This project began with a question that accompanied me for many years:

How can we determine whether a perception or impression is accurate before an event occurs?

This question led me to develop a research device designed to explore the relationship between written predictions, physiological signals, and the impressions reported by the user, in an attempt to better understand the factors that may be associated with prediction accuracy.

This project originated from a research question concerning the existence of signals or sounds that may fall outside the range of normal human hearing, and whether such signals can be detected using technological methods. The long-term objective is to investigate whether these signals could be associated with the prediction of certain events or disasters, and to explore their potential relationship to remote-viewing experiences.

The project remains in the research and development phase and is being approached from both technical and experimental perspectives.

The idea for this invention emerged from a simple observation regarding frequently touched surfaces and the role they may play in the transmission of contaminants and microorganisms.

The goal of the project is to develop a door handle capable of reducing contamination associated with repeated daily use.

This concept originated from challenges associated with injections and blood-sampling procedures, particularly in situations where locating veins can be difficult.

The project focuses on developing a solution that assists in identifying veins more clearly and improving the efficiency of related medical procedures.

This idea emerged from the need to improve safety when receiving visitors or accepting home deliveries.

The project aims to provide a safer mechanism for handling visitor interactions and deliveries without requiring direct access to the home.

This project began with a practical environmental question:

How can atmospheric humidity be converted into a usable source of water?

The invention aims to develop a compact system capable of extracting water from the air and purifying it for practical use.