for the low-cost launch of satellites and for traveling at lightspeed to the deep universe

Satellite launch
NU4SPACE offers the launch of satellites on any orbit - sustainable and cost-effective access to space. Based on fission-annihilation nuclear antigravity propulsion, is environmentally friendly, without any emission, and 10 times cheaper than chemical rockets. About 30cm small antigravity fission-annihilation propulsion delivers 10ton payloads to any orbit, for $10million (2-20ton - $2-20million).
Propulsion with 100tons thrust cost $20million (can be used repeatedly).
  • About
    Space technology enables humanity to grow beyond the boundaries of the Earth. With antigravity propulsion, we can accelerate in space at lightspeed, so can be on Mars in 1-5 days (acceleration 10-1G). On Alpha Centauri can be in 6 years, and on Sirius in 11 years (but for astronauts, that will be thanks delatation of time only 2 years, to anywhere in the Galaxy). In the near future, we can travel to the deep universe and we can colonize the nearest habitable planets or the whole Galaxy. Antigravity technology as an unlimited source of cheap clean energy can increase the level of our civilization on Stellar Civilization (type II). 
  • GN-RTG - Electric Generator
    GN-RTG (Gravi-Nuclear Radiation Thermoelectric Generator) is a 100-1000 times cheaper nuclear source of electric energy for satellites. The source of gamma radiation is a 5cm small Gravi-nuclear Plasma Nanoreactor, which uses 1 gram of Thorium, so does not need expensive 10kg of Plutonium. The gamma beam is absorbed in the rod and changes to thermal energy and between the rod and the outside cooler is mounted a high-temperature thermoelectric power generator Peltier TEG Modules. We will test a Magneto-plasma Generator and Sterling Engine (boxer engine type and rotation piston engine) to get higher effectivity and increase power (hopefully over Kilopower). If will generates more than 10kW can be used as a car hybrid engine. 
  • Propulsion
    The antigravity propulsion is a 30cm small ball - fission-annihilation reactor, which works on the principle of a supernova. We ignite nanometric artificial sun for fission reaction, and inside the pico-metric gravitational hole for nuclear annihilation explosion. Payload capabilities of up to 20 tons (5G acceleration) to any orbit. 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 (max 50 tons) back to your parking space before your company. Third-generation will be ready to transport 20 tons of cargo from anywhere to anywhere on Earth in two hours, over space. Fourth-generation propulsion can be used for personal transportation, for hybrid vertical airplanes (acceleration to Mach9 in the atmosphere, possible ascend to space, 10 times cheaper than jet engine + service + fuel), or for flying saucers (UFO), and traveling to the deep universe at lightspeed. Antigravity propulsion has many applications as an unlimited source of cheap clean energy (for generating electric energy, for transportation) and can decrease pollution and emissions to zero.
  • Mining
    The fourth generation of antigravity propulsion for long-distance travel, with a gamma cutting beam (Vajra - 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
    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 can pick up cargo on parking space on centimeter precise, by an operator (inside a hangar by APP in smartphone), and landing on parking space inside area of the company. It can be used as a building crane (the maximum levitation load is 100 tons). Original Anunnaki Winged Sun antigravity transporter was used to create many civilizations (megalithic buildings on Earth, including pyramids and temples).
  • For Investors
    Opportunity for an investors:
    - invest $5-20million/ for 5-20% of share 1st round - RTG - cost-effective anti-gravity launch of satellites (max revenue $500million/year)
    - invest $100million/ for 10% of share 2nd round - mining gold and other rare elements on asteroids (max revenue $1billion/year)
    - invest $300million/ for 15% of share 3rd round - world antigravity transportation over space 20 tons load in 2 hours anywhere on Earth (revenue $10billion/year, with a potential rise to trillion dollars a year)
    We prefer a Joint-Venture Company or equity form of investment (Delaware L.L.C.). 
  • Launch
    Antigravity launch is 10 times cheaper than a chemical rocket, and 100-1000 times cheaper with repeatedly used propulsion. Launch (and landing with V2.0) can be realized from anywhere e.g. from a parking space before your company. With V2.0 an engine can be satellite tested before deployment (with malfunctions can be returned on the ground for repair). Returning is very soft (antigravity braking), and can be realized with open solar panels. It can be used for cleaning space from waste. Propulsion with a piezo generator can generate up to 1MW of electric energy for onboard units. Propulsion can run for many years (about 10 years on full power, thousands of years on minimum power), so it can hold a telecommunication satellite in a geostationary position 15km upside to the city, and communicate in a 5G network with standard smartphones (without parabolic antenna).