Research and Development:

Infrastructure

Vibrating Machine Bugs for Controlled Demolition

We propose an innovative Research and Development (R&D) project focused on designing and developing vibrating machine bugs capable of controlled demolition and manipulation of concrete and other solid materials. Inspired by the principle of vibrational energy transfer, similar to how sand moves on a table when vibrated, these machine bugs will apply controlled vibrations to turn solids into liquids in a controlled manner.

Health

Investor Probe: R&D for Perfect Glass of Water with Precious Metals, Light, and Stability

We present an innovative Research and Development (R&D) proposal aimed at creating the perfect glass of water by incorporating a unique combination of elements: silver rods, gold rods, a copper coil, a suspended quartz crystal, sunlight exposure, cyclical water movement, and hydrogen infusion. This holistic approach aims to enhance water purity, imbue beneficial properties, and achieve a harmonious balance for optimal human consumption.

Reference on how the properties of water Change https://www.alivewater.ca/dr-masaru-emoto/

Agriculture

Research and Development Request: Wine and Berry Production in North Carolina

Objective:

The objective of this research and development (R&D) initiative is to explore the feasibility of producing a specific type of wine and berry, traditionally cultivated in the Caucus region of Georgia and Armenia, in North Carolina. The goal is to identify suitable varieties, growing conditions, and cultivation techniques that will enable the successful replication of this wine and berry in North Carolina. The ultimate aim is to establish a unique and culturally significant wine production in North Carolina, leveraging the reputation and history associated with these products.

Environment

TrashGone

TrashGone would be a pioneering company that addresses the global waste crisis by leveraging Scandinavian expertise in efficient waste incineration and sustainable waste management practices into the third world to efficiently and effectively eliminate trash. Our mission is to condense toxic materials from trash without environmental spillage, utilize non-toxic byproducts for organic cycles, and harness heat energy for sustainable power generation. By integrating local and Scandinavian engineering and scientific talent, TrashGone aims to revolutionize waste management in developing countries, tackling pollution, energy, and improper waste disposal simultaneously.

Research and Development for Cost-Effective and Environmentally Friendly Water Pollution Remediation Technology

 Our research proposal aims to develop an innovative technology for efficiently and affordably cleaning large bodies of water, such as lakes, rivers, and reservoirs, in villages and cities. The technology will utilize materials like powdered activated carbon (PAC), magnetic nanoparticles, and other eco-friendly compounds to filter out pollutants effectively.

Research and Development for Sustainable Remediation of Water Contaminated with Harmful Agricultural Chemicals

This research proposal seeks funding for an urgent project focused on developing a sustainable solution for remediation of water contaminated with harmful agricultural chemicals. The project aims to address the critical environmental and health issues caused by persistent chemicals like glyphosate and petrochemicals in water, which have adverse effects on human fertility, birth outcomes, as well as the health of animals and plants, contributing to a broader spectrum of environmental problems including climate change.

Feasibility Probe: Tesla Turbine Technology

We propose conducting an in-depth feasibility study to assess the viability of developing and commercializing the Tesla Turbine technology. The Tesla Turbine, invented by Nikola Tesla, is a bladeless turbine that operates on the principle of viscous drag, offering potential advantages in efficiency, simplicity, and versatility. Our investigation aims to evaluate the feasibility of manufacturing Tesla Turbines using materials available today and determine the market potential for this technology.

Tesla Free Energy Generator Feasibility Study