Craig Vierra & Daniela Krivakova ... Craig Vierra: The 363° Code: Tesla’s Mathematics & Geometry of Living Systems
Craig Vierra & Daniela Krivakova
Craig Vierra: The 363° Code: Tesla’s Mathematics & Geometry of Living Systems
Dr. Craig A. Vierra is a Professor of Biological Sciences at the University of the Pacific, where he teaches genetics, biochemistry, molecular biology, and proteomics, and mentors undergraduate and graduate researchers. His laboratory studies biomolecular structure–function relationships in black widow spider silk, focusing on protein architecture, molecular genetics, and biological materials. He has published widely cited peer-reviewed research, received funding from the National Science Foundation and National Institutes of Health, mentored over one hundred students, served as Department Chair, and participated on national research review panels.
Extending beyond classical molecular biology, Dr. Vierra’s work explores the symbolic and geometric intelligence embedded in nature. Research into the red hourglass marking of the black widow spider revealed a mathematical and energetic blueprint, inspiring The 363° Code: Tesla’s Geometry, Isis’ Breath, and the Return of Osiris, which examines the convergence of biological patterning, harmonic mathematics, and ancient symbolism.
Building on this foundation, his team identified an ancient mathematical system describing an etheric lattice—an invisible geometric framework through which energy organizes and oscillates according to harmonic ratios found in Egyptian monuments, hieroglyphs, and cosmological diagrams. This work aligns with geometric harmonic resonance fields and resolves Tesla’s 3-6-9 mystery as the breathing cycle of the etheric lattice, offering new foundations for advanced materials, coherent architecture, communication technologies, and non-invasive medicine.
Together with Daniela Krivakova, Dr. Vierra bridges rigorous science and experiential knowing, offering a unified language of energy, form, consciousness, and biological order—grounded in mathematics, verified through structure, and remembered through resonance.