Qubitcore builds quantum computers that combine micro‑optical cavities with ion‑trap technology to deliver high‑fidelity gates, all‑to‑all photonically linked qubit connectivity, and long coherence times.
Funding
Funding not disclosed
Founders
Product
Problem
Current quantum computing platforms often suffer from limited gate fidelity, restricted qubit connectivity, and short coherence times, which hinder reliable execution of complex algorithms and scaling to larger systems.
Solution
Qubitcore builds quantum computers that integrate micro‑optical cavities with ion‑trap technology to create deep electromagnetic potentials for ion confinement. This architecture delivers high‑fidelity quantum gates, all‑to‑all connectivity via photonically linked modules, and extended coherence times for trapped‑ion qubits. The micro‑optical cavities enable efficient photon extraction, supporting fast inter‑module communication and scalable quantum charge‑coupled device (QCCD) architectures. Qubitcore offers both on‑premise hardware and cloud‑based quantum computing services, allowing customers to access the technology directly or via quantum computing as a service (QCaaS).
Target Audience
Primary customers are research institutions, enterprise R&D labs, and technology companies that require high‑performance quantum processors for algorithm development, simulation, and error‑corrected quantum computing research.
Features
- Micro‑optical cavity integration for high‑efficiency photon extraction and fast inter‑module links
- Deep electromagnetic ion traps providing low error rates in gate operations and state preparation/measurement
- All‑to‑all qubit connectivity through photonically interconnected QPUs, facilitating flexible algorithm design
- Quantum Charge‑Coupled Device (QCCD) architecture enabling ion shuttling within a single QPU for scalable qubit arrays
- Long coherence times of trapped‑ion qubits, reducing error‑correction overhead
- QCaaS and private/public quantum cloud offerings for on‑premise or remote access to hardware