Vasil Tsanov

🎓 I am a university professor in chemistry with a lifelong dedication to interdisciplinary scientific exploration. My research spans multiple domains, each driven by curiosity and a commitment to uncovering fundamental truths:

📈 In mathematics, I investigate the symmetrical properties in the sequence of prime numbers, seeking hidden structures in numerical order.

🧲 In physics, I explore X-ray diffraction in copper oxides, contributing to the understanding of solid-state phenomena.

🔍 In biophysical chemistry, I study the molecular thermodynamics of physiologically active compounds, both in vivo and in vitro, with implications for pharmacology and systems biology.

💻 I apply high-performance computing (HPC) and scientific programming to model complex systems and accelerate discovery.

🎼 My interests extend to music theory and organology, where I examine the structure and evolution of musical instruments and tonal systems.

📕 As a publisher, I proudly preserve and promote the legacy of my father—a distinguished composer whose work continues to inspire.

🔬 Yet above all, my deepest passion lies in theoretical biochemistry and oncology. I am devoted to advancing concepts that redefine cancer as a chronic, manageable condition through selective molecular therapies. This vision drives my work at anti-cancer.eu, where science meets empathy, and knowledge becomes empowerment.

🧪 I believe that true progress emerges at the intersection of disciplines—and that science, when made accessible, can transform lives.

🌍 Causes:

Accessible Science & Education – Making complex scientific knowledge understandable and empowering for all.

Cancer Prevention & Patient Advocacy – Supporting research, awareness, and compassionate care in oncology.

Interdisciplinary Collaboration – Bridging chemistry, biology, physics, mathematics, and the arts to foster innovation.

Digital Equity in Research – Promoting open access, HPC infrastructure, and global participation in scientific discovery.

Sustainable Agriculture & Ecological Stewardship – Advancing plant-based bioactivity, soil health, and responsible resource use through scientific insight.

Cultural Preservation & Musical Heritage – Honoring artistic legacies and the science of sound through publishing and organology.