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// FRONTIER.QUANTUM-LEAP

Quantum Leap

Quantum Computing

11 companies · 10 sourced backers · 82 milestones on record

// What this frontier is about

Quantum computing aims to turn systems based on light, atoms and other quantum components into dependable computers. Companies are working to correct errors and make these machines solve practical problems beyond experimental demonstrations, with some also developing sensing and imaging applications.

// How real is it?

Where the 11 companies stand today, from their profiles and 10-year milestones. Tap a phase to see who is there.

← labavailable to all →
// What usually holds it back
  • ▸Correcting errors that accumulate during computation
  • ▸Scaling systems while maintaining reliable operations
  • ▸Demonstrating practical advantages over conventional computers
  • ▸Moving controlled experiments into dependable real-world applications
// Who's backing it
Innovation Endeavors· Atom ComputingIn-Q-Tel· InfleqtionMaverick Ventures· InfleqtionBlackRock· PsiQuantumInnovate UKU.S. Department of CommerceThird Point VenturesDCVCCisco InvestmentsHoneywell

Publicly listed: 8 companies (owned by public shareholders).

// Inside the terminal
  • ›Every sourced story on all frontiers, filterable by company and news type
  • ›10-year milestone records for each company: demo vs shipped
  • ›Explained: plain-words readiness diagrams for real breakthroughs
  • ›Signal Trends of 39 frontiers covering 378 companies over time.
  • ›The events calendar: launches, approvals and deadlines ahead
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// Companies in this frontier
  • Alphabet (Google Quantum AI)

    To turn superconducting quantum processors into useful computers that can tackle problems beyond conventional machines.

    Lab · publicly listed

  • Atom Computing

    To turn large arrays of neutral atoms into useful quantum computers.

    Trials · backed by Innovation Endeavors

  • IBM (Quantum)

    To turn superconducting quantum processors into useful computing systems.

    Lab · publicly listed

  • Infleqtion

    To turn neutral-atom quantum technology into useful computing and sensing systems.

    Some users · publicly listed · backed by In-Q-Tel, Maverick Ventures

  • IonQ

    To deliver commercially useful quantum computers — ones that solve real business problems faster or better than conventional supercomputers — and ultimately …

    Some users · publicly listed

  • Microsoft (Quantum)

    To build useful quantum computers using topological qubits.

    Trials · publicly listed

  • PsiQuantum

    To build a useful fault-tolerant quantum computer using light-based technology.

    Lab · backed by BlackRock

  • Quantinuum

    To turn trapped-ion quantum computing into a useful computing platform.

    Lab · owned by Honeywell

  • Quantum Computing Inc.

    To make light-based quantum and related computing technologies practical without relying on deeply cooled hardware.

    Some users · publicly listed

  • QuEra Computing

    To turn neutral-atom quantum systems into useful computers.

    Some users

  • Rigetti Computing

    To build quantum computers reliable and large enough to outperform conventional computers on practical problems.

    Some users · publicly listed

// WEEKLY.UPDATES

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13 NOV 2026

QuEra Marks Record 2025: Year of Fault Tolerance and $230M

13 NOV 2026

QuEra Selected for NEDO Post-5G Infrastructure R&D

13 NOV 2026

Atom Computing Finalizes $100 Million U.S. Department of Commerce R&D Agreement for Fault-Tolerant Quantum Systems - Quantum Computing Report

13 NOV 2026

ICSC & QuEra Computing Launch Partnership

13 NOV 2026

IonQ Announces Executive Leadership Evolution - AOL