From Molecular Chirality to Petahertz Quantum Computing
Vít Svoboda entered the competition with a concept for using chiral (mirror-asymmetric) molecules to build ultrafast quantum computers. Instead of electricity and silicon, such devices would rely on light, quantum physics, and the distinct behavior of “left-handed” and “right-handed” molecules. His proposal outlines an entirely new computational paradigm that combines molecular structure, electron spin, light, and ultrafast optics.
Electrochemical N₂ Activation for Sustainable Ammonia Synthesis: Enabling the Agriculture-to-Energy Transition
National University of Singapore
Singapore
Web profile
Engineering Synthetic DNA-Binding Miniproteins to Modulate Gene Expression
Tel Aviv University
Israel
Web profile
A Chemical Operating System for Robots
Stratingh Institute for Chemistry, University of Groningen
The Netherlands
Web profile
