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IgnitonInvestors

Igniton™

Ignitons are the basis of the life force, referred to by the ancients as World Spirit. The energy some refer to as prana is a form (effect) of ignitons.

Ignitons increase the energy and effectiveness of embedded molecules.

Uses

  1. 1.Longevity — regeneration, telomere extension, inflammation reduction, energy boost
  2. 2.Health — coherence, cell repair
  3. 3.Cognition improvement — increase of electric potential of neurons
  4. 4.Functional enhancement of embedded molecules (same effect with about 3x lesser amount)
  5. 5.Cosmetics (restructuring telomeres in the skin)
  6. 6.Agriculture (about 25% more seeds germinate, and grow 30% faster)
  7. 7.New material creation

Igniton place in physics

  1. General physics: atoms, molecules
  2. Nuclear physics: sub-atomic, quarks, baryonic matter (protons, neutrons)
  3. Quantum physics: el.-mag. waves (light - photons), quasi-particles (neutrinos, Higgs boson)
  4. Keylon mechanics: space/time — no light or matter (ignitons “frozen” in time)
  5. Igniton coherence field: no space/time or matter - coherence “sparks”

What are Ignitons?

Elementary “pulses of coherence” that form and disappear in the field expressing an emergent order of reality. They are quanta of memory coherence as a nonlinear field bound to matter flips from a dispersive (potential) to a stable, memory-carrying mode (particle). They are carriers of non-localized, non-linear memory.

Ignitons can be treated as “bosonic neutral quasi-particles”, analogous to a coherent plasmon-polariton hybrid, a “borderline” case at the coherence threshold of the polariton systems (photons + exciton, photon + plasmon).

Igniton is an “edge field event at coherence threshold”. Igniton is an event when the field transitions to a memory carrying mode, at the same time it is a quasi-particle, because this transition can be wrapped up in an effective “particle” description.

Igniton process

Embedding as an operative property:

  • Igniton is neutral and has no hard topological charge, can therefore be “embedded” into the electron shell of an atom
  • Change in the electron properties of the host, without changing its chemical identity, increasing bioavailability