Physics Expert (High Energy / Mathematical Physics)

Are you a brilliant mind in High Energy or Mathematical Physics, deeply immersed in the intricacies of theoretical frameworks like Holography and AdS/CFT? Imagine a world where your profound understanding of the universe's fundamental laws helps sculpt the very intelligence of tomorrow. micro1 invites you to contribute your specialized knowledge to a cutting-edge customer project, a true frontier where theoretical physics meets the future of AI. This is a unique, fully remote opportunity, open to experts worldwide, to apply your unparalleled domain expertise in a novel, impactful way.

Overview

micro1 is seeking dedicated Physics Experts with a strong background in High Energy and Mathematical Physics to join a pioneering project. This is a contractor role focused on advancing next-generation AI systems. Your contributions will directly influence how these models learn, reason, and perform, all through high-quality, real-world input derived from your expertise. While deep domain knowledge is paramount, prior experience in AI is not a prerequisite. The engagement centers on the latest research in Holography, the AdS/CFT correspondence, and Weyl anomalies in dimensions up to eight. Depending on your specific subfield fit and demonstrated hands-on experience, you may be considered for distinct assignments such as a Solver, Auditor, or Adjudicator.

Key Responsibilities

Analyze research-level problems, including those involving AdS/CFT correspondence, on-shell gravitational actions, and Weyl-Fefferman-Graham gauge frameworks.
Formulate or meticulously verify complex tensor algebra expressions, with a particular focus on boundary curvature invariants in dimensions up to eight.
Develop, critically review, or adjudicate sophisticated solutions related to various aspects of holography.

Requirements

Advanced subject-matter knowledge in High Energy Physics or Mathematical Physics is essential.
Demonstrated expertise in areas such as Holography, the AdS/CFT correspondence, and Weyl anomalies, particularly in dimensions d ≤ 8.
A strong analytical mindset and proven ability to work with complex theoretical physics problems.
No prior experience in artificial intelligence is required; your core physics domain knowledge is the primary qualification.
Eligibility for a contractor role, working remotely from anywhere in the world.

What You'll Gain

Be at the forefront of innovation, helping to train and shape the capabilities of next-generation AI systems.
Apply your specialized theoretical physics knowledge to a groundbreaking and highly impactful project.
Work on a frontier customer initiative, pushing the boundaries of both physics and artificial intelligence.
Enjoy the flexibility and convenience of a fully remote, worldwide contractor engagement.
Contribute your expertise without needing prior AI experience, leveraging what you already know best.