
Explore how robotics research can advance AI towards human-level intelligence by relaxing current assumptions and focusing on physical interaction and broader capabilities.

Madeleine Spencer demonstrates advanced ZBrush techniques for creating a COVID-inspired creature, including hand modeling, FiberMesh for virus creation, 3D text, and ZBrush to Keyshot workflow.

Learn to optimize Nanite assets in Unreal Engine 5, reducing file sizes while maintaining quality. Explore material layers, blends, and masking techniques to create efficient, high-quality 3D models for faster game development.

Explore GPT-3 integration with AI voices for creating realistic ad copy, conversations, and voiceovers. Learn best practices, use cases, and get answers to top questions about this innovative technology.

Discover voice cloning techniques and best practices using Resemble AI's platform. Learn audio recording tips, data uploading, and voice cloning processes from the co-founder.

Explore 7 strategies for leveraging data disruption in design, covering AI's impact, computational design, and the future of creative practices. Gain insights on adapting to technological changes in the design field.

Explore computational design's impact on creativity, aesthetics, and problem-solving in this critical investigation of digital tools for designers and architects.

Explore the Kudla-Rapoport conjecture, Hurwitz class numbers, and their connections to Eisenstein series and L-functions in this advanced number theory seminar by Chao Li.

Explore advanced concepts in complexity theory, including proofs, circuits, and communication, with a focus on lower bounds and their implications for computational limits.

Explore linear spaces of matrices with Avi Wigderson, covering motivations, structural results, algorithms, and open problems in mathematics and computer science.

Explore nonlinear independent component analysis, its applications in AI and unsupervised learning, and recent advancements in deep latent variable models with Aapo Hyvärinen.

Explore efficient robot skill learning through grounded simulation, imitation learning, and off-policy reinforcement learning. Discover innovative approaches for transferring skills from simulation to real-world robots.

Explore Floer cohomology, arc spaces, and symplectic geometry with Mark McLean. Delve into contact structures, jet spaces, and mapping moduli spaces in this advanced mathematical lecture.

Explore advanced control theory for linear dynamical systems, covering adversarial noise, general loss functions, unknown systems, and partial observation in robotics, finance, and engineering.

Explore dexterous manipulation, category-level manipulation, and robust control for open-world robotics. Learn policy representation, evaluation methods, and future directions in this field.

Explore the historical interplay between technology, society, and politics, from medieval Europe to the Industrial Revolution and beyond, with insights on engineering and civil service.

Learn to create an isometric building in Illustrator, from basic shapes to detailed windows and decorative elements. Master 3D tools, trigonometry, and efficient design techniques for impressive architectural illustrations.

Explore proof complexity, lower bounds, and open problems in computer science and discrete mathematics with insights on proof systems and their limitations.

Explore topological filters for dynamic signal processing, covering sheaf theory, consistency radius, and applications in noise reduction, flight tracking, and musical structure extraction.

Explore the impact of stress on carbonate rock acoustics, examining microstructural models and experimental methods to understand key observations and applications in geophysics.

Explore early Pleistocene mud tectonics and sedimentation in Suffolk, UK. Discover implications for civil engineering and offshore projects, challenging previous assumptions about mud deformation causes.