computing research began as a Staff Researcher at the National Institute of Standards and Technology (NIST) with Nobel-laureate physicist David Wineland[5] where he led a team using trapped ions to produce the first controllable qubits and the first controllable quantum logic gate,[6] culminating in a proposed architecture for a large-scale trapped ion computer.[7]
Kim and Monroe, who was at the time a professor at the University of Maryland, College Park (UMD), began collaborating formally as a result of larger research initiatives funded by the Intelligence Advanced Research Projects Activity (IARPA).[8] They wrote a review paper[8] for Science Magazine entitled Scaling the Ion Trap Quantum Processor,[9] pairing Monroe's research at UMD in trapped ions with Kim's focus on scalable quantum information processing and quantum communication hardware.[10]
This research partnership became the seed for IonQ's founding. In 2015, New Enterprise Associates invested $2 million to commercialize the technology Monroe and Kim proposed in their Science paper.[4]
In 2016, they brought on David Moehring from IARPA—where he was in charge of several quantum computing initiatives[11][4]—to be the company's chief executive.[3] In 2017, they raised a $20 million series B, led by GV (formerly Google Ventures) and New Enterprise Associates, the first investment GV has made in quantum computing technology.[12] They began hiring in earnest in 2017,[13] with the intent to bring an offering to market by late 2018.[3][14] In May 2019, former Amazon Prime executive Peter Chapman was named new CEO of the company.[15][16] IonQ then partnered to make its quantum computers available to the public through Amazon Web Services, Microsoft Azure, and Google Cloud.[17][18][19]
In October 2021, IonQ became publicly listed on the New York Stock Exchange via a special-purpose acquisition company.[20][21] The company opened a dedicated research and development facility in Bothell, Washington, in February 2024, touting it as the first quantum computing factory in the United States.[22]
Niccolò de Masi became president and chief executive officer of IonQ on February 26, 2025, after serving on the company's board since 2021.[23] He succeeded Peter Chapman, who transitioned to the role of Executive Chair.
On August 6, 2025, de Masi was unanimously appointed chairman of IonQ's board.[24]
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Leadership
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Peter Chapman (2019–2025)
Peter Chapman served as Chief Executive Officer of IonQ from May 2019 until February 2025.
Before joining IonQ, he was an engineering director at Amazon, overseeing a 260-person team responsible for the “delivery experience” for Amazon Prime.[25] Chapman guided IonQ through its transition from a private research-driven company to a publicly traded quantum computing firm, following its 2021 merger with dMY Technology Group III. He served as Executive Chair after stepping down as CEO in 2025 before stepping down from that role in the summer of 2025.[26]
Niccolò de Masi (2025–present)
Niccolò de Masi succeeded Chapman as Chief Executive Officer in February 2025.[27] A physicist by training with degrees from the University of Cambridge’s Cavendish Laboratory, de Masi has led multiple technology and consumer companies and served on more than a dozen public company boards. Early in his career, he was CEO of Monstermob Group PLC and Glu Mobile,[1] where he oversaw significant growth through mobile gaming and hardware-software ecosystem strategies. He later co-founded dMY Technology Group, which completed several special-purpose acquisition company (SPAC) mergers, including IonQ’s 2021 public listing.[28]
As CEO, de Masi has focused on expanding IonQ’s footprint in quantum networking and international markets. During his tenure, IonQ has completed several acquisitions. IonQ has also pursued global partnerships with organizations such as Japan’s National Institute of Advanced Industrial Science and Technology (AIST)[29] and EPB in Chattanooga, Tennessee,[30] while exploring future expansion through planned acquisitions of Oxford Ionics and Capella Space.
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Acquisitions
In November 2024, IonQ announced it would acquire Qubitekk,[31] a U.S. firm focused on quantum networking technologies.
In May 2025, the company acquired a controlling stake in ID Quantique (IDQ),[32] a Geneva-based firm specializing in quantum-safe cryptography and sensing technologies, adding hundreds of patents to IonQ's portfolio.
In June 2025, IonQ agreed to acquire British quantum computing startup, Oxford Ionics, for approximately $1.1 billion.[33] Also in June, IonQ completed the acquisition of Lightsynq Technologies,[34] a US startup developing photonic interconnects and quantum memory.
In July 2025, IonQ finalized its acquisition of Capella Space,[35] a satellite imaging company, with the aim of supporting plans for space-based quantum key distribution networks.
In September 2025, IonQ announced the acquisition of Vector Atomic,[36] a California-based company specializing in quantum sensors for positioning, navigation, and timing applications.
Technology
IonQ's hardware is based on a trapped ion architecture, from technology that Monroe developed at the University of Maryland, and that Kim developed at Duke.[37]
In November 2017, IonQ presented a paper at the IEEE International Conference on Rebooting Computing describing their technology strategy and current progress. It outlines using a microfabricated ion trap and several optical and acousto-optical systems to cool, initialize, and calculate. They also describe a cloud API, custom language bindings, and quantum computing simulators that take advantage of their trapped ion system's complete connectivity.[38]
IonQ and some experts claim that trapped ions could provide a number of benefits over other physical qubit types in several measures, such as accuracy, scalability, predictability, and coherence time.[39][3][40] Others criticize the slow operational times and relative size of trapped ion hardware, claiming other qubit technologies are just as promising.[39]
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References
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