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InfiniX

Verify it yourself: the plans of the InfiniX educational demonstrator are available

·4 min read

From the start, only one thing has really mattered in this discovery: that it be verified, not merely taken on faith. The scientific publication and the complete protocol are already public. Today we go further: I am releasing the complete plans of a linear educational demonstrator.

A simplified version, designed specifically so that anyone can reproduce and verify, with their own hands, the core principle described in the publication: the cancellation of a magnetic field by superposition, and the force that reappears when that field is restored. Not a black box. Not a video to watch from afar. The exact setup, to build yourself, with your own instruments.

What it changes, concretely

You no longer need to believe me. You need a bit of equipment, a bit of rigour, and the will to measure for yourself. That is exactly the spirit that has carried this publication from day one: open replication matters more than any claim, including mine.

What the demonstrator shows

  1. Make a magnet invisible, without breaking itA coil wound around a neodymium magnet, carrying the right current, cancels its field exactly. From the outside, nothing is detectable any more — the magnet has lost nothing: it is reversible and instantaneous.
  2. Break the circuit, not just cut the currentAs long as the circuit is closed, a moving magnet keeps inducing a voltage. Once the circuit is open, the natural field reappears facing the second magnet, in repulsion.
  3. Observe the force that pushes — and the absence of brakingTwo magnets repel each other; no winding is pushing: the classic counter-current has no support any more. Measure it yourself.
2 stagesof neodymium-core electromagnets
STL + PDFevery part, detailed assembly
Scopeaccessible measurement points
Informedbasic electronics required

How to get access

The plans are reserved for members of the Projet Atlas association, for a €50 membership (founder rate, instead of €150, locked for life for the first 1,000). This is not a price meant to profit from people’s curiosity: it is what allows the association to keep existing, to produce resources and to support the next steps of this work. Once your membership is confirmed, your Alexandrie account is created automatically (you receive an e-mail to set your password) and the files await you in the members-only article.

For those who would rather not build it themselves, the assembled motor remains available for sale, made to order — no membership required.

An important word before you start

Informed users

This build is intended for informed users: basic electronics and practice with measuring instruments are required. It is not a toy, and it is not a turnkey kit for complete beginners. It is a verification tool, designed for those who really want to go and see for themselves rather than argue in the comments. Educational and experimental use only — no use in production or in real conditions.

Why I am doing this

Because a discovery that stays in the hands of a single man, however convinced he may be, is worth nothing in the face of science. A discovery that dozens, hundreds of people reproduce on their own, with their own measurements, their own doubts, their own results — that starts to look like a truth that can no longer be ignored.

Video tutorial · with NEXUS magazine

The assembly, filmed step by step

Christophe Tétard opens his workshop and assembles the linear demonstrator on camera: the parts one by one, the prototype's real cost, the first electromagnet, the moving assembly. Watch the video before you start, then keep it next to the plans while you build — each chapter below takes you straight to the passage you need.

Video chapters — click one to jump straight to it

  1. 00:00InfiniX: an educational motor to build and test yourself
  2. 05:38Why such an imposing motor?
  3. 07:37What does the InfiniX prototype really cost?
  4. 10:54Behind the scenes: the motor's parts revealed
  5. 14:14Assembly begins: mounting the first electromagnet
  6. 19:08Magnets as dampers: the system takes shape
  7. 20:58At the heart of motion: mounting the moving electromagnet
  8. 26:14A key step of the assembly

— Christophe Tétard, inventor of the InfiniX motor

Want to understand in detail?

The two reference publications, open access

A 16-page guide in plain language — no equation before chapter 10 — and, for those who want the full protocol, formulas and measurements, the complete scientific publication (FR/EN). Everything the motors implement is described there.

PDF guide — InfiniX for Dummies Full scientific publication (PDF)

Full video of the 18 July talk, NEXUS interview and podcasts: InfiniX, the talk — what was actually said · his video answers to your questions.

Want to see beyond the demonstrator? The InfiniX radial motor takes the same principle into a real motor, with measurable torque. And for the big picture: the complete guide to the InfiniX motors.

Verify it yourself

Go further with the InfiniX motors

Two educational motors to put the principle in your hands, the demonstrator plans for members, and the articles that explain everything.

The motors, to order

The articles

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