
Explore multi-scale modeling techniques for predicting material performance in nuclear energy applications, focusing on INL's approach using the MOOSE framework.

Explore integrated simulation of fusion plasma using Whole Device Modeling. Learn about multi-physics models, code coupling, and exascale computing for advancing fusion research.

Explore the ARPA-E Grid Optimization Competition and its impact on solving large-scale Security-Constrained Optimal Power Flow problems in the energy sector.

Explore the 15-minute neighborhood concept as a pathway to healthier, more just, resilient, and sustainable communities in New Jersey. Learn about carbon-neutral transportation choices and community design strategies.

Explore the impact of the Inflation Reduction Act on PJM region's electricity costs, emissions, and investments. Analyze strategies for deep decarbonization while maintaining affordable and reliable power.

Explore the practicalities of orbital space travel with Dr. Charles Simonyi, a high-tech pioneer and space traveler. Gain insights into the realities of space exploration from his firsthand experience.

Explore IMSI catchers, their use by law enforcement and criminals, and learn detection and defense strategies for mobile technology users.

Explore the impact of advanced data collection on insurance rates and privacy, discussing ethical implications and public interest concerns.

Explore high-temperature geothermal systems, their conceptual models, and applications in electricity generation and direct heat use, with a focus on Icelandic examples.

Explore earth observation techniques for monitoring carbon dynamics in agricultural landscapes, focusing on climate mitigation through soil management.

Explore NISAR satellite mission's advanced Earth remote sensing capabilities, focusing on solid Earth science, hydrology, and disaster assessment with Prof. Mark Simons.

Explore NASA engineer Elaine Stewart's work on the James Webb Space Telescope and learn about the upcoming Roman Space Telescope launch in 2027.

Explore Karplus Strong Synthesis for physical modeling of plucked instruments. Learn noise generation, delay lines, filters, MIDI messaging, and polyphony using Cmajor platform.

Explore audio-to-MIDI plugin development, transforming audio input into MIDI events for creative music production workflows. Learn techniques for real-time content analysis and feature extraction.

Explore high-level FPGA programming for audio processing using SyFaLa toolchain and Faust language. Learn advantages, applications, and potential in spatial audio and room acoustics control.

Explore modular approaches to audio DSP development, focusing on code reuse and efficient resource allocation for startups and established companies in the music software industry.

Explore approaches to pitch-shifting music and time-stretching, from simple overlap-add to FFT-based effects and frequency-domain techniques. Gain insights into designing a polyphonic pitch/time C++ library.

Explore an automatic circuit solving library for simulating analog audio circuits. Learn to implement and analyze component-level circuits for real-time plugins and mobile apps.

Explore a VA modelling pipeline using Differentiable Wave Digital Filters and neural networks for accurate, real-time circuit modelling, demonstrated with a diode clipper circuit.

Optimize real-time audio processing libraries with practical strategies, measurement techniques, and performance-enhancing tricks. Gain tools for confident code optimization across platforms.

Explore Rudolph Kalman's groundbreaking work on data-driven mathematical modeling and its impact on fields like space control, weather prediction, and AI. Gain insights into optimization and iteration concepts.