Nature Magazine
A quantum computer controlled by superconducting digital electronics at millikelvin temperature
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The Processor Platform for the Next Computing Era
A quantum computer controlled by superconducting digital electronics at millikelvin temperature
TYNANA is the first company to put all core functions of a quantum computer on a digital chip — unlocking a clear path to scaling qubits without scaling complexity. It's the architecture that makes practical, large-scale quantum data centers possible.
Before silicon, every channel is modeled end-to-end — pseudo-random bit source, drive electronics, modulator, detector, transimpedance amplifier — so the analog behavior of the photonic + cryo-CMOS stack is verified in the same environment used for tapeout sign-off.
RF control is programmable but doesn't scale. Pure photonic links scale distribution but lose local programmability. TYNANA combines both — photonic signal distribution above the fridge for low-power, low-wiring fan-out, paired with a local cryo-CMOS layer at base temperature for per-qubit timing, gating and readout correction.
Explore the technology →How Quantum Computing Will Reshape the World
This whitepaper explores why scaling — not just building — the first quantum computer will determine who leads the next era of technology. From accelerating drug discovery and clean energy to securing communications and transforming AI, TYNANA outlines the breakthroughs, risks, and policy actions that will define the future.
TYNANA technology is already at work with industry leading partners and customers.
"TYNANA's John Levy featured in the Booz Allen Ventures Founder Series"
— Booz Allen
"Quantum chips that don't need a nuclear power plant"
— NBC
"Why is the Quantum Race Moving Faster?"
— The Daily Upside
We're a passionate team at the intersection of quantum physics and engineering, driven by innovation and collaboration.
See Open Positions →Tynana LLC was incorporated in 2026 by two engineers — Bowen Liu (CTO) and Peter Zhang (CEO). We build the photonic + cryo-CMOS control layer between a room-temperature host and any qubit modality.
Pre-launch, pre-revenue, intentionally narrow. Two foundry tapeouts in six weeks (AIM Photonics SiN; GF 22nm FD-SOI). No exotic processes, no marketing-grade qubit claims — just the wires.
Explore our Company & Mission →Two founders. Two emails. CEO Peter Zhang: PeterZhang@tynana.com. CTO Bowen Liu: BowenLiu@tynana.com. Or visit our contact page.