Botformed retweeted
AI agents enter the wet lab.
In new @Nature N&V article, I discuss recent advances in agents running automated labs and ideas on how to make these systems more reliable. nature.com/articles/d41586-0β¦
Botformed retweeted
π Improving Chemotherapy Toxicity Prediction
This study explores AI-CT-based 3D body composition analysis to predict chemotherapy dose-limiting toxicities in colon cancer patients. π€ποΈ
yesilscience.com/improving-tβ¦
#ChemotherapyToxicity
Botformed retweeted
Researchers write the papers ... free
Researchers evaluate the papers ... free
Publishers sell the papers to AI companies ... for free ?π
Botformed retweeted
Researchers !
We can now apply to the Gemini for Academic Research program !
Introducing the Gemini for Academic Research program, created to help researchers using Gemini models accelerate their research agenda. π§ͺπ₯Ό
We are supporting researches exploring evaluations, benchmarks, embodiment, science, and more! Apply today:
ai.google.dev/gemini-api/docβ¦
Botformed retweeted
Danish universities have developed an online course on how to use generative AI for academic purposes:
It's self-paced and totally free.
Link: teachgenai[.]au[.]dk/learn-genai/learn-genai-course
Botformed retweeted
Quantum Computing in Materials Science: Breakthrough or Overhyped? linkedin.com/pulse/quantum-cβ¦
Botformed retweeted
Scientists are increasingly turning to AI to tackle problems related to scale and complexity - from synthesizing the evidence base to simulating experiments.
Our new essay draws on expert insights and interviews to examine the opportunities, risks and policy implications. β goo.gle/4i3Aq9A
Botformed retweeted
π¨ Eric Schmidt believes AGI will lead to 'AI Scientists' capable of conducting scientific research.
Millions of AI scientists collaborating could dramatically accelerate the pace of scientific progress.
Some believe these AI scientists will emerge within a year or two.
Botformed retweeted
Reinforcement Fine-Tuning refers to the process of refining or adapting a pre-trained reinforcement learning (RL) model to perform better in a specific task or environment. Reinforcement learning is a type of machine learning where an agent learns to make decisions by interacting with an environment and receiving feedback in the form of rewards or penalties.
Fine-tuning in this context involves further training an already trained RL model using additional data, expert guidance, or specific constraints to improve its performance on a particular problem or set of tasks. The goal is to make the model more effective, efficient, or specialized in solving the desired task by adjusting its parameters, often using techniques like supervised learning, imitation learning, or other domain-specific modifications.
This approach is particularly useful when a general RL model has already been trained on broad data, but more precise, task-specific behavior is required for optimal performance.
#12_Days_Of_OpenAi
#ReinforcementFineTuning
#FineTuning



















