Harvard startups, like LightsynQ founded in 2024, suggest the pace of development in quantum computing is exceeding expectations, researchers say.

Harvard startups, like LightsynQ founded in 2024, suggest the pace of development in quantum computing is exceeding expectations, researchers say.

Terms of the deal were not disclosed

IONQ bets on Lightsynq and Capella to scale quantum systems and build secure global quantum networks.

Beats Top End Revenue Guidance by 15% Announced $1.075 Billion Proposed Acquisition of Oxford Ionics, Enhancing Scalable Quantum Computing Breakthroughs Completed Acquisition of Lightsynq and Capella,...

Harvard startups, like LightsynQ founded in 2024, suggest the pace of development in quantum computing is exceeding expectations, researchers say.

Lightsynq, a cutting-edge technology company, has launched with a mission to enable quantum computers to scale to commercially useful sizes. Founded by a team of experts in quantum physics, Lightsynq aims to overcome the scaling problem faced by current quantum computing systems. The company's solution lies in its innovative quantum interconnects that can link multiple limited-scale devices into a modular, full-scale quantum computer. This approach is built on years of research and utilizes quantum memories based on color centers in diamond, allowing for compatibility with various quantum hardware platforms. Lightsynq's technology has already demonstrated the first-ever memory-enhanced quantum link based on color-centers in diamond photonic circuits, showcasing its potential to accelerate the quantum industry's timeline to commercial impact. The company has secured $18M in Series A funding from investors including Cerberus Capital Management, Murata Electronics North America Inc., and In-Q-Tel (IQT), among others. With this support, Lightsynq plans to build the first quantum interconnect prototypes and collaborate with leading quantum computing companies to unlock the full potential of quantum computing.

IonQ’s Q2 revenue reached $20.7M, exceeding expectations, alongside a $1B equity financing to accelerate quantum computing breakthroughs The company anticipates achieving 10,0000 physical qubits with 99.99999% logical fidelity by 2027, bolstered by acquisitions of Lightsynq & Capella These advancements aim to unlock millions of qubits and support the development of quantum networking, including a space-based quantum key distribution (QKD) network

IonQ’s acquisition of Lightsynq, a specialist in photonic interconnects and quantum memory, consolidates its position in the developing quantum computing and networking landscape by integrating technologies crucial for scaling modular quantum systems and extending the range of future quantum networks, evidenced by the addition of over 20 patents and a focus on overcoming single-system scaling limitations with high-bandwidth interconnects.

IonQ acquires Lightspeed Quantum Computing to accelerate development of photonic interconnects, integrating its IP and personnel to link quantum processors at high speeds and overcome scaling limitations.

Terms of the deal were not disclosed

Reported Wednesday, May 7 - 4:24pm EDT (TheFly subscription required to read more.)

IonQ (NYSE: IONQ), a leading commercial quantum computing and networking company, today announced that it has entered into a definitive agreement to acquire ...

IonQ (NYSE: IONQ) reported strong Q1 2025 financial results with revenue of $7.6 million and cash equivalents of $697.1 million. The company announced a $22 million deal with EPB to establish the first commercial quantum computing & networking hub. Key developments include the pending acquisition of Lightsynq Technologies to enhance quantum internet capabilities, closure of ID Quantique acquisition, and agreement to acquire Capella. IonQ demonstrated a 12% speed improvement over classical computing in heart pump simulation with Ansys. The company raised $372.6 million through an ATM facility but reported a net loss of $32.3 million and Adjusted EBITDA loss of $35.8 million. For 2025, IonQ projects revenue between $75-95 million, with Q2 guidance of $16-18 million. The company expanded globally through partnerships in Japan and strengthened its patent portfolio to over 950 patents and pending applications.

IonQ (NYSE: IONQ) has announced its intention to acquire Lightsynq Technologies, a Boston-based quantum technology startup. The acquisition aims to accelerate IonQ's quantum computing and networking capabilities through Lightsynq's photonic interconnect technology and quantum memory expertise. Founded by former Harvard University experts, Lightsynq brings a portfolio of over 20 technology patents and applications related to quantum memory.The strategic acquisition will enhance IonQ's ability to scale quantum networks through quantum repeaters and increase quantum computing power via photonic interconnects. The integration of Lightsynq's technology is expected to enable IonQ to achieve quantum computers with 10,000s and ultimately millions of qubits. This move follows IonQ's recent acquisitions of Qubitekk and ID Quantique, along with partnerships with defense organizations and the development of the first quantum computing and networking hub in Chattanooga, TN.

IonQ’s Q2 revenue reached $20.7M, exceeding expectations, alongside a $1B equity financing to accelerate quantum computing breakthroughs The company anticipates achieving 10,0000 physical qubits with 99.99999% logical fidelity by 2027, bolstered by acquisitions of Lightsynq & Capella These advancements aim to unlock millions of qubits and support the development of quantum networking, including a space-based quantum key distribution (QKD) network

IonQ’s acquisition of Lightsynq, a specialist in photonic interconnects and quantum memory, consolidates its position in the developing quantum computing and networking landscape by integrating technologies crucial for scaling modular quantum systems and extending the range of future quantum networks, evidenced by the addition of over 20 patents and a focus on overcoming single-system scaling limitations with high-bandwidth interconnects.