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Conferences / JuliaCon

JuliaCon 2025

Jul 22–26, 2025 · David Lawrence Hall, University of Pittsburgh (hackathon at Cohon University Center, Carnegie Mellon University), Pittsburgh, PA, United States

Conference
JuliaCon Data science & ML
Dates
Jul 22, 2025 – Jul 26, 2025
Venue
David Lawrence Hall, University of Pittsburgh (hackathon at Cohon University Center, Carnegie Mellon University)
Place
Pittsburgh, PA, United States
Format
In person
Status
Past
Attendance
—
Website
juliacon.org
Recorded
16 sponsors · 268 speaker appearances
Notes
Speakers: full program from the pretalx schedule export (talks, lightning talks, workshops, posters, BoFs, minisymposia, sponsor talks; breaks and ceremonies omitted). pretalx has no affiliation field: affiliations were taken from each speaker's pretalx bio only where it names a current employer or institution, otherwise left null; keynote affiliations are as printed on juliacon.org. Hosted by Pitt and CMU: workshops and talks 22-25 July at David Lawrence Hall, hackathon 26 July at CMU. The call for proposals said presentations were in person only. Ticket prices are regular prices (speakers received a 20% early-bird-equivalent discount).

Ticket prices

TicketPriceValid untilNotesSource
Student: Tuesday Workshop Only$100—Student ratejuliacon.org
Student: 1 Day Ticket (Talks Only)$100—Student ratejuliacon.org
Individual: Tuesday Workshop Only$200—Individual rate (own funds, grants, businesses under 200 employees)juliacon.org
Individual: 1 Day Ticket (Talks Only)$200—Individual rate (own funds, grants, businesses under 200 employees)juliacon.org
Student: 3 Day Ticket (Wed - Fri)$300—Student ratejuliacon.org
Standard: 1 Day Ticket (Talks Only)$300—Standard rate (organizations with more than 200 employees)juliacon.org
Standard: Tuesday Workshop Only$300—Standard rate (organizations with more than 200 employees)juliacon.org
Student: 4 Day Ticket (with Workshops)$350—Student ratejuliacon.org
Individual: 3 Day Ticket (Wed - Fri)$600—Individual rate (own funds, grants, businesses under 200 employees)juliacon.org
Individual: 4 Day Ticket (with Workshops)$700—Individual rate (own funds, grants, businesses under 200 employees)juliacon.org
Standard: 3 Day Ticket (Wed - Fri)$900—Standard rate (organizations with more than 200 employees)juliacon.org
Standard: 4 Day Ticket (with Workshops)$1,050—Standard rate (organizations with more than 200 employees)juliacon.org
Startup$1,500—juliacon.org
Bronze$5,000—juliacon.org
Silver$10,000—juliacon.org
Gold$15,000—juliacon.org
Platinum$20,000—juliacon.org

Sponsors 16

Title / headline 2

Startup 1

Community 3

Other 2

Speakers and talks 268

SpeakerCompanyRoleTalkLinks
Bob MetcalfeJulia Lab, MITKeynoteFireside Chat with Dr. Bob Metcalfe—
John UrschelMITKeynote80 Years of Computing with the Elimination Algorithm—
Karandeep SinghUC San DiegoKeynoteAn AI Agenda to Modernize Healthcare Operations—
Keno FischerJuliaHubKeynoteState of Julia—
Lilith Hafner—KeynoteState of Julia—
Prith BanerjeeAnsysKeynoteChallenges and Opportunities of Digital TwinsVideo
Aaron TrowbridgeCarnegie Mellon UniversitySpeakerPiccolo.jl: toward version 1.0—
Aaron TrowbridgeCarnegie Mellon UniversitySpeakerTrajectoryBundles.jl: parallelizable, derivative-free traj. opt.—
Aayush Sabharwal—SpeakerWhat's new with ModelingToolkit.jl—
Abdelazim Hussien—SpeakerMetaheuristicsAlgorithms.jl—
Adam R. GerlachMeasured Engineering LLCLightningOptimal Uncertainty Quantification of SciML Models—
Ahmad Jafar Arifi—SpeakerQuantum Mechanical Two-Body Problems in Julia—
Akio TomiyaTokyo Woman’s Christian UniversitySpeakerJuliaQCD: Portable lattice QCD package in Julia language—
Akio TomiyaTokyo Woman’s Christian UniversitySpeakerQuantum Mechanical Two-Body Problems in Julia—
Alberto Mercurio—SpeakerQuantumToolbox.jl: Efficient simulation of open quantum systems—
Alessandro Fascetti—LightningJuLDPM: Lattice Discrete Particle Model for Fracture Simulations—
Alexander (Sasha) PlavinHarvard UniversitySpeakerFlexiJoins.jl: the ultimate package for dataset joining—
Alexander (Sasha) PlavinHarvard UniversitySpeakerAccessors.jl beyond @set, or a tour of the opticland—
Alexander (Sasha) PlavinHarvard UniversityLightningDictArrays.jl: performant type-unstable collections—
Alexander (Sasha) PlavinHarvard UniversityLightningUsing arrays as lightweight tables: Base and DataManipulation.jl—
Alexander (Sasha) PlavinHarvard UniversityLightningLightweight composable plotting: MakieExtra's FPlot—
Alexander (Sasha) PlavinHarvard UniversityLightningJuggling astro catalogs in Julia: convenience meets performance—
Alexander Leong—SpeakerEfficient Constrained Optimization using ConicSolve.jl—
Alexander Spears—SpeakerNQCDynamics.jl: Nonadiabatic Quantum Classical Dynamics in Julia—
Alexander Von Moll—LightningOptimal Uncertainty Quantification of SciML Models—
Alexandre BergelRelationalAISpeakerReLint: an extensible Lint checker—
Anant ThazhemadamJuliaHubLightningState of Continuous Integration in the SciML Ecosystem—
Anas Abdelrehim—WorkshopSciML in Fluid Dynamics (CFD): Surrogates of Weather ModelsVideo
Andrei-Leonard Nicusan—SpeakerAcceleratedKernels.jl: Cross-Architecture Parallel Algorithms—
Andrew ClasterJuliaHubLightning2025 Julia User & Developer Survey—
Andrew Dolgert—SpeakerSurvey of Unit Testing Packages—
Andrew Kille—SpeakerGabs: a Gaussian quantum information simulator—
Andrew Kille—SpeakerQuantumSymbolics: a quantum-focused symbolic interface—
Andrew Saydjari—LightningBuilding an End-to-End Spectral Reduction Pipeline for APOGEE—
Andy NilipourYale UniversityLightningRegularized Maximum Likelihood Methods for Black Hole Imaging—
Anindya Sarkar—LightningPhysics-Informed Neural ODEs for Tumor-Immune Dynamics ModelingSlides
Anish SarkarNetaji Subhash Engineering CollegeLightningPhysics-Informed Neural ODEs for Tumor-Immune Dynamics ModelingSlides
Anshul Singhvi—BofMakie.jl BoF—
Anshul Singhvi—LightningAnswering local questions on big datasets with RangeExtractor.jl—
Anshul Singhvi—LightningGeometry on the sphere with GeometryOps.jl—
Anshul Singhvi—SpeakerHow to hack into Documenter.jl—
Anshul Singhvi—LightningTyler.jl: map tiles in Julia—
Antoine Buttier—LightningGraphBLAS and Sparse Computation on GPUs: Limits and Progress—
Arno StrouwenJuliaHubLightningMixedModelsSmallSample.jl inference adjustments—
Arno StrouwenJuliaHubSpeakerExperimental Design for Missing Physics—
Ashutosh Bharambe—SpeakerDesigning SciML components in ModelingToolkit.jl—
Aurora Rossi—SpeakerGraphNeuralNetworks.jl: Deep Learning on Graphs with Julia—
Austin Hansen—Sponsor talkAcademia to Finance: How Julia Makes Efficient Research Possible—
Avik Pal—SpeakerAccelerating Machine Learning in Julia using Lux & Reactant—
Avinash Subramanian—SpeakerModeling of Fluid Systems in Dyad—
Avinash Subramanian—LightningOptimal Uncertainty Quantification of SciML Models—
Aydın Buluç—SpeakerThe past, present, and future of sparse computations—
Ben Brock—SpeakerSparse BLAS: Developing a C++ Interface—
Benjamin ChungJuliaHubSpeakerJulia in Flight: Real-Time Control of a Quadcopter with Julia—
Benjamin ChungJuliaHubLightningInterfacing Julia with Kerbal Space Program using KRPC.jl—
Benjamin ChungJuliaHubLightningNonlinear Control and Reachability for Reusable Launch Vehicles—
Benjamin ChungJuliaHubLightningOptimal Uncertainty Quantification of SciML Models—
Benjamin ChungJuliaHubSpeakerSynchronous Systems in ModelingToolkit—
Benjamin Cohen-SteadUniversity of TennesseeSpeakerSimulating Strongly-Correlated Material Models—
Bowen Zhu—SpeakerEfficient Symbolic Computation via Hash Consing—
Brandon Flores—SpeakerCliffordNumbers.jl: implementing numeric primitives for geometry—
Cameron Bieganek—SpeakerMultipleInterfaces.jl: Multiple Inheritance & Multiple Dispatch—
Carlos Castillo Passi—SpeakerWhat's new with KomaMRI.jl—
Casey Dowdle—LightningGausslets, Molecular Hamiltonians, and Tensor Network Methods—
Cédric BelmantJuliaHubSpeakerVulkan.jl: cross-platform graphics on the GPU—
Chris RackauckasJuliaHubWorkshopA Deep Dive Into DifferentialEquations.jlVideo
Chris RackauckasJuliaHubWorkshopSciML in Fluid Dynamics (CFD): Surrogates of Weather ModelsVideo
Chris RackauckasJuliaHubSpeakerFast Stiff ODE/DAE Solvers via Symbolic-Numeric Compiler Tricks—
Chris RackauckasJuliaHubLightningOptimal Uncertainty Quantification of SciML Models—
Chris RackauckasJuliaHubSpeakerEfficient boundary value problems solving in SciML—
Chris RackauckasJuliaHubSpeakerFast and Robust Least Squares / Curve Fitting in Julia—
Chris RackauckasJuliaHubBofSciML Roadmapping—
Clément CoïcSiemensLightningLeveraging Julia ecosystem to solve a path planning problem—
Cody TapscottJuliaHubLightningCan we achieve "invalidation freedom" for Julia?Slides
Cody TapscottJuliaHubSpeakerAn Intersection of Concerns: Extended Types for Julia—
Cody TapscottJuliaHubSpeakerState of --trim—
Cole Miller—SpeakerHandcalcs.jl - Calculations You Can Read and Reuse—
Daniel Rizk—SpeakerState of Tidier.jl—
Daniel Rizk—LightningIntro to TidierDB.jl: 1 Syntax for 12 Database Backends—
Daniel Sergio Vega Rodriguez—SpeakerArchitecture-Agnostic Performance Regression Unit Tests—
David Krasowska—SpeakercuNumeric.jl : Automating Distributed Numerical Computing—
David LittleBeacon BiosignalsSpeakerA large-scale, quantitative EEG analysis of chronic insomnia—
Dhairya GandhiJuliaHubSpeakerDesigning SciML components in ModelingToolkit.jl—
Diogo Netto—SpeakerJulia’s GC Reimagined: Flexibility and MMTk Integration—
Dominic ChangHarvard UniversitySpeakerKrang.jl: Physics inference from images of black holes—
Eduardo Franco Ortega—LightningGPU-Accelerated Simulations on Manifolds for Physics—
Em ChuJuliaHubLightningA new language server for Julia—
Emmanuel Lujan—LightningAutomated algorithm selection discovery via LLMs—
Erandi ChavezHarvard UniversityLightningBayesian Multifrequency Imaging for Radio Astronomy—
Eric B. FordPennsylvania State UniversitySpeakerPanel Discussion on Julia in Astronomy & Astrophysics Research—
Ethan Meitz—WorkshopIntroduction to JuliaVideo
Ethan Meitz—SpeakercuNumeric.jl : Automating Distributed Numerical Computing—
Felipe ToméMITBofDagger.jl Birds of a Feather—
Felipe ToméMITSpeakerDagger 2025: Cool New Things—
Fredrik Bagge CarlsonLund UniversitySpeakerJuliaC for Model-Based Engineering—
Fredrik Bagge CarlsonLund UniversitySpeakerExploring acasual model augmentation with neural networks—
Fredrik Ekre—LightningCode formatting with Runic.jl—
Gabriel Baraldi—SpeakerState of --trim—
Gabriel Baraldi—LightningStatic Compilation and I/O Vignettes: Using --trim with HDF5—
Gabriel Baraldi—SpeakerImproving Julia's scheduler, one Task at a time—
Gabriel Konar-SteenbergNational Renewable Energy LaboratorySpeakerExplainable, teachable, ‘code golfed’ pi programs in Julia—
Gabriel Konar-SteenbergNational Renewable Energy LaboratorySpeakerPowerAnalytics.jl: User-Centric Power Systems Analysis in Julia—
Germán Abrevaya—LightningDBS Modeling with Neuroblox.jl—
Graeme A StewartCERNLightningWhat's new with JetReconstruction.jl?Slides
Greg Peairs—SpeakerSchematic-Driven Design of a Quantum Processor w/DeviceLayout.jl—
Greg PeairsAmazon Web ServicesSponsor talkDeveloping Quantum Hardware at AWS (Sponsor Talk)—
Guus Avis—SpeakerOptimization of Quantum-Repeater Networks using Stochastic AD—
Haina Wang—SpeakerElasticNetworks.jl: Package for metamaterial research & design—
Hana KimleeNSF CQNSpeakerTagging, Querying, and Synchronization in QuantumSavory.jl—
Harsha Byadarahalli Mahesh—LightningShipping your Julia app in an air-gapped environmentSlides
Helmut StreyStony Brook UniversitySpeakerPEM-UDE for Neural Mass Models—
Helmut StreyStony Brook UniversityLightningEnhancing Spectral Dynamic Causal Modeling with Julia—
Helmut StreyStony Brook UniversityWorkshopIntroduction to Computational Neuroscience with Neuroblox.jlVideo
Henry Snowden—SpeakerSimulation of light-driven hot carrier dynamics & transport—
Henry Snowden—SpeakerNQCDynamics.jl: Nonadiabatic Quantum Classical Dynamics in Julia—
Hetarth Shah—SpeakerYou don't need to know Julia to contribute!Slides
Huda—SpeakerThe graph of Julia—
Huiyu Xie—LightningTrixiCUDA.jl: CUDA Support for Solving Hyperbolic PDEs on GPU—
Jack H Buckner—SpeakerUniversalDiffEq.jl: applying SciML to ecology—
Jacob ZelkoNortheastern UniversitySpeakerState of JuliaHealth—
Jacob ZelkoNortheastern UniversityLightningMapping Patient Treatment Pathways in Population Health—
Jacob ZelkoNortheastern UniversityLightningHeart Attack Prediction in Cancer Patient Populations—
Jacob ZelkoNortheastern UniversityLightningA RAG-LLM Workflow for Observational Health Research—
Jakob Krell (they/them)—SpeakerTypstry.jl: The Julia to Typst Interface—
Jakob Krell (they/them)—LightningSpeculator.jl: Reduce latency in a single line of code—
James Fairbanks—SpeakerGoing beyond graphs: simplicial, hyper, and relational structure—
James Wrigley—LightningDistributedNext: such Distributed, much wow—
Jameson Nash—SpeakerJulia I/O Internals—
Jay Landge—LightningMapping Patient Treatment Pathways in Population Health—
Jeff BezansonJuliaHubSpeakerState of --trim—
Jeffrey Sarnoff—SpeakerRepresenting Small Floats for Machine Learning—
Jeremie Desgagne-BouchardEvovestSpeakerEvoTrees.jl: Efficient Boosted Trees on CPUs & GPUs in Julia—
Jeroen Sieburgh—Lightning#~ This is a metaline: How to get more out of comments.—
Jerry LingHarvard UniversityLightningMaking histograms on GPU how hard can that be?Slides
Jillian LehoskyPittsburgh Supercomputing CenterLightningGetting Started With Supercomputing—
Johannes Blaschke—WorkshopHands-on with Julia for HPC on GPUs and CPUsVideo
Johannes Blaschke—SpeakerJuliaHPC Panel Discussion—
Johannes Blaschke—BofJulia in HPC—
Jonathan Salmerón-Hernández—LightningLiquid Crystal Modeling: Thermodynamics & Numerical Methods—
Jonathan Starr—LightningMapping the Julia Subsystem in Open Science: Use, Impact, Growth—
Jonnie Diegelman—SpeakerParting ways with our Julia simulation after 100 million miles—
Jorge Alberto Vieyra Salas—SpeakerAdventures embedding Julia on a $$$ chip-making machine 🤑—
Joshua BallancoAppleSpeakerJulia's Secret Superpower—
Julia Gender Inclusive—BofSupporting (Gender) Diversity in the Julia Community—
Julian P SamarooMITSpeakerDagger 2025: Cool New Things—
Julian P SamarooMITBofDagger.jl Birds of a Feather—
Julian P SamarooMITSpeakerJuliaGPU panel discussion: where to go from here?—
Julian P SamarooMITSpeakerCancellation, AKA the Big Red Button—
Julian P SamarooMITLightningWhat's new in AMDGPU.jl—
Julius KrumbiegelPumas AILightningThe big refactor that made AlgebraOfGraphics "scale" better—
Julius KrumbiegelPumas AISpeakerIntroducing Quarto’s Native Julia Engine: Easier, Faster, Better—
Junchi ChenWashington UniversityLightningFreeBird.jl: an extensible toolbox for surface phase equilibria—
Karishma Battina—SpeakerPhysics Informed Neural Network for Ocean Pollutant Dispersal—
Katharine Hyatt—WorkshopQuantum Systems Modeling WorkshopVideo
Katharine Hyatt—SpeakerQuasar.jl: a pure Julia parser for OpenQASM 3Slides
Katharine Hyatt—SpeakerLead, follow, or get out of the way: Julia and threaded PythonSlides
Katharine Hyatt—LightningThings that annoyed me about multithreading in 2024Slides
Katharine Hyatt—LightningWhat's new and improved in CUDA.jl?Slides
Katharine Hyatt—SpeakerJuliaGPU panel discussion: where to go from here?—
Kavya SubramanainBoston UniversitySpeakerAdaptive Tumor Growth Forecasting via Neural & Universal ODEs—
Keno FischerJuliaHubSpeakerConstants are no longer constant - what's up with that?—
Kiran PamnanyRelationalAISpeakerTask scheduling and fairness—
Kiran PamnanyRelationalAILightningTaskGroups: reusable worker pools—
Kristoffer CarlssonJuliaHubSpeakerInterpreting Julia code—
Krystian GulińskiJuliaHubLightningDockerfiles for Julia: effective caching & depot management—
Letícia MadureiraCarnegie Mellon UniversityWorkshopIntroduction to JuliaVideo
Letícia MadureiraCarnegie Mellon UniversitySpeakerComputational Quantum Chemistry with Sparse Matrix Algorithms—
Letícia MadureiraCarnegie Mellon UniversitySpeakerOptimizing Gaussian Basis Sets with Automatic Differentiation—
Lilianne R. Mujica-Parodi—SpeakerNeuroblox.jl—
Lilith Hafner—SpeakerChairmarks.jl: A new high-efficiency benchmarking package—
Lilith Hafner—LightningBasicAutoloads.jl: When I type this in the REPL, run that for me—
Lilith Hafner—LightningSpace Invaders: a new REPL mode.—
Lilith Hafner—SpeakerAliasTables.jl: State of the art O(1) discrete random sampling—
Luca FerrantiAalto UniversityLightningJulia Chapel interoperability—
Luca FerrantiAalto UniversitySpeakerJuliaCon Proceedings: behind the scenes—
Luca FerrantiAalto UniversityBofChapel ❤️ Julia—
Lucas Happ—SpeakerQuantum Mechanical Two-Body Problems in Julia—
Ludovic Räss—SpeakerJuliaCon Proceedings: behind the scenes—
Luis Eduardo de Souza AmorimAustralian National UniversitySpeakerJulia’s GC Reimagined: Flexibility and MMTk Integration—
Lukas WeberFlatiron InstituteSpeakerCarlo.jl: high-performance Monte Carlo simulations in Julia—
Manuel F. SchmidEnvironmental Flow Physics LabLightningFast & flexible processing of lidar data with PointClouds.jl—
Marco GiomettoColumbia UniversityLightningFast & flexible processing of lidar data with PointClouds.jl—
Mark KittisopikulHoward Hughes Medical Institute Janelia Research CampusSpeakerUsing Julia for Advent of Code—
Mason Protter—SpeakerOhMyThreads.jl: User-friendly, flexible multithreading in Julia—
Mason Protter—SpeakerGraphDynamics.jl: Efficient, scalable neuronal dynamics—
Mateusz BaranAGH University of KrakowSpeakerManifolds in numerical computations with JuliaManifolds—
Matias Bundgaard-NielsenDTUSpeakerWaveguideQED.jl: Modeling Propagating Photons in Julia—
Matt Bauman—WorkshopIntroduction to JuliaVideo
Matthew Adams—SpeakerA Prototype to Production Pipeline with Julia—
Matthew Muyres / Chase Cowart—SpeakerJADE: A Julia-Powered BI Engine—
Michael Ferguson—BofChapel ❤️ Julia—
Michael Steven FarringtonHarvard UniversityLightningMaking histograms on GPU how hard can that be?Slides
Michael TillerJuliaHubSpeakerModeling of Fluid Systems in Dyad—
Michael TillerJuliaHubSpeakerAutomating Testing and Documentation Generation for Dyad—
Mosè Giordano—BofJulia in HPC—
Mosè Giordano—LightningFixedSizeArrays.jl: What Array probably should have been—
Mosè Giordano—SpeakerJuliaHPC Panel Discussion—
Nathan ZimmerbergMaryland College ParkSpeakerInterfaces for Streaming and Chunked Compression—
Neven Sajko—LightningFixedSizeArrays.jl: What Array probably should have been—
Nicolas LoizeauNiels Bohr InstituteSpeakerQuantum many-body simulations with PauliStrings.jl—
Nishanth H. KottaryJuliaHubSpeakerJulia in Nginx—
Ochibobo Warren—SpeakerORTools.jl: access Google's solvers through JuMP—
Olivier GauthéCenter for Computational Quantum Physics (CCQ) of the Flatiron InstituteSpeakerNon-abelian symmetries in the ITensor software library—
Oren Bassik—LightningParameterEstimation.jl: Algebraic Parameter Estimation in ODEs—
Oscar SmithJuliaHubWorkshopA Deep Dive Into DifferentialEquations.jlVideo
Oscar SmithJuliaHubLightningFixedSizeArrays.jl: What Array probably should have been—
Oskar Laverny—SpeakerCox model go brrr: a journey to performance.—
Pablo Zubieta—LightningLiquid Crystal Modeling: Thermodynamics & Numerical Methods—
Param Thakkar—LightningA RAG-LLM Workflow for Observational Health Research—
Paul Barrett—LightningAstrometry.jl: A Fundamental Julia Package for Astronomy—
Paul TiedeCenter for AstrophysicsSpeakerBuilding an Astronomy Code for VLBI in Julia—
Pedro Maciel Xavier—LightningQUBO.jl—
Philip Fackler—WorkshopHands-on with Julia for HPC on GPUs and CPUs—
Qi Zhang—LightningAccelerating Fermi Operator Expansion: ML-Inspired Methods—
Qingyu QuZhejiang UniversitySpeakerEfficient boundary value problems solving in SciML—
Rabab AlomairyMITLightningAutomated algorithm selection discovery via LLMs—
Rabab AlomairyMITBofDagger.jl Birds of a Feather—
Rachel C. KurchinCarnegie Mellon UniversityLightningNodariety: graphs, theories, and graph theory—
Rajeev Voleti—LightningCooperative Payload Manipulation using AerialVehicles.jl—
Rajeev Voleti—SpeakerJuliaC for Model-Based Engineering—
Randall BoyesPresage GroupLightningWhat's New in TidierPlots.jl—
Ray Yang—LightningFreeBird.jl: an extensible toolbox for surface phase equilibria—
Raye Kimmerer—WorkshopHands-on with Julia for HPC on GPUs and CPUsVideo
Raye Kimmerer—SpeakerJuliaHPC Panel Discussion—
Robert Moss—SpeakerJulia in Academia: Textbooks, Stanford Courses, and the Future—
Romeo ValentinStanford Intelligent Systems LabSpeakerAlgorithms for Validation of Dynamical Systems—
Ronan Arraes Jardim Chagas—SpeakerTuning attitude control gains of a satellite using Julia—
Ronny Bergmann—SpeakerGroups and smooth geometry using LieGroups.jl—
Rushil ShahMITLightningAutomated algorithm selection discovery via LLMs—
Ryan SenneBoston UniversityLightningStateSpaceDynamics.jl: Probabilistic State-Space Modeling—
Sam Buercklin—LightningUnderstanding Your Struct Toolbox—
Samuel Omlin—SpeakerArchitecture-Agnostic Performance Regression Unit Tests—
Samuel Omlin—SpeakerEnhancing Deterministic Voice Control with LLM Interaction—
Samuel Omlin—WorkshopHands-on with Julia for HPC on GPUs and CPUsVideo
Sebastian Micluța-CâmpeanuJuliaHubSpeakerExperimental Design for Missing Physics—
Sebastian Micluța-CâmpeanuJuliaHubSpeakerExploring acasual model augmentation with neural networks—
Sebastian PfitznerJuliaHubSpeakerPast, present and future of the Julia Language Server—
Shaurya Bisht—PosterSleep Stage Classification in Julia—
Shiv Davay—LightningNeuralODEs: Modeling Synaptic Tagging & Capture Dynamics—
Shivay Lamba—SpeakerSecure And Local Copilots powered by Open Source LLMs and Julia—
Shreyas EkanathanLexington High SchoolLightningAdaptive Radau Methods to solve Ordinary Differential Equations—
Shuhei KadowakiJuliaHubLightningA new language server for Julia—
Shuhei OhnoYokohama City UniversitySpeakerQuantum Mechanical Two-Body Problems in Julia—
Songchen Tan—SpeakerApplying Taylor mode AD in nonlinear equations, ODEs and more—
Stefan Karpinski—SpeakerWhy are float ranges so hard, and can we do better?—
Stefan Karpinski—SpeakerFixing Julia's task-local RNG: a bother, a bug, a breakthrough—
Stefan Karpinski—SpeakerPkg's new SAT-based version resolver—
Stefan Krastanov—WorkshopQuantum Systems Modeling WorkshopVideo
Steven Whitaker—SpeakerJulia and MATLAB can coexist. Let us show you how.—
Suraj Sudhakar—LightningLiquid Crystal Modeling: Thermodynamics & Numerical Methods—
T.J. OleskyPittsburgh Supercomputing CenterLightningGetting Started With Supercomputing—
T.J. OleskyPittsburgh Supercomputing CenterWorkshopHands-on with Julia for HPC on GPUs and CPUs—
terasakisatoshi—LightningLet's read the Julia documentation in your preferred language—
Tim BesardJuliaHubSpeakerReviving OpenCL.jl for CPU glory—
Tim BesardJuliaHubSpeakerJuliaGPU panel discussion: where to go from here?—
Toby DriscollUniversity of DelawareSpeakerRational function approximation in Julia—
Venkatesh PrasadJuliaHubSpeakerModeling of Fluid Systems in Dyad—
Venkatesh PrasadJuliaHubLightningBuilding Modeling Libraries with Dyad—
Viral B. ShahJuliaHubSponsor talkJuliaHub sponsor talk—
Weishi Wang—SpeakerQuiqbox.jl 0.6: Basis design for electronic structure and beyond—
William Moses—SpeakerReactant: Optimize Julia functions with MLIR & XLA—
William R Burdick—SpeakerMonitor & Modify Values in realtime, Debug 1000 Programs At Once—
Willow Marie AhrensMITSpeakerFinch.jl: Flexible and Efficient Sparse Tensor Programming!—
Willow Marie AhrensMITLightningBinsparse: A Specification for Cross-Platform Storage of Sparse—
Yury Nuzhdin—SpeakerJulia in C World: Fast, Safe and Seamless—
Yury Nuzhdin—SpeakerFunctionFusion.jl - the algorithm composition framework—
Yury Nuzhdin—SpeakerAdventures embedding Julia on a $$$ chip-making machine 🤑—
Zachary LoschinskeyBoston UniversityLightningStateSpaceDynamics.jl: Probabilistic State-Space Modeling—

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