From gene edits that finally treat disease to fusion energy leaving the lab, 2025 was the year science stopped promising the future and started building it. The United Nations tagged 2025 as the International Year of Quantum Science, and labs didn’t just nod politely - they delivered. While we were busy doom-scrolling, researchers quietly mounted an AI chip smaller than a grain of salt onto an optical fibre tip. Using a “diffractive neural network,” this speck decodes images at light speed while sipping barely any power - a nudge toward medical imaging that doesn’t need a room-sized machine humming in the basement. Meanwhile, quantum hardware finally began trading its “cool experiment” badge for actual utility, with error rates dropping enough to make drug discovery simulations look less like guesswork and more like engineering. Editing life, but precisely Gene Prime Editing If earlier years were about proving CRISPR works, 2025 was ...
From gene edits that finally treat disease to fusion energy leaving the lab, 2025 was the year science stopped promising the future and started building it. The United Nations tagged 2025 as the International Year of Quantum Science, and labs didn’t just nod politely - they delivered. While we were ...
From gene edits that finally treat disease to fusion energy leaving the lab, 2025 was the year science stopped promising the future and started building it. The United Nations tagged 2025 as the International Year of Quantum Science, and labs didn’t just nod politely - they delivered. While we were ...
From gene edits that finally treat disease to fusion energy leaving the lab, 2025 was the year science stopped promising the future and started building it. The United Nations tagged 2025 as the International Year of Quantum Science, and labs didn’t just nod politely - they delivered. While we were ...