We will quickly come to an understanding with those open-minded investors who think in the same categories as our team. That is, those who have a high level of thinking and consciousness, have the skills to form an image of the future, over-the-horizon thinking, and clearly understand that breakthrough technologies can really save humankind from many negative factors that arise in the process of the evolutionary development of any society.

Here are the main scientific developments of the Neila Technology Research Center that require investment. The investment projects presented here are in order of decreasing investment amounts.

 

Non-reactive propulsive drive for aircraft and spacecraft

This will focus on the development and mastering of a non-reactive method of obtaining propulsive force for movement in space. The method is based on a new method of controlling the phase and frequency parameters of active elements self-organized into a system. The method differs from the known ways in that it will allow transforming electrical energy directly into kinetic energy (motion of the craft) by activating a physical vacuum and utilizing it.

Purpose: the creation of fundamentally new (non-reactive) propulsion systems for aircraft and spacecraft.

Required initial investment: $200 million

Estimated income: from $10 billion

Development time: 3-5 years

Autonomous non-chemical source of electrical energy

This project is dedicated to the development and creation of a non-chemical source of electrical energy, which, in the course of its operation, will not need so-called external charging/re-fueling. The continuous operation of such a source is assumed for a long time (from 1 year or more). The functioning of the product will occur due to new ways of pulling energy from its atomic structures.

Purpose: The creation of fundamentally new sources of electrical energy for various fields of activity.

Required initial investment: $100 million

Estimated income: from $5 billion

Development time: 5 years

Fundamentally new navigation devices

Funding here will lead to the development and creation of a navigation device that doesn’t use GPS, GLONASS, or mobile networks

Purpose: The creation of fundamentally new navigation devices that do not require satellites (GPS, GLONASS) or mobile communications.

Required initial investment: $3 million

Estimated income: from $3 billion

Development time: 3 years

Sailing boats (fun toys) for children that move in water without wind

It will be easily possible to development and create radio-controlled toy  models for children in the form of sailing boats that move in water without wind. It is also possible to produce large sailing boats for recreational trips in resorts, which can also move without the wind. The know-how of the movement of such a sailing boat comes from a non-standard interpretation of Newton’s laws of mechanics.

Purpose: Creation and commercialization of children’s toys and large models in the form of sailing boats moving without wind. The uniqueness in the engineering design of such boats, which allows them to move in the water without wind, is a commercial feature of the project that attracts a lot of attention.

Required initial investment: $200,000

Estimated income: from $13 million

Development time: 4-5 months

Teaching aids (no analog) for schools, colleges, and Physics universities

We are developing and creating of a set of teaching aids for experiments and research in schools, institutes, and Physics universities. The uniqueness of these teaching aids is that they demonstrate phenomena and processes that were not previously considered in physics.

Purpose: Creation and commercial implementation of unique teaching aids for schools, institutes, and Physics universities.

Required initial investment: $133,000

Estimated income: from $4 million

Development time: 6 months

Software for research and engineering in the field of acoustics, electrodynamics, and quantum mechanics

We are developing software for research and engineering in the field of acoustics, electrodynamics, and quantum mechanics. The software has no analogs in the market of science and education. The main part of the software has already been created at the expense of its own investments.

Purpose: Creation and commercial implementation of unique software for the needs of education and laboratory research in the field of electrodynamics and acoustics. (one of the versions of the program will be used purely for entertainment purposes on mobile devices running iOS and Android)

Required initial investment: $50,000-200,000

Estimated income: from $1 million

Development time: 4 months

If you have any questions about investing in these projects, please contact us at lab@neila.tech