An Austrian physicist  has developed a groundbreaking, immediately applicable solution to achieve the 1.5 degree climate target based on all available climate data. He uses simple physical principles that lead directly to the cooling of the earth's surface. In this way, a realistic time window can be created for the development and large-scale use of actually efficient decarbonization technologies. The core of the solution is a partial increase in the albedo at geoclimatically relevant locations.

Climate (temperature management)

An Austrian professor of organic chemistry has developed a process that can catalytically convert CO2 into basic substances (e.g. high and low alcohols, synthesis gas, acetic acid, formic acid). This process has the potential to become a real game changer in terms of emission reduction and to also become a global leader in the field of decarbonisation.

Climate, Environment, Resources

An Austrian biophysicist and world-renowned expert in the field of photodynamic inactivation has discovered and developed several plant-based liquids that physically eliminate multi-resistant germs of all kinds and in a wide variety of fields of application (medicine, food safety, surfaces, VetMed, etc.). This two-component solution is groundbreaking because it deprives germs of the opportunity to develop resistance patterns. It can save millions of lives worldwide every year.

Multi-resistant germs