Shape a physical landscape.
Program fields, couplings, exploration strength, bath structure, and capture timing to steer an open system toward useful low-energy states.
- Hamiltonian schedules
- Structured dissipation
- Conditional block dynamics
Hardware north star Zymir Ambient Quantum Systems
Quantum computing, at ambient temperature.
We are building the evidence and control platform for a programmable physical architecture inspired by how living systems pump energy, organize transport and dissipation, and capture useful outcomes. The destination is hardware—not a software-only quantum metaphor.
Research program. No Zymir quantum hardware yet.
No quantum-advantage or computational-speedup claim.
- Operating target
- Ambient conditions
- Physical thesis
- Driven + dissipative
- Execution model
- Dual-mode
Concept instrument / 01
One physical architecture. Two execution modes.
Mode A
Annealing / analog
Landscape evolution
Mode G
Gate-based
Timed coherent control
01 / Destination
Not a warmer copy of a cryogenic machine.
Biology rarely wins by perfectly isolating large systems. It operates far from equilibrium: injecting energy, exploiting structured environments, protecting local dynamics, and trapping useful outcomes before they disappear. Zymir is translating those operating principles into falsifiable experiments toward an engineered quantum substrate.
02 / Architecture
The control stack is being built for the machine.
Software gives us a usable optimizer now and a falsifiable hardware specification later. Every schedule, pulse, sample, and transformation is recorded so a physical module can replace a simulated one without changing the scientific contract.
Input
Problem + experiment
QUBO · Ising · circuit · pulse
Zymir control plane
Compile · probe · control · verify
One evidence ledger across every backend
Compose timed coherent operations.
Translate circuits into pulse-program contracts for the same local quantum elements, then bind them to a calibrated device only when physical coherence and control pass the required gates.
- Circuit-to-pulse lineage
- Local coherent clusters
- Gate fidelity to be measured, not assumed
Output
Measured result + provenance
Quality · latency · energy · physical evidence
03 / Biomimetic operating system
Inspired by biology. Engineered for control.
We are not assuming that a living organism is the computer. Biology is a working reference for sustained non-equilibrium operation under warm, wet, noisy conditions—and a source of mechanisms we can formulate, synthesize, and test. It is not evidence of programmable quantum computation.
-
01
Far from equilibrium
Pump
Use light, voltage, or chemistry to create nonthermal initialization.
-
02
Modular quantum matter
Protect locally
Test whether engineered local clusters retain coherence over a declared primitive.
-
03
Structured dissipation
Shape the environment
Treat noise spectrum, dephasing, and relaxation as programmable controls.
-
04
Initialization + interconnect
Connect selectively
Explore chiral and synthetic structures for spin filtering and transport.
-
05
Late-time sink
Capture
Latch useful outcomes irreversibly after exploration, before they relax away.
04 / Evidence state
A research claim must show its maturity.
The platform keeps present capabilities separate from active experiments and the physical milestones still required. That separation is part of the product, not a footnote.
Built foundation
Reproducible control and solver core
Canonical optimization contracts, independently checked energies, deterministic local baselines, analog control programs, and complete run provenance.
- Exact + mathematical controls
- Annealing and physics-inspired backends
- Bounded gate-model simulation
Active simulation
Open-system research controls
Coherent and stochastic backends exist, but the preregistered multi-factor H0 campaign is blocked before execution. No completed matched digital-twin result is claimed.
- Dimensionless Lindblad dynamics
- Fixed-temperature Glauber dynamics
- Gate-to-pulse artifact lineage
Physical proof required
Ambient quantum hardware
No website language substitutes for measured initialization, coherence, programmable interaction, gate fidelity, readout, reset, and energy-to-solution on a physical device.
- Room-condition quantum signatures
- Repeatable dual-mode control
- Matched classical comparison
05 / Physical program
Intended · Research domain / zymir.bio
The finish line is hardware.
Each stage must earn the next one. The software remains valuable throughout, but the research climax is a new physical route to quantum computation under ambient conditions.
Every gate has quantitative advancement, suspension, and kill conditions.
Propose a research partnership-
H0 / Numerical instrument
In build
Complete the preregistered model campaign
The intended common experiment still needs a complete factor-to-model/control executor.
-
H1 / Physical stochastic
Research target
Physical stochastic primitive
Demonstrate repeatable physical stochastic computation with raw energy and timing evidence; H1 alone does not issue an ambient label and remains diagnostic-only until typed device/day/instance/results close.
-
H2 / Quantum-active component
Evidence gated
Coherent local cluster
Isolate a preregistered quantum witness from thermal, optical, electronic, and analysis artifacts. H2 alone does not issue an ambient label and remains diagnostic-only until typed witness evidence closes.
-
H3-A / H3-G
Mode readiness
Separate annealing and gate readiness
Qualify programmable interaction, annealing schedules, gates, reset, and readout without yet issuing a QPU claim.
-
H4-A / H4-G / H4-DM
Architecture proof
One-mode processors, then coherent dual mode
Run integrated one-mode programs and separately demonstrate a powered coherent handoff on the same physical architecture; disconnected providers do not qualify. One-mode public labels remain blocked until typed physical study/results replace summary fields. Every H4-or-later status is code-capped at none until authoritative source runs close.
-
H5 / Matched usefulness
Usefulness gate
Test complete-resource usefulness
Test enabled/disabled causality and finite-workload improvement against the strongest-classical envelope at every scale under matched resource caps.
-
H6 / Programmable generalization
Product destination
Generalize to unseen compositional programs
Demonstrate programmable ambient quantum computation on blind programs without requiring a performance-advantage claim. Current program checks remain diagnostic-only until typed semantics, scaling, anti-lookup, and replication payloads close.
Zymir / Ambient Quantum Systems
Build the evidence.
Then build the machine.
We are looking for collaborators in open quantum systems, molecular and solid-state spins, photonics, biomolecular materials, pulse control, and hard optimization.
hello@zymir.ai