Where Is All the A.I.-Driven Scientific Progress?
Hard Fork
2025/12/26
Where Is All the A.I.-Driven Scientific Progress?
Where Is All the A.I.-Driven Scientific Progress?

Hard Fork
2025/12/26
Artificial intelligence is increasingly being positioned as a transformative force in science, promising breakthroughs from medicine to climate solutions. In this conversation, a scientist at the intersection of AI and research offers a grounded perspective on what these tools can truly achieve today.
Sam Rodriques discusses Kosmos, an AI agent that can condense months of scientific analysis into hours by synthesizing vast amounts of data and generating code autonomously. While such tools accelerate hypothesis generation and data interpretation, they don’t replace experimentation or solve deep biological unknowns. AI’s real value lies in augmenting researchers, not replacing them—especially in parsing literature and optimizing study designs. However, major challenges remain: clinical translation is slow, funding is scarce, and serendipity still plays a crucial role in discovery. Overhyped concepts like virtual cells lack substance compared to tangible advances such as generative protein design. True progress requires clear benchmarks and integration with wet-lab validation. Despite the excitement, AI cannot bypass the fundamental need for biological insight and long-term trials.
02:58
02:58
Sam Rodriques is more optimistic about AI's impact on science than some but skeptical of claims like curing all diseases in 5-10 years.
10:52
10:52
Kosmos identified a new mechanism related to type 2 diabetes.
18:40
18:40
Generative models can design proteins or antibodies from scratch
21:32
21:32
AI cannot shortcut the need for long-term clinical trials in medicine.
31:41
31:41
AlphaFold3 is likely underhyped given its potential impact on structural biology
36:32
36:32
AI agents may generate most high-quality scientific hypotheses by 2027