Research
Universe is Ether based Single Instruction Quantum Computer his Activity Creates Matter and Life
Universe is actually gigant quantum computer (Seth Lloyd) made of ether – multicoloured, multilayered superconductor (Frank Wilczek). Ether constantly creates elementary particles (electron and proton), which are subjet of universe quantum computer macro instruction – Charge Neutralization Process –CNP. After matter creation (periodic table of elements), single cell organisms and life itself (rna and dna) emerged.
Charge Neutralization Process (CNP) as a Foundational Principle of Physical and Biological Creativity
This paper proposes that the Charge Neutralization Process (CNP) represents a fundamental physical principle underlying stability, emergence, and creativity in both the physical and biological realms. Rather than viewing charge neutralization as a passive consequence of electrostatic interaction, this work frames it as a primary driver of order and complexity in nature. From atomic structures to neuronal systems, CNP provides a dynamic mechanism by which the universe balances oppositional forces, enabling the formation of stable systems and novel structures.
Consciousness is Result of Ether Energy Resonant Stabilisation Process – EERSP
In last fifty years, consciousness appeared to be the most intriguing scientific question. For most people, that question, does not exists. The fact that we are aware that we exist is something what is not questionable. With the development of quantum mechanics, where the matter was described by wave function, life and accompanied processes were supposed to be mathematically describable. Most of living internal function were successfully described by temporary chemistry and physic but, consciousness phenomena was not explainable within that domain. David Chalmers posed the most difficulties consciousness question: hard problem. This article, in short, describes consciousness as a result in ether energy resonant stabilization process (EERSP), based on ATOS (1) and Process physics (2).
