About the Role

Have you ever wanted to teach artificial intelligence the deepest secrets of the universe? micro1 is looking for brilliant physicists to join an exciting project working on the bleeding edge of gravitational theory and cosmology. You do not need any background in machine learning because your pure domain expertise is what really counts here. By translating complex cosmic phenomena into structured data, you will directly influence how next-generation AI systems reason about the physical world. This is a fully remote position open to experts worldwide who want to shape the future of technology from their own desks.

Overview

We are partnering with a valued client on an advanced, research-driven initiative focused on frontier physics. Your profound understanding of theoretical concepts will help build robust benchmarks spanning Dynamical Chern-Simons gravity, the Palatini tetrad formalism, FRW cosmology, and quadratic inflation. Depending on your specific background, you might take on the role of a Solver, Auditor, or Adjudicator to tackle specialized assignments.

Key Responsibilities

Derive detailed analytical and numerical solutions for problems involving Palatini gravity in the first-order formalism, utilizing tetrad and spin connection approaches.
Calculate and analyze Pontryagin density contributions and related topological terms within modified gravity scenarios.
Evaluate FRW cosmological models and quadratic inflation dynamics to ensure high accuracy in benchmark datasets.
Review, audit, or adjudicate complex physics problems to maintain top-tier quality standards for AI training inputs.

Requirements

Advanced degree or extensive academic background in Physics, Astrophysics, or Cosmology.
Deep specialization in gravitation, particularly regarding modified gravity theories, tetrad formalisms, or early universe cosmology.
Strong problem-solving abilities with a proven track record of handling intricate mathematical derivations.
No prior AI experience is required, but a passion for technology and scientific communication is a big plus.

What You'll Gain

Flexible remote work arrangement letting you collaborate from anywhere on earth.
The chance to leave your mark on artificial intelligence development using your pure physics background.
Opportunities to tackle frontier research-level problems alongside other sharp minds.