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AI/ML
Data/Analytics
Space/Defense

Physical Superintelligence

AI-driven physics research laboratory

CORE INFO

$58M
Total Funding
Seed
Round
2026
Founded
25+
Team Size
Cambridge, Massachusetts, USA
Headquarters

Physical Superintelligence (PSI) is an AI-native physics research laboratory that develops autonomous AI systems to advance physics research and optimize data center operations. Their technology is utilized by organizations seeking to enhance efficiency and explore new frontiers in space.

  • PSI secured $58 million in seed funding, led by Breakthrough Energy Ventures, with participation from notable investors such as Dragon Global and Robot Ventures.unite.ai
  • The Emmy platform, PSI's flagship product, autonomously discovered a novel trajectory for the Fermi Explorer Mission, significantly reducing the mission's duration to Alpha Centauri.racetoagi.org
  • Semafor reported on PSI's innovative use of AI physicists to enhance data center efficiency and plan interstellar missions.semafor.com

WHY WE WOULD WORK AT PHYSICAL SUPERINTELLIGENCE

Pioneering Interstellar Missions

Join the team behind the Fermi Explorer Mission, the first AI-planned interstellar mission to Alpha Centauri, where you'll contribute to groundbreaking advancements in space exploration.

Innovative AI Research

Work with the Emmy platform, a cutting-edge system of AI-based 'virtual physicists' that autonomously conducts comprehensive physics research, pushing the boundaries of human knowledge.

Public Benefit Focus

As a public benefit corporation, PSI emphasizes responsible development and safety, ensuring that your work contributes positively to society and the broader public.

Collaborative Team Culture

Be part of a dynamic team of over 25 researchers and engineers in Cambridge, fostering a collaborative environment that encourages creativity and innovation.

Competitive Compensation

Benefit from a competitive salary and funding support, with $58 million raised to fuel your projects and initiatives in the rapidly evolving field of AI-driven physics.

Transformative Impact

Contribute to optimizing data centers with Emmy, enhancing efficiency in cooling and power flows, and making a significant impact on energy consumption in both terrestrial and orbital environments.

MARKET AND TRACTION

TOTAL ADDRESSABLE MARKET

  • The market for AI-driven physics research is expanding rapidly, with increasing demand for innovative solutions in data center optimization and aerospace exploration.

  • PSI's Emmy platform targets both terrestrial and orbital data centers, which are critical for modern computing and space missions, indicating a significant market opportunity.
  • NOTABLE CUSTOMERS

  • The Fermi Explorer Mission is a key customer utilizing PSI's Emmy platform for planning the first AI-planned interstellar mission to Alpha Centauri.

  • PSI's technology is aimed at optimizing data centers, which may attract various tech companies and organizations in need of enhanced efficiency.
  • KEY METRICS

    ✦ KEY METRIC
  • Total funding raised by PSI amounts to $58 million in a seed round, indicating strong investor confidence in its innovative approach.

  • The company has a team size of over 25 researchers and engineers, showcasing its commitment to building a robust workforce for advanced physics research.
  • GROWTH TACTICS

  • PSI is leveraging its AI-driven Emmy platform to address unsolved challenges in physics, which is expected to drive growth through innovative research outcomes.

  • The company is also focusing on commercializing its technology for data center optimization, targeting efficiency improvements in cooling, power, and electrical flows.
  • COMPETITIVE ADVANTAGE

  • PSI's unique approach of employing AI-based 'virtual physicists' allows for autonomous research campaigns, setting it apart from traditional physics research methods.

  • The partnership with the Fermi Explorer Mission highlights PSI's capability to undertake groundbreaking projects in interstellar exploration, enhancing its market position.
  • PRODUCT AND TECH

    Emmy Platform

    The Emmy platform is PSI's flagship product, featuring AI-based 'virtual physicists' that autonomously conduct comprehensive research campaigns, including problem definition, hypothesis generation, and experimentation. This innovative technology aims to enhance the fidelity of world models and discover new physical laws, revolutionizing the field of physics.

    Data Center Optimization

    PSI is commercializing the Emmy platform for optimizing both terrestrial and orbital data centers, focusing on improving efficiency in cooling, power, and electrical flows. This service is crucial for enhancing operational performance and sustainability in data management.

    Fermi Explorer Mission

    As the founding technical partner of the Fermi Explorer Mission, PSI utilizes the Emmy platform to plan the first AI-driven interstellar mission to Alpha Centauri. Emmy's capability to autonomously discover novel trajectories significantly reduces mission duration, showcasing the potential of AI in space exploration.

    AI-Driven Research Methodology

    PSI employs a sovereign reasoning engine and a curated inventory of simulations within the Emmy platform to conduct physics research. This AI-driven methodology allows for innovative problem-solving and the engineering of physical systems beyond traditional human capabilities.

    Public Benefit Corporation Model

    Operating as a public benefit corporation, PSI emphasizes safety, verification, and responsible development in its mission. This model ensures that the advancements in physics research and technology are aligned with broader public interests and ethical standards.

    COMPANY CULTURE

    Values

  • Commitment to safety and verification

  • Responsible development of AI technologies

  • Focus on benefiting the broader public

  • Innovation in physics through AI-driven solutions

  • Collaboration and teamwork in research efforts
  • Operating Principles

  • Emphasis on autonomous research capabilities

  • Integration of AI in all aspects of physics research

  • Continuous improvement and optimization of processes

  • Data-driven decision making in project execution

  • Transparency in operations and outcomes
  • Benefits

  • Opportunity to work on groundbreaking AI and physics projects

  • Collaborative environment with a diverse team of experts

  • Access to cutting-edge technology and resources

  • Focus on personal and professional growth

  • Participation in high-impact missions like the Fermi Explorer Mission
  • Learning & Growth

  • Encouragement of continuous learning and skill development

  • Opportunities for mentorship and knowledge sharing

  • Support for attending conferences and workshops

  • Regular feedback and performance evaluations

  • Culture of experimentation and innovation
  • Team Cadence

  • Agile project management practices

  • Regular team meetings to discuss progress and challenges

  • Open communication channels for sharing ideas

  • Flexibility in work hours to foster creativity

  • Emphasis on collaborative problem-solving sessions