Projects

EVA experiment

The EVA Project (Electric Vacuum Anomalies) focuses on researching anomalous phenomena associated with electromagnetic plasma discharges in a vacuum. These phenomena clearly involve nuclear reactions, so-called LENR (Low Energy Nuclear Reactions). Such phenomena may open the door to new, as yet unexplored ways of generating energy.

LENR (Low Energy Nuclear Reactions)

clearly also involves processes in which light nuclei fuse under relatively mild conditions. This process has the potential to release a significant amount of energy, in contrast to nuclear fission, which could mean a safer and more environmentally friendly source of energy.

ShadowGraph

The aim of the project is to use scalar fields for imaging similar to X-rays, with indications that this form of radiation has fewer negative effects on health than conventional X-rays.

The project is based on Nikola Tesla’s original patent. The first experiments were successful! We are now preparing for the production phase of modernized lamps. Our goal is to create a European manufacturing center that builds on the strong tradition of Czech glassmaking. In parallel, a similar center is being established in Canada.

SingleWire

The SingleWire Project focuses on verifying an alternative method of transmitting electricity, inspired by Nikola Tesla’s experiments. Instead of traditional systems that require high voltage and robust infrastructure, we aim to make use of the principle of electricity transmission known as ‘displacement.’ This phenomenon makes it possible to transfer large amounts of energy through a very thin conductor while remaining safe for human health. The method has already been successfully reproduced, for example, by the AMInnovation laboratory in the United Kingdom.

In our ELLIA laboratory, we have partially completed the experiment and are now working on developing a device for precise measurement of the transmitted power. Such transmission opens up new possibilities for more efficient energy transfer in decentralized systems, which could reduce the demands on extensive infrastructure and increase the flexibility of energy supply.

BATTERY-FREE MOBILITY

The Battery-Free Mobility Project focuses on researching an intriguing phenomenon observed around Tesla coils, which could one day enable energy transfer without traditional batteries. In our experiments, we discovered that near the hot end of a Tesla coil an anomalous standing wave arises, one that also contains a direct-current component. Any capacitor located within this field then charges itself spontaneously to an ‘unlimited’ voltage level. This phenomenon was first observed as early as 1975, and our recent tests confirm that the results are promising.

For safety, we used special devices to limit the voltage, and with the help of a small model motor we successfully verified the functionality of the phenomenon. Based on these results, we plan to build a larger version of Tesla’s coil, which will allow us to conduct more detailed experiments. If the effectiveness of this principle is confirmed, it could open the way to a new, more efficient form of energy transfer that would simplify and optimize our energy systems.

Financial Support

Collaboration and Expertise

Every contribution helps—whether to keep the laboratory running, to fund research, or to develop new solutions. Your support makes it possible to nurture new ideas, push the boundaries of research, and open the way to solutions that can change the future. Every amount invested goes directly into science and its growth.

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We are looking for partners and enthusiasts who want to be part of our projects. We welcome experience in the fields of electrical engineering, mechanics, development, and research—from scientists, technicians, and developers to creative minds. If you have a company, you can also support us with materials, services, or the production of electrical and mechanical components.

Collaborative Projects and Grants

Are you preparing a research, innovation, or grant project? We would be glad to join as an expert partner—offering our own research facilities and experience in the fields of new technologies, sustainable energy, and the popularization of science.