Electromagnetic wave technology for flavor modification in coconut water
A novel approach using electromagnetic wave frequency generators to modify flavor profiles in coconut water without altering consumable properties. Targets particle-level interactions through Lorentz force and Hall effect principles.
Overview
This research proposes an innovative method for modifying the flavor profile of coconut water using electromagnetic waves. By exposing coconut water samples to controlled electromagnetic fields with variable frequencies and currents, the technology aims to selectively interact with charged particles and flavor molecules. The approach leverages the principle that flavor-determining molecules possess specific geometries and charge characteristics that respond to changes in electromagnetic frequency. The goal is to alter flavor without compromising any consumable or nutritional properties of the product.
Technical specifications
Core approach:
- Electromagnetic field generator with variable frequency and current outputs applied directly to coconut water samples
- Targets charged particles (cations and anions) using Lorentz force principles
- Incorporates Hall effect considerations to remove or trap specific particles
- Inductor configurations designed to create controlled electromagnetic fields
- Polarization of electrical particles through magnetic field interactions
- Vibrational interaction framework based on energy and particle configuration manipulation
Theoretical foundations:
- Lorentz force treatment for understanding magnetic force interactions with charged particles
- Professor Laithwaite's analysis of electromagnetic fields generated by inductor configurations
- Free electron behavior under controlled electromagnetic exposure
Technology readiness level
This technology is at an early conceptual stage. The research team plans to build a high-current frequency generator over a period of three to four months, followed by three months of particle classification and characterization to identify which particles can be removed or trapped from the coconut water samples. The validation procedure relies on established electromagnetic theory rather than empirical results at this stage. Further development and testing are required before any commercial application can be considered.
About Tecnológico de Monterrey
Tecnológico de Monterrey is a leading private, multi-campus research university in Mexico, recognized for entrepreneurship and industry collaboration. Its Monterrey headquarters anchors an urban innovation district with open lab space, prototyping, and shared testing facilities that welcome corporate collaborators. An integrated health system supports clinical research and translation, while structured internships and challenge-driven partnerships connect companies with faculty and student talent year-round. Research is supported by competitive federal funding through Mexico’s national science and technology council, along with industry contracts and international sponsors. A dedicated technology transfer office manages IP, licensing, and startup formation.
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