Nobel Laureate Ferenc Krausz on Attosecond Physics for Disease Detection

Transforming Healthcare with Attosecond Physics

• 💡 Curiosity-driven research led to Nobel Prize discoveries, now applied to improving human health.
• 🎯 The primary goal is to transform healthcare from its current treatment-focused mode to a new, preventative operation.
• ✅ This transformation requires developing methods that are cheap, comprehensive, non-invasive, and risk-free for capturing disorders at their earliest stages.

Detecting Disease Through Infrared Fingerprints

• 🔬 Attosecond methodology can trace the oscillations of light's electric field, enabling the measurement of minuscule changes in the molecular composition of human blood.
• 🔍 Over 10 years of work has focused on identifying correlations between developing disorders and changes in the infrared fingerprint of human blood.
• 🔑 Research has found that different types of cancers induce characteristic changes in this infrared signal, suggesting a general concept where severe diseases alter blood's molecular composition.

Global Collaboration and Hong Kong's Role

• 🇭🇰 Hong Kong is considered an ideal location due to its outstanding healthcare system and diverse ethnicities, which allows for proving the universality of the medical approach.
• 🤝 The plan involves implementing three highly standardized longitudinal cohort studies, each with 15,000 participants.
• 🚀 By 2035, the aim is to have a screening algorithm in place for broad population screening in cities like Budapest, Munich, and Hong Kong.

Fostering Interdisciplinary Research

• 🌟 Hong Kong is determined to foster forefront research by attracting leading scientists and top young talents.
• 🛠️ The city aims to create ideal research opportunities and the necessary infrastructure to advance science, technology, and medicine.
• 🌱 This initiative encourages interdisciplinary collaboration among scientists to contribute to the success of complex endeavors like this one.