Nature Podcast
Alphafold 3.0: the AI protein predictor gets an upgrade
Wed May 08 2024
scienceclocksphysicsprotein prediction
Description
Deep dive into the world of science with Nature+. Nature Plus, the key to unlocking the world's most significant scientific advances. Subscribe today at go.nature.com/plus. Acast powers the world's best podcasts.
Insights
New Clocks for Precision and Physics
Scientists are developing a new type of clock that shows potential for greater precision and allows researchers to test the laws of physics.
Nuclear Clocks and Thorium 229
Nuclear clocks use energy states in the nucleus, and researchers are narrowing down the exact frequency required for thorium 229.
Advancements in Protein Prediction
Alpha Fold 3 can accurately model complex combinations of proteins and other molecules, with potential applications in drug discovery and understanding protein interactions.
Chapters
Summary
Transcript
Introduction
00:01 - 00:46
- Deep dive into the world of science with Nature+
- Nature Plus, the key to unlocking the world's most significant scientific advances
Film Club
00:50 - 01:12
- Join Frank Film Club with Maisie Williams
- Watch and discuss films each week
Clocks and Physics
02:13 - 03:43
- Scientists are developing a new type of clock that shows potential for greater precision
- The new clock could also allow researchers to test the laws of physics
Nuclear Clocks
03:44 - 04:27
- Atomic clocks use electron energy states, while nuclear clocks use energy states in the nucleus
- Nuclear clocks have been difficult to make due to the small energy differences and precise frequency requirements
Thorium 229
04:27 - 05:38
- Thorium 229 is a nucleus that has a small energy difference for nudging it to a higher energy state
- Researchers are narrowing down the exact frequency required to trigger the energy transition
Advancements in Protein Prediction
11:48 - 12:13
- Alpha Fold 3 can accurately model complex combinations of proteins and other molecules
- The tool has potential applications in drug discovery and understanding protein interactions