Wolfram Institute

• Produce articles, essays, and multimedia content on topics related to our research output and writings from https://writings.stephenwolfram.com/ • Collaborate with researchers to distill technical ideas for broad audiences. • Contribute to blogs, newsletters, and public outreach initiatives.

About the role Thanks to some new funding we are looking to hire several physics/math postdocs at the Wolfram Institute. The positions start this fall, 2025, and will initially be for 1 year. They can be virtual. What you'll do The focus will be topics related to the Wolfram Physics Project ( wolframphysics.org ). Current topics include: - Connections to other approaches (e.g. spin networks, string theory, etc.) - Infrageometry: Build a mathematical structure analogous to traditional geometry etc. but on top of limits of hypergraphs rather than Euclidean space. - General Relativistic Correspondence: Do explicit simulations of large-scale limits of hypergraph rewriting, understanding their correspondence and deviations from standard General Relativity. - Sub Quantum Field Theory: Explore the correspondence between multiway causal graphs and toy (and lower-level) versions of Feynman diagrams. - Experimental Implications: Search for situations (e.g. dimension fluctuations) where effects from our models are visible, and automatically mine existing literature for cases where such effects have been investigated. Qualifications We’re looking for outstanding people broadly knowledgeable about modern mathematical physics, with good fluency in Wolfram Language, who can thrive in intense intellectually rigorous projects, and who are able to deliver creative results within a defined overall framework. If you know people who might be interested, please email. People can also email me themselves or email opportunities@wolframinstitute.org (Send CV etc.) Feel free to share this post.

• Research theoretical foundations for biology from a computational perspective • Investigate why and how biological evolution works • Use discrete dynamical systems to understand biological organization • Develop own lines of inquiry within research directions such as minimal models of evolution and computational constraints on evolution

• Manage daily operations of research projects, balancing timelines, budgets, and resource allocation. • Facilitate communication and collaboration among interdisciplinary team members, researchers, and external partners. • Track project progress, compile reports, and present updates to stakeholders. • Identify and mitigate risks impacting project scope, schedule, or quality. • Support grant application processes and contribute to research dissemination strategies. • Promote a culture of continuous improvement, ensuring best practices in project management are applied.

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description The Wolfram Institute invites applications for a Research Fellow in Computational and Theoretical Biology. We seek a highly skilled researcher with a deep background in biology to explore cutting-edge topics at the intersection of biology, chemistry, and computational sciences. - The ideal candidate will have experience with biological evolution - Molecular interactions - Chemical reactions - Self-replicating mechanisms Qualifications - Ph.D. in biology, computational biology, biophysics, bioinformatics, or a related field - Strong background in both biological sciences and computational methods - Demonstrated experience in the use of Wolfram Language and Wolfram Notebooks - Opportunity to contribute to innovative, interdisciplinary work in a collaborative environment

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description The Wolfram Institute seeks a General Project Manager to lead and coordinate a small, focused team within our research environment. The successful candidate will oversee project planning, execution, and delivery, ensuring alignment with the institute’s strategic goals and research objectives. Can be remote. - Manage daily operations of research projects, balancing timelines, budgets, and resource allocation. - Facilitate communication and collaboration among interdisciplinary team members, researchers, and external partners. - Track project progress, compile reports, and present updates to stakeholders. - Identify and mitigate risks impacting project scope, schedule, or quality. - Support grant application processes and contribute to research dissemination strategies. - Promote a culture of continuous improvement, ensuring best practices in project management are applied. Qualifications - Proven experience managing projects in a research or academic setting. - Strong organisational skills and attention to detail. - Excellent interpersonal and communication abilities to engage with diverse teams. - Familiarity with project management tools and methodologies. - Ability to adapt to evolving research priorities and dynamic team needs. - A relevant degree or equivalent professional experience. - Need to be willing to work at odd hours and be available on weekends. Requirements This role demands a balance of strategic oversight and hands-on management to advance the institute’s mission of exploring computational sciences. Candidates should be comfortable operating within the complexities of a research-driven environment and committed to fostering innovative scientific inquiry.

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description Thanks to some new funding we are looking to hire several physics/math postdocs at the Wolfram Institute. The positions start this fall, 2025, and will initially be for 1 year. They can be virtual. The focus will be topics related to the Wolfram Physics Project (wolframphysics.org). Current topics include: - Connections to other approaches (e.g. spin networks, string theory, etc.) - Infrageometry: Build a mathematical structure analogous to traditional geometry etc. but on top of limits of hypergraphs rather than Euclidean space. - General Relativistic Correspondence: Do explicit simulations of large-scale limits of hypergraph rewriting, understanding their correspondence and deviations from standard General Relativity. - Sub Quantum Field Theory: Explore the correspondence between multiway causal graphs and toy (and lower-level) versions of Feynman diagrams. - Experimental Implications: Search for situations (e.g. dimension fluctuations) where effects from our models are visible, and automatically mine existing literature for cases where such effects have been investigated. Qualifications - Outstanding people broadly knowledgeable about modern mathematical physics - Good fluency in Wolfram Language - Able to thrive in intense intellectually rigorous projects - Able to deliver creative results within a defined overall framework Company Description