Thank you very much for your advice! You can click on the question and model name window to expand the answers of all models. Additionally, there is a commented-out ability calculator in the website’s source code. The ’50 times’ I mentioned refers to the probability derived from the normal distribution.
The ‘Time’ column represents the difficulty level of problems that the model can reliably solve, based on how long it would take a human to solve them. Longer times indicate more challenging problems. The standard deviation indicates the percentage of STEM individuals who can successfully solve the problem, following a normal distribution. A standard deviation of 0 implies that nearly 100% of the STEM population can solve such problems
Thank you very much for your advice! You can click on the question and model name window to expand the answers of all models. Additionally, there is a commented-out ability calculator in the website’s source code. The ’50 times’ I mentioned refers to the probability derived from the normal distribution.
The ‘Time’ column represents the difficulty level of problems that the model can reliably solve, based on how long it would take a human to solve them. Longer times indicate more challenging problems. The standard deviation indicates the percentage of STEM individuals who can successfully solve the problem, following a normal distribution. A standard deviation of 0 implies that nearly 100% of the STEM population can solve such problems