
Explore the value of simplicity in software development and learn practical tools for simplification, from embracing Unix philosophy to thinking like a writer and respecting time.

Learn environmental design strategies to deter crime, including property protection, lighting, sightlines, and community engagement. Explore practical examples and case studies for effective crime prevention.

Explore generative art techniques, from algorithms and color theory to creating natural-looking code-generated artwork. Learn practical tools for producing unique digital art pieces.

Explore generative music using Erik Satie's minimalist piano works. Learn about Markov chains, MIDI, and browser-based audio to create endless, evolving compositions and dynamic sheet music.

Explore the journey of creating an android artist, delving into biomechanics, cognition, creativity, and insight simulation. Discover novel applications and thought-provoking questions about artificial artistic expression.

Explore color's impact on computing, from ADA compliance to AI challenges. Uncover hidden complexities in color perception, implementation, and its historical significance in technology.

Explore how compiling code parallels language learning and creative practices, revealing insights into software engineering and fostering an inclusive tech environment.

Explore customizing Qt for high-performance graphics on specialized hardware, including modifications for devices without GPUs and extending QML across multiple displays.

Explore alternatives to HTTP for microservices communication, including messaging and RPC. Learn benefits and challenges of different approaches for efficient, scalable, and resilient architectures.

Explore the intersection of coding and creativity, from esoteric languages to live performances, in this entertaining journey through programming as an art form.

Explore minimalism in software development, focusing on Unix philosophy, constraint-driven design, and clean code practices to achieve simplicity and efficiency in product creation.

Innovative buffer cache architecture using non-volatile memory to improve file system performance by unifying caching and journaling, resulting in significant I/O performance gains without compromising reliability.

Explore GPU virtualization with gVirt, achieving 95% native performance and scalability up to 7 VMs through mediated pass-through technology for secure isolation and full feature support.

Explore the future of creativity as artists, scientists, and experts discuss AI's role in art, music, and innovation, examining the potential and limitations of computational creativity.

Explore NVIDIA's Project MagLev, an AI platform for self-driving car development, covering data management, neural network training, and large-scale validation across petabytes of data.

Explore a new method to hide C2 traffic using CDN, circumventing censorship and detection. Learn about domain borrowing, HTTPS certificate abuse, and CDN vulnerabilities for red team operations.

Explore the pervasiveness of symmetry in nature, art, and science with experts discussing its role in design, mathematics, and future implications for our understanding of the world.

A multimedia tribute celebrating the life and work of Dr. Oliver Sacks, featuring stories, reflections, and performances from friends, colleagues, and patients, highlighting his impact on medicine and storytelling.

Arthur Benjamin demonstrates incredible feats of mental math, from squaring large numbers to determining dates, while sharing the secrets behind his skills in this captivating blend of mathematics and magic.

Explore Einstein's scientific breakthroughs, personal life, and unique brain structure in this engaging panel discussion featuring experts in physics, neurology, and scientific history.

Entertaining performance combining math and magic, showcasing mental mathematical feats and explaining the secrets behind lightning-fast calculations. Discover how the Mathemagician outperforms electronic calculators.