IonQ filed an 8-K: completed an acquisition or disposition; sold unregistered shares
SEC Form 8-K, items 2.01, 3.02.
Early commercialmomentum 365,592 papers a year (+22%)$74M raised in 12 months21 companies
Devices that use quantum states of atoms or light to measure time, motion or fields precisely, or to link and secure networks.
Why early commercial: DARPA contracted IonQ in August 2026 to manufacture and deliver 125 optical atomic clocks for US government use. Aug 6, 2026This week: IonQ filed an 8-K report after entering into a material agreement and selling unregistered shares.
Dots under a month: dated events tracked here that month.
SEC Form 8-K, items 2.01, 3.02.
SEC Form 8-K, items 1.01, 3.02.
New X-ray measurements will allow scientists to more accurately monitor nuclear material at power plants and weapons facilities.
The deal pairs Infleqtion's neutral atom computers and sensors with Cisco's networking stack.
The test was the first reported magnetic navigation flight on an attritable drone.
Led by Quantonation, Quantacet
Led by Quantonation, Ocean Azul Partners
Led by National Grid Partners
Led by Paspalis
Sells QKD networks, quantum networking and optical atomic clocks alongside its quantum computers.
Building Q4S, a self-funded satellite to test quantum entanglement swapping in space.
Runs a quantum networking research program working on entanglement distribution hardware and software.
Makes neutral atom quantum sensors, including the Tiqker optical atomic clock.
Offers AQNav, a magnetic anomaly navigation system using quantum sensors.
Builds Ironstone Opal, a quantum navigation system that works without GPS.
Publishes on Quantum sensing at University of Science and Technology of China: 66 papers in 2 years.
Publishes on Quantum sensing at University of Science and Technology of China: 48 papers in 2 years.
Publishes on Quantum sensing at Peking University: 46 papers in 2 years.
Publishes on Quantum sensing at Max Planck Institute for Mathematics in the Sciences: 45 papers in 2 years.
Regional hub running quantum networking research and testbeds with partner labs.
Ultracold atom facility on the International Space Station testing quantum sensing in orbit.
J. Eli Bourassa, Rafael N. Alexander, Ben Q. Baragiola et al. · Figshare
D. Main, P. Drmota, D. P. Nadlinger et al. · Nature
Chuankun Zhang, Tian Ooi, Jacob S. Higgins et al. · Nature
Yang Li, Wenqi Cai, Ji-Gang Ren et al. · Nature
Arne L. Grimsmo, Joshua Combes, Ben Q. Baragiola · Figshare
Changes to this field
Renamed from Quantum sensing and networking.
Tracked from here on: Devices that use quantum states of atoms or light to measure time, motion or fields precisely, or to link and secure networks.