Subatomic substrates

The precision design of useful patterns at the subatomic scale or close to it involves the manipulation of quarks, leptons and other fundamental particles. Subatomic substrates differ from conventional materials in the sense they are structured not from atoms or molecules, but from direct engineering at a more fundamental level.

Mastery over energy states, particle interaction and quantum entanglement are all required to start studying such materials and manufacturing them in a stable state. In turn, Subatomic substrates offer unprecedented capabilities in the following domains:

• Energy storage
• Informational density
• Space-time stabilisation and destabilisation