This company develops hardware to improve the performance of quantum noise-limited amplifiers. Their products aim to simplify the operation of these amplifiers, which are crucial components in quantum computing and sensing.
Funding
$75K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Operating quantum noise-limited amplifiers, essential for quantum computing and sensing, requires complex room-temperature hardware and cryogenic filtering, adding overhead and complexity to quantum experiments. Existing cryogenic low-pass filters often lack the flexibility to meet the diverse filtering requirements of different quantum applications.
Solution
Gateway Quantum Electronics (GQE) simplifies quantum hardware by offering cutting-edge hardware solutions for operating quantum noise-limited amplifiers. Their Quantum Amplifier Controller (QAC) integrates all the necessary room-temperature hardware for operating Josephson Parametric Amplifiers (JPAs) and Traveling Wave Parametric Amplifiers (TWPAs). GQE also provides a range of cryogenic Low Pass Filters (LPFs) designed for optimal high-frequency attenuation and electronic thermalization at millikelvin temperatures. These LPFs are available in multiple configurations and custom designs to meet specific application needs, ensuring optimal performance for quantum devices. By simplifying the operation and enhancing the performance of quantum amplifiers, GQE accelerates the development and deployment of quantum technologies.
Target Audience
GQE's primary customers include quantum computing researchers, quantum sensing developers, and cryogenic system integrators seeking simplified and high-performance hardware solutions for quantum noise-limited amplifiers.
Features
- Quantum Amplifier Controller (QAC): A complete room-temperature hardware solution for operating JPAs and TWPAs.
- Cryogenic Low Pass Filters (LPFs): Designed for high-frequency attenuation and electronic thermalization at millikelvin temperatures.
- Multiple LPF configurations: Available with 20 Hz, 20 kHz, and 50 kHz cutoff frequencies to suit various applications.
- Customizable LPF designs: Tailored filtering solutions to meet specific experimental requirements.
- High-performance cryogenic filtering and thermalization for connections to quantum devices.