Faster than Virus: The Physics of Pandemic Prediction

Area of Science:

• Public Health
• Epidemiology
• One Health

Background:

• Zoonotic spillover events are increasing due to environmental changes and human-animal interactions.
• Traditional pandemic preparedness needs enhancement with proactive anticipation and prevention strategies.

Purpose of the Study:

• To propose a conceptual framework for pandemic preparedness focused on proactive surveillance and spillover prevention.
• To reframe pandemic preparedness from reactive measures to anticipatory strategies.

Main Methods:

• A tachyon-inspired conceptual approach using a thought experiment for anticipatory observation.
• Informed by interdisciplinary literature on emerging infectious diseases, One Health, predictive epidemiology, and public health preparedness.

Main Results:

• Highlights the need for proactive, integrated surveillance systems combining human, animal, and environmental data.
• Emphasizes advanced analytical tools (e.g., neural networks), risk profiling, robust infrastructure, coordinated governance, and resilient healthcare systems.
• Integrates animal welfare, translational research, and planetary health principles to reduce spillover risk.

Conclusions:

• Tachyon-inspired thinking provides a conceptual tool for proactive pandemic anticipation and prevention.
• Integrating surveillance and One Health principles enhances early detection and mitigates future pandemic impact.