Quantum Physics put into practice

  Discovery

While researching quantum physics I came across the process of wave/node formations on materials . The process of applying a resonant frequency to a metal plate and allow the materiel to form patterns from the various applied frequency then removing that pattern for processing. 

Aerospace

 Lightweight  Integrated Metals , Composites with Metals and  Ceramics and Carbon fiber with Metals 

Automotive

 Lightweight thin lay ups with limitless material stack ups for various application 

Commercial

 Sandpaper, Gypsum Board, Laminates, Road Construction, Structure Materials 

Composites/SemiConductor

 Thin lay-ups with limitless material stack ups for various application 

Communication and Technology

 Impregnating metals for integration for customer specific applications. Possible building material for batteries circuit boards. Making antenna integrated into structure. Micro switches for supercomputers 

Molding/Stamping

 Using the Pre-prepared Structural Materials from any various lay-up in a Stamping/Molding  Capacity with advanced impregnated features 

Example:

 Semiconductor chips or Car components using a multi-layer buildup of carbon fiber, then with this patent you use granular magnesium, copper, or solder balls on various layers choosing various frequencies creating then capturing. Apply to the carbon/Kevlar/wafer etc.. then  cured/heated or autoclave .