Advanced Physics Researcher

We are seeking skilled researchers with expertise in physics to collaborate on a project focused on enhancing the capabilities of large language models (LLMs) in understanding and solving complex physics problems. The goal is to refine LLMs' abilities in areas like mechanics, electromagnetism, thermodynamics, and quantum theory.

The ideal candidate will possess a strong academic background in physics or a related field, along with advanced analytical skills and the ability to communicate complex ideas clearly. Additionally, the researcher should be able to work independently in a remote environment and participate actively in team discussions.

• Key Responsibilities:
• A high-energy pion traveling through a material loses energy at a constant rate. Given its rest mass and proper lifetime, calculate the probability that it decays within a certain distance from its origin.
• For a 1D Brownian motion starting at the origin, define the last return time to zero and the time spent on the positive axis as fractions of total time. Find the exact joint probability distribution of these scaled times, expressed using the Heaviside function to specify its support.

These tasks aim to identify model weaknesses and improve training and evaluation workflows. As a contributor, you may also be involved in refining research objectives, collaborating with experts, and participating in regular discussions.

• Opportunity to Contribute: Join a dynamic team working on cutting-edge AI research, focusing on improving LLMs' performance in mathematics and STEM fields.
• Growth and Development: Collaborate with a global network of experts shaping next-generation AI benchmarks and gain exposure to innovative model evaluation strategies.
• Flexibility: Work remotely, participating in projects and contributing to ongoing research initiatives.

Please note that this opportunity is open to candidates who have completed or are currently pursuing a Ph.D. in physics or a related field.