Unification theory 
 by a wave movement 

From a continuous uniform movement to a quantified dynamic movement
:::: F= a*m + m*AkPi(‚̧)


HT introduces a ‚̧ constant
in mathematics


HT measures events and movements in an information system and its associated information field AND events and movements on the data system and the associated space-time fabric (Higgs field). HT quantifies the field of probabilities and the state of probabilities of the spatial presence of the space-time fabric at the instant. Just as Einstein changed Newton's view of the universe, HT changes the view of the universe.

The universe is an island of space-time (Higgs field) on an ocean of probabilities (information field)
---C2021(UNIQ) - Universit√© des sciences quantiques
University of Quantum Sciences
---

HOW THE SPIRIT INFLUENCES MATTER?
1+1=2‚̧ & !2 || 2‚̧
---------------------------------------
The universe is an island of space-time (Higgs field)
on an ocean of probabilities (information field)

HOW THE SPIRIT INFLUENCES MATTER?
1+1=2‚̧ & !2 || 2‚̧
---------------------------------------
The universe is an island of space-time (Higgs field)
on an ocean of probabilities (information field)

HOW THE SPIRIT INFLUENCES MATTER?
1+1=2‚̧ & !2 || 2‚̧
---------------------------------------
The universe is an island of space-time (Higgs field)
on an ocean of probabilities (information field)

HOW THE SPIRIT INFLUENCES MATTER?
1+1=2‚̧ & !2 || 2‚̧
---------------------------------------
The universe is an island of space-time (Higgs field)
on an ocean of probabilities (information field)

From Galileo F = ma and his relative movements (1632) to the unification of G with Isaac Newton (1687) while passing through the publications of Albert Einstein and relativity (1905), Einstein who confronted Neals Bohr and physics quantum (1936) to be measured and then validated by Alain Aspect (1982) and finally to be given in the laboratory (1986) in Paris, a measurement on living things with Ren√© Peoc'h. :: 1 + 1 = 2‚̧ &! 2 || 2‚̧ ‚óĺ Can life influence matter ?, can living things disturb quantum measurement ?, does chance exist? knowing that the universe after an optical measurement in the laboratory (1982) is indeed subjective and not objective.

The universe is an island of space-time (Higgs field) on an ocean of probabilities (information field)
Vision based on a data model (Higgs field) AND an information model (information field).
From Galileo F = ma and his relative movements (1632) to the unification of G with Isaac Newton (1687) while passing through the publications of Albert Einstein and relativity (1905), Einstein who confronted Neals Bohr and physics quantum (1936) to be measured and then validated by Alain Aspect (1982) and finally to be given in the laboratory (1986) in Paris, a measurement on living things with Ren√© Peoc'h. :: 1 + 1 = 2‚̧ &! 2 || 2‚̧ ‚óĺ Can life influence matter ?, can living things disturb quantum measurement ?, does chance exist? knowing that the universe after an optical measurement in the laboratory (1982) is indeed subjective and not objective.

The universe is an island of space-time (Higgs field) on an ocean of probabilities (information field)
Vision based on a data model (Higgs field) AND an information model (information field).
From Galileo F = ma and his relative movements (1632) to the unification of G with Isaac Newton (1687) while passing through the publications of Albert Einstein and relativity (1905), Einstein who confronted Neals Bohr and physics quantum (1936) to be measured and then validated by Alain Aspect (1982) and finally to be given in the laboratory (1986) in Paris, a measurement on living things with Ren√© Peoc'h. :: 1 + 1 = 2‚̧ &! 2 || 2‚̧ ‚óĺ Can life influence matter ?, can living things disturb quantum measurement ?, does chance exist? knowing that the universe after an optical measurement in the laboratory (1982) is indeed subjective and not objective.

The universe is an island of space-time (Higgs field) on an ocean of probabilities (information field)
Vision based on a data model (Higgs field) AND an information model (information field).
From Galileo F = ma and his relative movements (1632) to the unification of G with Isaac Newton (1687) while passing through the publications of Albert Einstein and relativity (1905), Einstein who confronted Neals Bohr and physics quantum (1936) to be measured and then validated by Alain Aspect (1982) and finally to be given in the laboratory (1986) in Paris, a measurement on living things with Ren√© Peoc'h. :: 1 + 1 = 2‚̧ &! 2 || 2‚̧ ‚óĺ Can life influence matter ?, can living things disturb quantum measurement ?, does chance exist? knowing that the universe after an optical measurement in the laboratory (1982) is indeed subjective and not objective.

The universe is an island of space-time (Higgs field) on an ocean of probabilities (information field)
Vision based on a data model (Higgs field) AND an information model (information field).

-----------------------------------------


HT is a theory of the relative motion of the space-time fabric,
interacting with a measure located outside the space-time fabric

HT describes the influence of the observer on the movement and on the space-time tissue during the measurement of the events of the present and on the probability of the presence of matter as well as its directional and energetic state on the mass m = E / CC , taking into account the principles of special relativity, general relativity AND quantum mechanics to obtain a probability AkPi of an energetic AND directional nature which influences the "system of probabilities" of spatial presence and the state of the space-time tissue in a frame of reference which is no longer in rectilinear and uniform movement as in the vision of Newton, Galileo and Einstein: Any object not subjected to forces retains its state of rest or of rectilinear and uniform movement. // F = m a.


- I N T R O D U C T I O N -
How to create a bridge between physics, quantum, general relativity and the mind ?. How to measure the influence of the observer on matter and energy. The quantum mechanics science of the behavior of atoms shows us that everything that exists is connected. “From consciousness, to the atoms of our body, to the stars, everything is connected. WE ARE ALL RELATED - WE CREATE OUR REALITY - How can spirit influence matter?


Just as Einstein changed Newton's view of the universe, HT changes the view of the universe.

  HT introduces a constant ‚̧ in mathematics, an IT2 imaginary complex to slide analysis towards quantum geometry, just as Swiss mathematician Euler born in 1707 in Basel made algebra slide towards analysis. HT introduced into mathematics an amplification operation and into physics, a K particle, the Kazzon, a particle that interacts with the Higgs field AND the information field through a force (A) symbolized by a ‚̧, interaction force observed in the laboratory in 1986 by Dr Ren√© Peoc'h at the Paris Physics & Quantum Institute to provide a new vision of the universe.

:: F= a*m + m*AkPi(‚̧) ::

-----------------------------------------

L'univers est un √ģlot d'espace-temps sur un oc√©an de probabilit√©s.
Vision bas√©e  √† la fois sur un mod√®le de donn√©es (champ de Higgs)
ET
un mod√®le d'informations (champ d'informations). 


The universe is an island of space-time on an ocean of probabilities.
Vision based both on a data model (Higgs field)
AND an information model (information field).

C2021(UNIQ) - Universit√© des sciences quantiques
University of Quantum Sciences

 1 + 1 = 2 Coeurs 


This model measures events in a moving information system and its influence on the "space-time" tissue through a particle that interacts on the Higgs field.

 1 + 1 = 2 Coeurs 

Vision based on both a data model (Higgs field) AND an information model (information field).

HT introduced a constant ‚̧ into mathematics, an imaginary complex to slide analysis towards quantum geometry, just as Euler, a Swiss mathematician born in 1707 in Basel, made algebra slide towards analysis. HT introduced into mathematics an amplification operation and into physics a K particle, the Kazzon, a particle that interacts with the Higgs field AND the information field through a force (A) symbolized by a ‚̧, force interaction observed in the laboratory in 1986 by Dr Ren√© Peoc'h at the Paris physics & quantum institute to provide a new vision of the universe.

An island of space-time
(Higgs field)
on an ocean of probabilities
(information field)
Vision based on both a data model (Higgs field) AND an information model (information field).

C2021(UNIQ) - Universit√© des sciences quantiques
University of Quantum Sciences
HT encompasses Isaac Newton’s theory of universal gravitation, Albert Einstein’s special and general relativity, quantum mechanics as well as the relative motion of a Galilean frame of reference and his study of motion. This theory is based on a single axiom which introduces the notion of non-fluctuating chance into the standard model. It measures events in an "information system" (information field) and not on the "space-time" fabric (Higgs field) in motion. It quantifies the field of probabilities and the state of presence of the space-time tissue at the instant.

-----------------------------------------

HT highlights an interaction force which influences the probabilities of the presence of atoms AND the state of the space-time tissue through a virtual particle K and a force A, symbolized by a heart [‚̧].

-----------------------------------------

How to create a bridge between physics, quantum and general relativity.
How to measure the impact between matter, energy and spirit. // (an observer).


Posté à : Bramois, Valais, Suisse
 le 20.07.2021
KARJOA - Karim Joseph  Aladin
Universit√© des sciences quantiques - University of Quantum Sciences