A new class of medical imaging

See everything.
Risk nothing.

Ultra-low-dose full-body imaging for population-scale early detection. A modality that doesn't exist yet — we're building it.

The Science Get in Touch
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Technology in development  ·  Feasibility & design phase underway  ·  First clinical system expected 2032
01
Imaging safe enough to repeat

For the first time, annual whole-body screening becomes physically possible — at a dose that carries no meaningful risk. Population-scale early detection, finally within reach.

02
A complete picture of the body

Millimetre-resolution 3D imaging of the entire body — including dense anatomy, bone, and implants — in a single 15-minute scan. Nothing hidden. Nothing excluded.

03
For patients current imaging excludes

µ-T Scan works where CT and MRI cannot. Larger patients, metal implants, dense anatomy — the patients hardest to image are often those most in need.

04
Detection before symptoms appear

Moving from late-stage to early-stage detection transforms survival. The bottleneck has never been treatment — it has been finding cancer in time to act.

The Source of Novelty

Muons — born
from light itself.

Muons are nature's own imaging particles. Heavier than electrons, they pass through the entire human body depositing a negligible fraction of the dose of conventional X-rays.

Until now, high-intensity muon beams required accelerators the size of city blocks. ATIMSUS changes that — by using muons generated from a laser.

Laser-driven acceleration
An ultra-intense laser pulse creates a plasma wave that accelerates electrons to near light-speed within millimetres — not kilometres. These electrons produce the muon beam.
Compact by design
The entire source with the beamline fits in a room. What once demanded a national laboratory now becomes the core of a clinical device — a fundamental shift in what is possible.
A first-of-kind challenge
The underlying physics is established. The challenge — and the opportunity — is optimising every parameter for the clinical context: resolution, dose, speed, and reliability.
Built by people who know muon beams
ATIMSUS is founded by researchers with direct experience operating high-intensity muon beamlines at the frontier of particle physics. We start from practice, not from a textbook.

Early Access

Join us before the
category exists.

We are at the earliest stage — which means the highest upside and the greatest opportunity to shape what µ-T Scan becomes. We are looking for investors and collaborators who think in decades.

For Investors
Enter before the market exists
A capital-efficient path from first principles to a category-defining medical device. Phase 1 de-risks the core physics before any heavy commitment is required.
For Research Partners
Help define a new modality
We are seeking laser facilities, detector groups, and medical imaging institutions to collaborate on the physics and clinical design challenges ahead.
Express Interest We respond to every message personally.

Contact

Get in touch.

Something new is being built. We'd like to hear from you.

Email
kaushik@atimsus.com
Address
3 route de Sauverny
1290 Versoix, Switzerland
Status
Design phase underway
First system: 2032