Method and apparatus for producing and detecting non-local effects of substances
OwnerHuping Hu, Maoxin Wuinventors
Life of this patent
Estimating the term…
Abstract
A method and apparatus are disclosed which produce and detect quantum entanglement and non-local effects of substances on responsive targets such as biological systems. In one embodiment, the method includes the steps of providing two parts of a quantum-entangled medium, applying one part to a biological system such as a human, contacting the other part with a desired substance such as a medication or substance encoded with a message, and detecting change of a biological parameter with a detecting device, whereby a non-local effect of the substance on the said biological system is produced and detected for a beneficial purpose. Also described are a number of implementations.
Claims18
A method of producing and detecting a second plurality of quantum entanglements between a third plurality of quantum entities in a first target and a fourth plurality of quantum entities in a second target, a first non-local effect of said second target on said first target through said second plurality of quantum entanglements and/or a second non-local effect of said first target on said second target through said second plurality of quantum entanglements which comprises the steps of:
- selecting said first target which comprises a first chemical substance, human or animal at a first location;
- selecting said second target which comprises a second chemical substance, human or animal at a second location;
- providing a first water-based medium at said first location and a second water-based medium at said second location, a first plurality of quantum entities in said first medium being in a first plurality of quantum entanglements with a second plurality of quantum entities in said second medium;
- providing a detecting means for detecting said second plurality of quantum entanglements, said first non-local effect and/or said second non-local effect when said detecting means operates;
- causing said first target to interact with said first water-based medium through a first contact or radiation from a first photon or magnetic pulse generating source;
- causing said second target to interact with said second water-based medium through a second contact or radiation from a second photon or magnetic pulse generating source;
- and
- detecting said second plurality of quantum entanglements, said first non-local effect and/or said second non-local effect;
- whereby said second plurality of quantum entanglements between said third plurality of quantum entities in said first target and said fourth plurality of quantum entities in said second target is generated through said interaction between said third plurality of quantum entities in said first target and said first plurality of quantum entities in said first water-based medium and said interaction between said fourth plurality of quantum entities in said second target and said second plurality of quantum entities in said second water-based medium, and detected through said detecting means;
- and said first non-local effect of said second target on said first target, comprising a first effect of said second target on a first physical, chemical or biological property or process of said first target, and/or said second non-local effect of said first target on said second target, comprising a second effect of said first target on a second physical, chemical or biological property or process of said second target, are generated through said second plurality of quantum entanglements between said third plurality of quantum entities in said first target and said fourth plurality of quantum entities in said second target and detected through said detecting means.
A method of producing and detecting a second plurality of quantum entanglements between a third plurality of quantum entities in a first target and a fourth plurality of quantum entities in a second target, a first non-local effect of said second target on said first target through said second plurality of quantum entanglements and/or a second non-local effect of said first target on said second target through said second plurality of quantum entanglements which comprises the steps of:
- selecting said first target which comprises a first chemical substance, human or animal at a first location;
- selecting said second target which comprises a second chemical substance, human or animal at a second location;
- selecting a water-based medium which comprises a first water-based medium and a second water-based medium;
- generating a first plurality of quantum entanglements within a plurality of quantum entities in said water-based medium by irradiating said water-based medium with magnetic pulse, laser light or microwave, or letting said water-based medium sit for at least thirty days;
- separating said water-based medium into said first water-based medium and said second water-based medium, a first plurality of quantum entities in said first medium being in said first plurality of quantum entanglements with a second plurality of quantum entities in said second medium;
- positioning said first water-based medium at said first location and said second water-based medium at said second location;
- providing a detecting means for detecting said second plurality of quantum entanglements, said first non-local effect and/or said second non-local effect when said detecting means operates;
- causing said first target to interact with said first water-based medium through a first contact or radiation from a first photon or magnetic pulse generating source;
- causing said second target to interact with said second water-based medium through a second contact or radiation from a second photon or magnetic pulse generating source;
- and
- detecting said second plurality of quantum entanglements, said first non-local effect and/or said second non-local effect;
- whereby said second plurality of quantum entanglements between said third plurality of quantum entities in said first target and said fourth plurality of quantum entities in said second target is generated through said interaction between said third plurality of quantum entities in said first target and said first plurality of quantum entities in said first water-based medium and said interaction between said fourth plurality of quantum entities in said second target and said second plurality of quantum entities in said second water-based medium, and detected through said detecting means;
- and said first non-local effect of said second target on said first target, comprising a first effect of said second target on a first physical, chemical or biological property or process of said first target, and/or said second non-local effect of said first target on said second target, comprising a second effect of said first target on a second physical, chemical or biological property or process of said second target, are generated through said second plurality of quantum entanglements between said third plurality of quantum entities in said first target and said fourth plurality of quantum entities in said second target and detected through said detecting means.
A method of producing and detecting a second plurality of quantum entanglements between a third plurality of quantum entities in a first target and a fourth plurality of quantum entities in a second target, a first non-local effect of said second target on said first target through said second plurality of quantum entanglements and/or a second non-local effect of said first target on said second target through said second plurality of quantum entanglements which comprises the steps of:
- selecting said first target which comprises a first chemical substance, human or animal at a first location;
- selecting said second target which comprises a second chemical substance, human or animal at a second location;
- selecting a first water-based medium and a second water-based medium;
- generating a first plurality of quantum entanglements between a first plurality of quantum entities in said first medium being and a second plurality of quantum entities in said second medium by positioning said first water-based medium next to said water-based medium and irradiating said first water-based medium and said water-based medium with magnetic pulse, laser light or microwave;
- positioning said first water-based medium at said first location and said second water-based medium at said second location;
- providing a detecting means for detecting said second plurality of quantum entanglements, said first non-local effect and/or said second non-local effect when said detecting means operates;
- causing said first target to interact with said first water-based medium through a first contact or radiation from a first photon or magnetic pulse generating source;
- causing said second target to interact with said second water-based medium through a second contact or radiation from a second photon or magnetic pulse generating source;
- and
- detecting said second plurality of quantum entanglements, said first non-local effect and/or said second non-local effect;
- whereby said second plurality of quantum entanglements between said third plurality of quantum entities in said first target and said fourth plurality of quantum entities in said second target is generated through said interaction between said third plurality of quantum entities in said first target and said first plurality of quantum entities in said first water-based medium and said interaction between said fourth plurality of quantum entities in said second target and said second plurality of quantum entities in said second water-based medium, and detected through said detecting means;
- and said first non-local effect of said second target on said first target, comprising a first effect of said second target on a first physical, chemical or biological property or process of said first target, and/or said second non-local effect of said first target on said second target, comprising a second effect of said first target on a second physical, chemical or biological property or process of said second target, are generated through said second plurality of quantum entanglements between said third plurality of quantum entities in said first target and said fourth plurality of quantum entities in said second target and detected through said detecting means.
Dependencies are inferred from the claim text.