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about-ipam
About IPAM - IPAM
IPAM was founded in 2000 by Mark Green, Tony Chan, and Eitan Tadmor as an NSF Mathematical Sciences Institute with a grant from the NSF Division of Mathematical Sciences. Over 2,000 visitors per year attend its workshops, long programs, student research programs, summer schools, and […]
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Special Projects - IPAM
IPAM Special Projects are overseen by the Special Projects Director, Terence Tao. These projects aim to make advances in the following areas: Empowering Research with Usable AI Tools. Increasingly powerful and general purpose AI tools are now available for various research tasks, but many of […]
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news-research › special-projects › special-project-1
Suggested collaborator tool - IPAM
This project aims to use bibliographic data to suggest possible collaborations between participants at IPAM events. Watch the proof of concept demo here:
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news-research › special-projects › mathematics-of-dna-aptamer-design
Mathematics of DNA-aptamer design - IPAM
This project aims to use ML and scientific computation methods to attack key mathematicalchallenges in modeling and designing aptamers, which are single-stranded DNA or RNAmolecules that are particularly attractive for therapeutic or...
ipam.ucla.edu
news-research › special-projects › singularities-in-compressible-gas-dynamics
Singularities in compressible gas dynamics - IPAM
This project, in collaboration with Los Alamos National Laboratory, combines physicalexperiments, simulation, and theory to develop physically accurate models of implosion typesingularities or near-singularities in compressible gases,...
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news-research › special-projects › integrated-explicit-analytic-number-theory-network
Integrated Explicit Analytic Number Theory network - IPAM
Several areas of analysis, such as analytic number theory, are interested in effective inequalities with explicit constants, for instance explicit bounds on the error term in the prime number theorem. With unspecified constants, such bounds are well understood and can be found in many textbooks […]
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news-research › special-projects › alpha-accelerated-formal-proof-synthesis-with-neuro‐symbolicautomation
ALPHA: Accelerated formal proof synthesis with neuro‐symbolicAutomation - IPAM
We will integrate ALPHA with proof assistants such as Lean and Isabelle to ensure reliability of the proofs generated and to gain access to proof assistants’ extensive library and metaprogramming features whileleveraging connections with...
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