
Pakistan
No Affiliations with any university
Independent Biophysical Researcher | Exploring Trichome Signaling, Insulin Pathways & Plant-Based Charge Activation
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I am Abraham Joshua, an independent biophysical researcher based in Quetta, Pakistan. My scientific journey began with an early fascination for physiology, biochemistry, and the subtle forces that influence living systems. After completing my education at St. Francis Grammar School and Government Science College Quetta, I pursued an MD in Ukraine, where I studied cellular systems, molecular transport, and endocrine physiology. Though I was unable to complete the program due to financial constraints, this experience deeply shaped my approach to science.
Returning to Pakistan, I joined the police force as an Assistant Sub Inspector while completing a Bachelor's degree in Economics. Alongside my service, I began independent research focused on cannabis trichomes—microscopic structures with unique biological potential. I explored their morphology, staining behavior, and response to environmental fields, leading to my broader interest in biophysical preservation and plant-based therapeutic models.
My current project, Caryoseal, is a passive botanical preservation system that uses Larva stone to generate a sealed electromagnetic field environment. It aims to stabilize terpenes, cannabinoids, and biological structure without the use of heat or synthetic chemicals. This work includes controlled experiments using GC-MS for compound analysis, hygrometry for moisture tracking, microscopy for structural integrity, and ultra-weak photon emission (UPE) to study biophotonic behavior.
Beyond preservation, my long-term research investigates how plant structures—especially trichomes—might influence human biochemical systems such as insulin signaling through field-based or resonance-mediated pathways. I am committed to building bridges between ancient botanical intelligence and modern scientific validation through direct experimentation, curiosity, and biophysical insight.
April 2025