Ad Lumens - Tech Tree

Atmospheric scrubbing is an evolution of more traditional atmospheric conversion techniques, which were characterised by a form of concentration, in …

Mnemogenics studies how memory - traditionally understood as a neural process - can be used a genetic component, and so …

Neutrinos exist in three "flavours" (electron, muon, and tau) and oscillate between these states as they travel. Channelling technologies exploit …

Gravitonics produces, alters and directs gravitational forces. Systems and devices resulting from its applications create controlled gravitational fields thanks to …

Hyperconduction is a major leap in materials science: it allows conduction not only of electrical current, but of other forms …

Nanofluidics focuses on the behaviour and manipulation of fluids at nanoscale. This discipline is studies and controls fluid dynamics in …

Chimerism is a genetic engineering sub-discipline, thanks to which organisms are designed to possess cells from multiple distinct species, each …

Kinetic containment enables the precise capture and stabilisation of high-velocity particles or objects within a defined spatial region. This technology …

Quantum vacuum physics involve the study and use of quantum electromagnetic fields and vacuum fluctuations to influence and stabilise the …

Neutrino phase shifting refers to the precise manipulation of the quantum phase of neutrinos to control their behaviour, interaction and …

Hyperspace exhibits fluid-like properties thanks to which its density can be modulated to affect various operational parameters. Hyperspace variable density …

Monopole physics is the study of magnetic monopoles, particles whose existence was theorised on Old Earth as an extension of …

Nanomorphics is the study and application of self-adaptive, nanoscale-engineered materials, designed to alter their structure and functionality in response to …

Adeno-thought is a fusion of neurobiology and genetic engineering, where specific adenoviruses are used to: deliver gene sequences that enhance …

Matter degeneration refers to the study of the process through which matter is made to transition into less stable or …

Quantum evaporation represents a significant leap in the manipulation of matter on a grand scale, fundamentally altering the boundaries of …

Bosonic condensation, specifically Bose-Einstein condensation (BEC), is a quantum state of matter where a large number of bosons occupy the …

Bosonic stasis is the deliberate suppression of motion and interaction in systems comprised primarily of bosonic particles - particles that …

Hadron discolouration alters the way quarks interact via the exchange of gluons, effectively changing the hadron's observable colour charge. To …

Duality physics excitation control explores the manipulation of systems that exhibit both particle and wave characteristics, leveraging the principle of …

Subspace Stasis involves the manipulation of spacetime to effectively "dampen" the passage of time within a localised region of N-space. …

Supersymmetrics explores the fundamental relationships between particles of matter (fermions) and particles mediating forces (bosons) and studies the symmetry that …

Boson field synthesis involves the creation of artificial quantum fields populated by bosons - particles that, unlike fermions, do not …

Egodynamics is the exploration of self-organising and conscious systems, focusing on the interplay between identity, cognition and adaptive behaviours within …