Founding Theoretical Physicist — Quantum Energy Storage

Praxis, Inc.; Torrance (CA); On-site; USD 150,000 - 210,000; Full time

Benefits offered by this job

Competitive salary

Equity

Relocation assistance

Unlimited PTO

Professional development

Relocation assistance if needed

Job summary

Pronoia Energy is seeking a Theoretical Physicist to provide the theoretical backbone for our quantum-energy-storage platform. You will work onsite in Torrance, CA, developing theory, predicting experimental outcomes, and guiding the team on promising directions with direct collaboration from the co-founders.

The role emphasizes deep theoretical work, rapid iteration, and translating theory into experimental programs that shape our fundamental research trajectory and product roadmap.

Qualifications

• PhD in physics with deep theoretical work in quantum thermodynamics, condensed‑matter theory, quantum optics or statistical mechanics.
• Published works and intellectual honesty.
• Self-starter who thrives amid ambiguity and can turn theory into actionable direction.

Responsibilities

• Develop and refine the theoretical foundations of our quantum-energy-storage approach.
• Derive testable predictions and translate deep theory into concrete experimental direction.
• Distinguish real effects from artifacts, keeping the science honest.
• Partner directly with the founders leading Research and Science.
• Help set the company's scientific roadmap and priorities.

Skills

Physics intuition

Theoretical thinking

Independent research

Scientific communication

Education

Physics PhD in quantum thermodynamics/condensed-matter/quantum optics/statistical mechanics

Job description

Pronoia Energy is seeking a Theoretical Physicist to provide the theoretical backbone for our quantum-energy-storage platform. You will work onsite in Torrance, CA, developing theory, predicting experimental outcomes, and guiding the team on promising directions with direct collaboration from the co-founders.

The role emphasizes deep theoretical work, rapid iteration, and translating theory into experimental programs that shape our fundamental research trajectory and product roadmap.