EXOBIOLOGIE.ORG - Gravitational Brainwaves and Evolution
EXOBIOLOGIE.ORG - Gravitational Brainwaves and Evolution












EXOBIOLOGIE.ORG

In the Exoklima experiment, unlike Ganzfeld's experiment, we do not try to study the interactions of the subjects with each other, but rather with themselves to try to thus highlight a signal of exobiological nature...

EXOKLIMA EXPERIMENT

GravWave® LLC TEAM

A group of individuals in the United States and abroad who have a common interest in High-Frequency Gravitational Waves understand the origin of life.

Robert M L Baker Jr, Principal Investigator and Project Manager, was born in Los Angeles on September 1, 1930. He has been married to his wife Bonnie since 1964...

Participez à la première expérience de communication gravitationnelle !


Dans le cadre du programme de recherche en exobiologie de Robert M.L Baker[1] et du "Main Project" du Dr Giorgio Fontana[2], le programme de recherche en anthropologie médicale EXOKLIMA , tente de corréler la hausse significative de pathologies touchant notre espèce avec nos possibles capacités à émettre et recevoir des Ondes Gravitationnelles à Hautes Fréquences (HFGWs)[3].

En effet, depuis 2002, nous savons que le nombre de pathologies qui affectent notre espèce sont directement liés à notre trajectoire évolutive, notamment à notre développement cérébral[4].

En participant à l'expérience EXOKLIMA, vous nous permettez de constituer des groupes témoins à partir desquels seront élaborées différentes études médicales, notre objectif étant de développer des programmes de dépistages médicaux précoces à bas coûts.

Dans cette expérience, nous vous proposons, grâce à vos possibles capacités gravitationnelles de communications, d'initier l'ouverture d'un canal interactif de communication de type exobiologique.

En effet, vous collaborerez à l'amplification d'éventuels signaux exoplanétaires et permettez de les localiser en y joignant une signature numérique.

Rappelons que le Dr Robert M.L Baker affirme qu'au moins 148 millions autres mondes inter-communiquent par émission-réception d'Ondes Gravitationnelles à Hautes fréquences (HFGWs) en ce moment même dans l'univers,    et que 1500 messages transitent chaque jour par la terre.


Rejoignez l'expérience Exoklima !.

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After carefully observing the map, select a code from:

  

A3 to A6

After having selected the code, please enter it manually in object when sending

  

After carefully observing the map, select a code from:

  

A3 to A6

After having selected the code, please enter it manually in object when sending

  

After carefully observing the map, select a code from:

  

B1 to B4

After having selected the code, please enter it manually in object when sending

  



In the Exoklima experiment, unlike Ganzfeld's experiment, we do not try to study the interactions of the subjects with each other, but rather with themselves.In this framework we try so to highlight a signal of exobiological nature. The experiment has items, corresponding to some galaxies that surround the Milky Way in a 5 million light-years radius.




No information, of any nature whatsoever is registered on the server of the website exobiologie.org. All the experiment taking place by electronic mail, it is up to the experimenter to specify the address. All experimenter are free to use EXOKLIMA and to send copies to whomever he wishes. We rely on data sent by experimenters who want to collaborate even if they prefer to process the data themselves before.




It is assigned to the outline of the image a color, which will correspond to the results of the tests. (DRAWING)




A brief description of the galaxy is placed at the top of the image.  (DRAWING)




To each of the galaxies is assigned 4 simple codes (easily memorizable), each composed of a letter specific to each galaxy and a number,. We postulate that each of the 4 codes, and this beyond the choice of the subject, will be associated with the image of the galaxy and potentially contained in the product of the gravitational emission induced during the choice of the subject.  (DRAWING)




After carefully watching the image of the galaxy, the subject is asked to make a choice among the 4 proposed codes, starting with the letter.  (DRAWING)




After unlocking the keyboard by assigning the letter to the galaxy, the subject is asked to continue, asking him to choose from the 4 digits that appear. The subject is asked to memorize his choice after having done so.  (DRAWING)




The code, that is to say the choice of the letter and the digit having been memorized, the subject is asked to confirm it verbally or manually when registering as "object" when sending the email. We postulate that it is at this moment that the code will be emitted and received gravitationally.  (DRAWING)




Once the item has been validated by sending the galaxy code, we can go to the next item or return to the previous item with the cursors placed on the sides of the keyboard.  (DRAWING)






EXPECTED RESULTS




The experiment attempting to objectify a brain-to-brain, trans-temporal, gravitational inter-communication around a gravitational signal of exobiological nature, the expected results are those which correspond to the low average (25%) put forward by the Ganzfeld protocol.




1- The distribution of choices made is strictly random, no code no longer channels votes according to the formula:


Nc1 = ¼ Nt, Nc2 = ¼ Nt, Nc3 = ¼ Nt, Nc4 = ¼ Nt



Nc = Number of choices per code

Nt = Total number of choices



No gravitational communication anomalies.


The edge of the galactic image appears green, and is displayed in the same color on the overall map.(DRAWING)




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2 - The distribution of choices made by all patients is not strictly random, 3 codes channel more choice according to the formula:


Nc1> 13/48 Nt, Nc2> 13/48 Nt, Nc3> 13/48 Nt



Nc = Number of choices per code

Nt = Total number of choices



Gravitational anomaly of communication quite probable.


The perimeter of the galactic image appears in yellow, and is displayed in the same color on the overall map. (HOME)  (DRAWING)





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3 - The distribution of choices made by all patients is not strictly random, 2 codes channel more choice according to the formula:


Nc1> 5/16 Nt, Nc2> 5/16 Nt



Nc = Number of choices per code

Nt = Total number of choices



Probable gravitational anomaly of  communication.


The perimeter of the galactic image appears in orange, and is displayed in the same color on the overall map. (HOME)  (DRAWING)





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4 - The distribution of choices made by all patients is not strictly random, 1 code channels more choices according to the formula:


Nc1> 7/16 Nt



Nc = Number of choices per code

Nt = Total number of choices



very likely gravitational anomaly of communication.


The perimeter of the galactic image appears in red, and is displayed in the same color on the overall map. (HOME)  (DRAWING)






THANK YOU FOR YOUR PARTICIPATION !





  

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EXOBIOLOGIE.ORG - GRAVITATIONAL BRAINWAVES AND EVOLUTION

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