Scale | Value | Technology | Nature | Microdimension |
---|---|---|---|---|
Planckscale | 10-35 metres | Superforce | Strings, branes, and the quantum foam (ZPE). | Type Omega-minus |
Bundectoscale or Super-Planckscale | 10-33 metres | |||
Quectoscale | 10-30 metres | |||
Rontoscale | 10-27 metres | |||
Yoctoscale | 10-24 metres | Radius of 1 MeV neutrinos | ||
Zeptoscale | 10-21 metres | Radius of high-energy neutrinos | ||
Attoscale | 10-18 metres | Quantum and subatomic particles. Magatoms have diameters of 10-19 metres. | ||
Femtoscale | 10-15 metres | Femtotechnology. | The atomic nucleus and/or the protons and neutrons that make it up. | Type VI-minus |
Picoscale | 10-12 metres | Some magmatter devices are made with picotechnology. | The hydrogen atom as well as the wavelengths of X-rays and gamma rays. | Type V-minus |
Nanoscale | 10-9 metres | Nanotechnology. | The DNA helix and viruses. | Type IV-minus |
Microscale | 10-6 metres | Micro-electronics and micro-robotics. | Bacteria | |
Macroscale | 10-3 to 104 metres | Most Type 0 technology is within this range, then get built up of microscale and nanoscale components. | A human | |
Megascale | Around 106 metres | Megastructures and space habitats, industrial facilities, and some spacecraft. | Diameter of the Moon | |
Gigascale | > 109 metres | Gigastructures starting at around 1 million km in length, and reaching galactic proportions. | Diameter of the Sun |
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Technology scales
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