Press conference with the 2025 Laureates in Physics, Chemistry and Economic Sciences

Introduction of 2025 Laureates

• 👏 The press conference welcomed the 2025 Nobel Laureates in Physics, Chemistry, and Economic Sciences.
• 🔬 Laureates in Physics include John Clark, Michelle Devore, and John Martinez.
• 🧪 Laureates in Chemistry are Susumu Kitagawa and Omar Yagi, with Richard Robson unable to attend.
• 📊 Laureates in Economic Sciences are Joel Mokyr, Philip Aion, and Peter Howitt.

European Economic Challenges and Innovation

• 📉 Europe's economic growth has slowed due to factors like increased leisure, an aging population, and a divided market lacking a true single market.
• ⚠️ There is a significant need for a proper financial ecosystem to support frontier innovation and mechanisms similar to DARPA for industrial policy.
• 💡 The European Research Council (ERC) is highlighted as crucial for research-based innovation and requires permanent funding, full independence, and an expanded scope.

Metal-Organic Frameworks (MOFs) and the Gas Economy

• 🧪 MOFs are stable, solid materials that are highly effective at attracting and separating gases, such as capturing CO2 from air and harvesting water from air.
• 💧 These materials are central to the emerging concept of a "gas economy" or "air economy", enabling the containment and concentration of gases in novel ways.
• 💊 While MOFs show promise for drug delivery, this application is currently in the research stage and requires extensive safety studies before clinical use.

Funding for Basic Research

• 💰 Long-term funding, ideally for 10 to 25 years, is considered essential for basic research to foster breakthrough innovation and encourage risk-taking.
• 🇺🇸 In the US, there's a perceived shift from government funding to private funding for basic science, with large foundations like the Gates Foundation playing a growing role.
• 🌍 Countries can achieve economic wealth by successfully adopting and applying technologies developed elsewhere, as exemplified by Switzerland, the Netherlands, Japan, and China.

AI's Role in Science and Quantum Computing

• 🧠 While AI tools excel at data processing and complex analysis, the creativity of scientists and their ability to ask fundamental questions remain indispensable.
• ⚛️ Early experiments in superconducting electronics in the 1980s, inspired by Richard Feynman's insights, laid the foundational work for quantum computing.
• 🚀 The field of quantum computing has experienced surprising growth and depth over the past four decades, far exceeding initial expectations.