About Viscous Time Theory
A New Scientific Framework for Time, Information, and Reality
Viscous Time Theory (VTT) proposes that information is not passively recorded in time — it actively shapes the evolution of physical systems. Time behaves as a viscous medium, where information flows, accumulates, and resists decoherence.
This new physics framework introduces measurable parameters such as: ΔC — Informational Coherence; Φα — Informational Attractor Field; ηᵢ — Informational Viscosity; ΔI — Informational Flux Dynamics. Through these parameters, VTT provides a unified interpretation of: Complex system stability; Prime number structures; Quantum gravitational behavior; Neural coherence; and Black hole thermodynamics. VTT expands our scientific toolkit beyond conventional space-time, unlocking a deeper layer:
the informational geometry underlying existence.
Research Achievements
VTT has led to multiple peer-reviewed publications in physics and mathematics, including innovative work on:
- Navier-Stokes Equations reinterpretation
- Euler–Mascheroni constant asymmetry
- Hodge Conjecture reformulation
- Octonion Algebraic Interpretation (currently under peer-reviewed process)
- Hawking Temperature as informational flux (currently under peer-reviewed process)
- Prime number coherence via π-immersion (preprint)
This body of work forms a cohesive path toward a quantized information-based physics.
Who we are
VTT is founded and led by Raoul Bianchetti, an independent theoretical researcher exploring the frontier of information physics with support from VTT research team and collaborated with independent engineers and mathematician.
Our mission is to bridge theory and technology, enabling breakthroughs in:
- Medical scanning and neuro-coherence
- Computational engines based on prime spirals
- Gravity modulation studies
- Cryptography and secure information handling
VTT welcomes scientific collaborators, institutions, and forward-thinking partners.
Our Mission
To advance the understanding of time and information into practical technologies that improve lives. The Viscous Time Theory (VTT) initiative is committed to transforming scientific insight into real-world impact — from medical diagnostics and neural coherence, to new computational architectures, energy solutions, and secure information systems.
We work to bridge the gap between theory and application, using innovation to help people and empower industries that shape the future.
Our Vision
A future where information physics becomes the foundation of global innovation. We envision a world where:
- Diseases are detected earlier through coherence-based medical scanning.
- New computation models unlock faster, energy-efficient technologies.
- Secure and ethical information handling protects privacy and identity.
- Scientific breakthroughs serve humanity, not just academia.
- Businesses gain access to new competitive advantages through VTT-driven solutions.
VTT is building the scientific infrastructure for tomorrow — where time, computation, and human potential move forward together.