
Explore Lippmann photography's multispectral imaging principles, analyzing its spectrum reflection, algorithmic recovery, and modern applications in data storage and science communication.

Explore the cyclical nature of scientific progress with Stéphane Mallat's insightful analysis of past discoveries and future directions in mathematics and physics.

Explore biomedical engineering insights with Ronke Olabisi, Associate Professor at UCI, in this engaging GCI Speaker Series presentation.

Explore the future of sustainable construction with insights into low-carbon concrete, its environmental impact, and innovative developments in the field.

Explore cutting-edge AI research and applications with Anca Dragan's keynote address at Ray Summit 2022, focusing on advancements in machine learning and distributed computing.

Explore AI applications in wastewater treatment plants to enhance operational efficiency, yield, and quality in the process industry.

Explore nano-characterization and nano-fabrication techniques using electron and ion beam tools. Learn about lithography, EBL, FIB, and their applications in research and semiconductor industry.

Explore thermal evaporation in nanotechnology, from fundamental concepts to practical applications. Learn about vacuum science, PVD techniques, and equipment, with a live demonstration and cost-effective setup options.

Explore ion implantation, thermal oxidation, and atomic layer deposition techniques in semiconductor manufacturing. Learn about energy loss mechanisms, oxide growth, and ALD processes through demonstrations and simulations.

Explore AI's role in enhancing sustainability, efficiency, and resilience in smart ports and logistics. Learn about reducing CO2 emissions and optimizing supply chain management.

Explore finite element analysis for material microstructures using OOF2. Learn FEA fundamentals, simulate stress distributions, and discover its applications in materials engineering and education.

Explore MOSFET scaling, performance, and design using ABACUS tool suite. Experiment with gate length, double gate structures, and material properties to understand transistor behavior.

Explore ABACUS tool and Bipolar-Junction-Transistor-Lab. Experiment with BJTs, analyze device characteristics, and understand transistor behavior through hands-on simulations using industrial-grade software.

Explore P-N junction device modeling for photovoltaics using ADEPT, Quantum ESPRESSO, and S4. Learn to simulate various materials and structures, calculate properties, and optimize solar cell designs.

Explore semiconductor behavior using ABACUS and Drift-Diffusion-Lab. Experiment with illumination, materials, and parameters to understand device physics and carrier distribution in bulk semiconductors.

Explore DNA automation using nano-structured ceramics for rapid, large-scale oligonucleotide synthesis, revolutionizing biological research and personalized medicine through innovative technology.

Explore stretchable electronics for continuous health monitoring, including sensors, antennas, and energy harvesting. Learn about design strategies, fabrication processes, and applications in biomedical research and IoT.

Explore probabilistic and machine learning approaches for autonomous robots and automated driving, focusing on robust perception and action execution in uncertain environments.

Explore compositional learning for robot autonomy through modularity and abstraction. Discover neuro-symbolic planners for long-horizon manipulation tasks and state-action abstractions from raw signals.

Explore key aspects of generalizable autonomy in robotics, including representational biases, causal inference, and interactive policy learning under uncertainty for efficient and adaptable AI systems.

Explore multi-robot task allocation and path planning with probabilistic performance guarantees. Learn algorithmic approaches for optimizing team performance in open environments.