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Principal Mathematical Physicist (String Theory)

Nettle
Email

Location: Remote | Contract/Freelance


 

Compensation: Top of market relative to your current role and geography.


 

Hours: Initial burst engagement of 10 hours per week for 4 weeks with a follow on of 10 hours per month. 


 

About Us:

At Nettle, we are a Silicon Valley firm developing software at the intersection of mathematics, physics, and real-time computing. Our mission is to accelerate the transformation of data to information. We’re doing this by building a realtime compute platform.


 

We thrive on curiosity, bold thinking and tackling problems that others consider too difficult to solve. If you’re passionate about pushing the limits of applied physics in the context of computer science, we look forward to working with you at Nettle.


 

What You’ll Do:

  • Model Complex Systems: Develop, analyze, and refine mathematical models for the state and dynamics of a realtime data processing system based on string theory. Knowledge of or advanced work in string theory is a plus. Direct numerical simulation experience is a plus. Knowledge of group theory, ring theory, representation theory is a plus. 
  • Build Numerical Systems and Solve Real-Time Challenges: Apply physics computational methods in practice.
  • Collaborate Across Disciplines: Work closely with our team of software engineers, and product managers to validate theories and translate them into impactful applications.
  • Communicate Breakthroughs: Produce detailed technical reports, research papers, and presentations to share findings with internal teams and external stakeholders.
  • Shape the Future: Provide insights and guidance on best practices, emerging trends, and the future direction of our projects.


 

What We’re Looking For:


 

  • Education: Masters or Ph.D. in Mathematical Physics, Applied Mathematics, or a related field.
  • Work-experience: 8+ years in Computer Science, Data Science, Applied Research or Applied Mathematics.
  • Technical Skills: Expertise in mathematical modeling, numerical methods, and programming (Python, MATLAB, or C++). Experience with high-performance computing (HPC) is a plus.
  • Research Excellence: Demonstrated ability to tackle complex problems or a track record of published research in mathematical or theoretical physics.
  • Domain Knowledge: Familiarity with quantum mechanics, general relativity, statistical mechanics, and related areas in a practical, hands-on way.
  • Soft Skills: Strong communication and teamwork abilities, with an aptitude for explaining technical concepts to diverse audiences.