Method and system for dissipating and amplifying natural emissions from a resonant cavity

A method for amplifying electromagnetic emissions, comprising the steps of:

• providing a semiochemical within a chamber, wherein said chamber is substantially closed to mitigate, during an incubation period, the escape of said semiochemical and/or electromagnetic emissions from said semiochemical;
• waiting said incubation period for said semiochemical to produce said emissions and/or increase the concentration of said semiochemical within said chamber;
• enabling said emissions to naturally resonate within said chamber to produce amplified emissions;
• and
• allowing said amplified emissions and/or said semiochemical to flow out of an aperture in said chamber.

A chamber for naturally amplifying electromagnetic emissions, comprising:

• a housing;
• a chemical source situated inside of said housing, wherein said housing is partially closed to mitigate, during an incubation period, the escape of a semiochemical diffusing from said chemical source and/or emissions from said semiochemical, and wherein said housing enables said emissions to naturally resonate to produce amplified emissions;
• and
• an aperture in said housing, wherein said aperture is permeable to allow the escape of said semiochemical and/or said amplified emissions.

A method for amplifying electromagnetic emissions, comprising the steps of:

• providing a semiochemical within a chamber, wherein said chamber is substantially closed to mitigate, during an incubation period, the escape of said semiochemical and/or electromagnetic emissions from said semiochemical;
• waiting said incubation period for said semiochemical to produce said emissions and/or increase the concentration of said semiochemical within said chamber;
• enabling said emissions to resonate within said chamber to produce amplified emissions without air flow or pumping radiation;
• and
• allowing said amplified emissions and/or said semiochemical to flow out of an aperture in said chamber.

A chamber for amplifying electromagnetic emissions, comprising:

• a housing;
• a chemical source for releasing a semiochemical inside of said housing, wherein said housing is partially closed to mitigate, during an incubation period, the escape of said semiochemical and/or emissions from said semiochemical, and wherein said housing enables said emissions to resonate to produce amplified emissions without air flow or pumping radiation;
• and
• an aperture in said housing, wherein said aperture is permeable to allow the escape of said semiochemical and/or said amplified emissions.

A chamber for amplifying electromagnetic emissions, comprising:

• a housing, wherein at least two walls of said housing is composed of a reflective surface;
• a chemical source for releasing a semiochemical inside of said housing, wherein said housing is partially closed to mitigate, during an incubation period, the escape of said semiochemical and/or emissions from said semiochemical, and wherein said housing enables said emissions to resonate to produce amplified emissions without air flow or pumping radiation;
• and
• an aperture in said housing, wherein said aperture is permeable to allow the escape of said semiochemical and/or said amplified emissions.

A chamber for naturally amplifying electromagnetic emissions, comprising:

• a housing composed of at least two layers of natural or synthetic materials;
• a chemical source for releasing a semiochemical inside of said housing, wherein said housing is partially closed to mitigate, during an incubation period, the escape of said semiochemical and/or emissions from said semiochemical, and wherein said housing enables said emissions to resonate to passively produce amplified emissions;
• and
• an aperture in said housing, wherein said aperture is permeable to allow the escape of said semiochemical and/or said amplified emissions.