BREAKTHROUGH ANTIGRAVITY PROPULSION

We develop an unlimited source of cheap, clean energy - the Plasma Nanoreactor, based on the principle of the sun. A Nanoreactor can run in three modes - in fission (Gravinuclear Photofission - 300 times higher efficiency), in fusion (Gravinuclear Photofusion), and in fission-annihilation (as a supernova - 30000 times higher efficiency than a chain nuclear reaction). We ignite a nanometric artificial sun, with similar conditions as an inside sun - high temperature, high density of plasma, high gravity, and high density of gamma photons. Nanoreactors with sizes 3-30cm can generate 10 kW-500MW of energy. A Nanoreactor in fission-annihilation mode runs as antigravity propulsion, with a thrust of 100 tons for tens of years. In comparison with fusion experiments, our MW gamma nuclear laser runs continually and concentrates a million times higher energy density in a nanometric focus than laser fusion in NIF (Livermore).

GN-RTG (Gravi-Nuclear Radiation Thermoelectric Generator) is a 100 times cheaper nuclear source of electric energy for missions. The source of gamma radiation is a 5cm small 100 gram lightweight Gravi-nuclear Plasma Nanoreactor, which uses 1 gram of Thorium, so it does not need the expensive 10kg of Plutonium. The gamma beam is absorbed in the rod, and changes to thermal energy, and between the rod and the outside, a high-temperature thermoelectric power generator, a Peltier - TEG module. We will test Nanoreactor with Peltiers (17% effectivity), Stirling engines (25% effectivity), MHD magneto-dynamic generator (40% effectivity), and nuclear plasma piston engines (60% effectivity)(boxer engine type, and rotation piston engine) to generate 20W-20kW.
Generators with more than 15kW can be used as a car hybrid engine.

A Gravi-nuclear Plasma Nanoreactor is based on igniting a nanometric artificial sun by spontaneous fission (Gravi-nuclear Photofission - is 300 times more effective than a chain nuclear reaction) or fission-fusion reactions. A 5cm small Nanoreactor can generate 20kW of thermal, chemical, or electric energy. A Nanoreactor is a pocket-sized chemical factory that can be used for generating elements like oxygen from rock (for missions on planets or moons). A Nanorector (a gamma beam as a thunderbolt blade) can be used as a cutting tool of rocks, to make in a few minutes a habitat, protected from cosmic radiation (for missions on planets with minimum atmosphere). It can be used to cut asteroids and for the mining of rare elements. Nanoreactors can protect Earth from dangerous asteroids. Nanoreactors can drill an asteroid (for nuclear explosive destruction) or vaporize rock, as rocket engines, to change dangerous trajectories (without landing on rotating asteroids). On Earth, it can be used as a cheap source of heat, electricity, or chemical energy (it can generate cheap Ethanol - E85 synthetic fuel from CO2 from air, or cheap hydrogen from water) for houses, cars, and industries. 

The antigravity propulsion is a small 25cm Fission-annihilation reactor, which works on the principle of a supernova. We ignite a nanometric artificial sun with a photofission reaction, and inside the pico-metric gravitational hole for nuclear annihilation explosion. Propulsion has about 100 tons of thrust for about ten years. Launch can be realized from a parking space before your company (no sound, no fire, no smoke). The first-generation engine will only deploy satellites, the second-generation will be ready to return satellites back to your parking space. The third generation will be ready to transport 20 tons of cargo from anywhere to anywhere on Earth in two hours, through space. Fourth-generation propulsion can be used for personal transportation, for hybrid vertical airplanes (acceleration to Mach 20 in the atmosphere, 10 times cheaper than a jet engine + service + fuel), and for traveling to the deep universe at lightspeed. Antigravity propulsion has many applications as an unlimited source of cheap, clean energy, and we can manufacture 1000 times cheaper nuclear power stations (antigravity propulsion mounted on the axle of an electric generator). Our antigravity propulsion is also known as GO-FAST UAP.  

Antigravity launch is 10 times cheaper than a chemical rocket, and 100-1000 times cheaper with repeatedly used propulsion. Launch can be realized from anywhere, e.g., from a parking space before your company (no smoke, no fire, no sound, no emissions). Satellites with antigravity propulsion can be softly returned to the ground for repair or update. It can be used for cleaning the space of waste. Propulsion can generate up to 100kW of electric energy for onboard units. Propulsion can run for many years (about 10 years on full power, thousands of years on minimum power). Propulsion can be used on observational satellites that can operate geostationary at any altitude, from a few meters, communicate via a GSM network, and then return to orbit within a few seconds. Antigravity propulsion can accelerate in space at lightspeed, so we can be on Mars in 1 day,  and only 2 years (thanks to the dilation of time), to anywhere in the Galaxy - at 1G gravity (to colonize the nearest habitable planets).

Antigravity Propulsion with a load of less than 1 ton can run for thousands of years, so it can hold a telecommunication satellite in a geostationary position at any altitude (about 15km above the city) and communicate via 4G LTE and 5G networks with standard smartphones directly D2D (device to the satellite - as a GSM satellite basestation). Antigravity propulsion can generate all of the electric power for onboard units, up to 5MW.

A 20cm small antigravity Fission-annihilation reactor can directly rotate by the axis of an electric generator (1-100MW). So, the complete nuclear power station is about 2x1x1 meters small and is 1000 times cheaper than today's nuclear power stations (today's cost about $15 billion, but our power station costs only $15 million). With today's price of electricity, the investment of $ 15 million returned in the first month of generating electricity.

The fourth generation of antigravity propulsion for long-distance travel, with a gamma cutting beam ("Vajra" - similar was used for cutting Kailasa Temple), and iron net, has the possibility of mining asteroids (like asteroid Psyche) in the solar system. So, one mining system can return back to Earth every month with 20 tons of gold, platinum, or other rare elements (in value of $ 1 billion). Antigravity propulsion in pulse mode generates antigravity shocking waves, which generate radio-echo (secondary photon emission dependent on the atomic mass number - ORC), and we can scan all asteroids in the solar system. So in a few months, we can know the precise composition of elements of all asteroids in the solar system, for effective mining (we will mine only asteroids with >60% of rare elements like gold). This generation of propulsion can be used to protect Earth before asteroids and for the terraforming of planets (like Mars).

Winged Sun Transportation can replace cars, trucks, trains, ships, and airplanes for cargo transportation, for a massive decrease in CO2 emissions. Winged Sun is a 30 cm small ball with hooks - an antigravity transporter, which can transport 20 tons of load in 2 hours anywhere on Earth, over space. Winget Sun transporter is operated by satellite web, so it can pick up cargo on a parking space with centimeter precision, by an operator (inside a hangar by APP in a smartphone), and land on a parking space inside area of the company. It can be used as a building crane (the maximum levitation load is 100 tons).

We manufacture on demand about 10-30cm small antigravity Fission-annihilation propulsion, for $8 million, one-time use (with an external starting system and a system of vectorization of thrust), and for $20 million, repeatable use (with an internal starting system) and a lifetime of 10-1000 years, depending on load.  Delivery strictly for customers only in NATO member territories.