Exhibit 99.1
IonQ Announces First Quarter Financial Results
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Announced $22 Million Deal with EPB, Including the Sale of a New Forte Enterprise, to Establish First Commercial Quantum Computing & Networking Hub
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Pending Acquisition of Lightsynq Technologies to Accelerate both Quantum Internet and Quantum Computing Roadmap – Bringing Harvard Research Team, Quantum Memory, Quantum Repeaters, Photonic Interconnect Expertise, and IP to IonQ
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Strong continued expansion of Quantum Networking Initiative via Closing Acquisition of ID Quantique and Agreement to Acquire Capella
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Selected for First Stage of DARPA’s Quantum Benchmarking Initiative
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Demonstrated Narrow Commercial Advantage On-Stage at NVIDIA GTC Quantum Day with Ansys
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Held Cash & Cash Equivalents of $697.1 Million as of March 31 After Closing $372.6 Million ATM Facility
COLLEGE PARK, Md.--(BUSINESS WIRE)-- IonQ (NYSE: IONQ), a leading commercial quantum computing and networking company, today announced financial results for the quarter ended March 31, 2025.
“I am pleased with the strong start to the year at IonQ, including revenue above the midpoint of guidance for the first quarter and almost $700 million in cash equivalents as of March 31. We delivered important commercialization and expansion milestones for both our quantum computing and quantum networking businesses,” said Niccolo de Masi, CEO of IonQ. “We’re delivering real-world value for our customers today, including a recent demonstration of a 12% speed improvement over classical computing in a simulation of a heart pump using quantum processed data and a production product by our partner Ansys.”
“We look forward to adding a unique accelerant to both our quantum networking and quantum computing roadmaps, via the announced acquisition of Lightsynq. Lightsynq’s unique quantum memory technology, IP, and Harvard-research pedigree is expected to accelerate IonQ’s commercial systems to tens-of-thousands, and someday millions of qubits. In addition, we expect that Lightsynq’s quantum memory will also power the future quantum internet by allowing repeaters to ultimately be spaced over one hundred kilometers apart.”
de Masi continued, “We also announced the first-ever quantum computing and networking hub, in partnership with EPB. This groundbreaking deal includes the sale of a new Forte Enterprise system and the establishment of a permanent IonQ office focused on jointly creating algorithms designed for energy grid optimization. The global availability of our new Europe-based Forte Enterprise system will deliver value to our international customers with access over Amazon Braket, QuantumBasel’s IonQ cloud offering, and our own IonQ Quantum Cloud by adding compute capacity and fault tolerance from our Tennessee location.”
“Further, the closure of our acquisition of a controlling stake of ID Quantique, and agreement to acquire Capella, solidifies our global quantum networking position, which now includes offices in South Korea, Switzerland, and the US. We believe IonQ is well positioned to capitalize on both technical and commercial advances in quantum computing and quantum networking.”
Financial Highlights
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IonQ recognized revenue of $7.6 million for the first quarter, which is above the midpoint of the previously provided range.
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Cash, cash equivalents, and investments were $697.1 million as of March 31, 2025. The balance increased due to the $372.6 million ATM facility.
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Net loss was $32.3 million and Adjusted EBITDA loss was $35.8 million for the first quarter.* Exclusions from Adjusted EBITDA include a non-cash gain of $38.5 million related to the change in the fair value of IonQ’s warrant liabilities.
*Adjusted EBITDA is a non-GAAP financial measure defined under “Non-GAAP Financial Measures,” below, and is reconciled to net loss, its closest comparable GAAP measure, at the end of this release.
Q1 and Recent Commercial Highlights
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IonQ announced the acceleration of its quantum networking and quantum computing roadmap via the intended acquisition of Lightsynq Technologies, Inc. Lightsynq's founders built the first-ever quantum repeater capable of extending the range of quantum networks, a key technology for enabling quantum devices to connect together in a future quantum internet.