|| Database of all known Technology.
(UTN/UAS/ATIS) Helio-Barycentric Cold Fusion Reactor
A Fusion Reactor technology utilising "Cold" Fusion by extracting electromagnetic charge from the process of Hydrogen-Helium Fusion by capturing escaping Photons before they create heat in external mediums. HBCF technology is the cornerstone of high efficiency, high output power generation in Aquarius.
(UTN/UAS/ATIS) Standardised Starship Fuel
Standardisation of Hydrogen-based Solid-State Fuel pellets took place during the early days of the Old Federation's First Expansion Era. The result is a thousand-year old standard incorporating a multitude of interchangeable usable scenarios surrounding super compressed solid Hydrogen Fuel Pellets, used in essentially every Fusion Reactor-based powerplant technology in known space.
(UTN/UAS/ATIS) Microlaser Detection and Ranging
Military-grade sensors technology deployed on almost all human-designed starships of the modern age. MLADAR uses high intensity microlasers (MicroLAser Detection And Ranging) on high frequency wavelengths to map physical objects in the vacuum of space by measuring the characteristics of the beam feedback.
(UTN/UAS/ATIS) Polarytically Infused High-Temperature Superconductors
PIHTSC. Superconductors allow transfer of high electrical potential over long distances with little to no loss as heat or light due to resistance in the medium, such as metal cables. Typically, most elements become superconductors at extremely low temperatures, but exploiting this properties requires more energy to cool the medium than is gained in the removal of electrical resistance. Discovery of synthetically produced High-Temperature Superconductors revolutionised starship-grade power delivery systems enabling ultra-high efficiency energy distribution.