
Strategies to excel on the Physics GRE: derivation techniques, dimensional analysis, limiting cases, estimation skills, and problem-solving approaches for aspiring graduate students.

Explore the groundbreaking detection of gravitational waves from binary black hole merger, its implications for general relativity, and the future of gravitational-wave astronomy.

Explore quantum simulation using ultracold alkaline-earth atoms, uncovering complex many-body phenomena, magnetism, and novel forms of matter. Discover atomic clocks as unique quantum laboratories for cutting-edge research.

Explore the future of smart materials and colloidal machines, from digital matter to shape-shifting assemblies, and their potential applications in science, engineering, and medicine.

Comparative analysis of Apache Spark and Presto on Amazon EMR, focusing on SQL performance using TPC-DS benchmark. Explores execution times, costs, and optimization techniques to guide big data analytics platform selection.

Explore TensorFlow.js for ML in JavaScript: learn to integrate, retrain models, and leverage ML beyond browsers. Includes demos of virtual makeup try-on and radiology diagnostics.

Learn effective strategies for advocating basic science research to policymakers, emphasizing its long-term value and impact on medical breakthroughs despite the lag between discovery and application.

Explore the vital role of basic scientific research in biomedical advances and learn effective advocacy strategies to secure support from policymakers in this insightful panel discussion.

Explore fs-verity for file-based authenticity in Android, its integration with IMA, and applications in container image validation. Learn about performance impacts and security enhancements.

Explore TPM NVRAM's role in safeguarding secure boot keys for POWER9 OpenPOWER systems, covering design and implementation aspects in firmware and Linux kernel layers.

Explore STACKLEAK, a Linux kernel security feature mitigating stack leak bugs, uninitialized variable attacks, and stack depth overflow. Learn its history, implementation, and impact.

Explore Meltdown and Spectre security issues, their impact on Linux, and learn how the kernel community addressed these vulnerabilities to ensure system protection.

Explore 5G's role in innovation, its evolution through open source technologies, and its impact on various industries. Insights from Ericsson and Verizon on network development and future use cases.

Explore continuous integration for Yocto Project using Jenkins and LAVA, focusing on real-time Linux kernel testing and addressing challenges in maintaining up-to-date embedded systems.

Explore the unified API and bindings of Enlightenment Foundation Library 2.0, designed for efficient graphical user interfaces on embedded devices.

Explore Devicetree tooling updates, overlay progress, and future developments. Engage with a maintainer to address questions and issues in this interactive session on Linux kernel device management.

Introducing ACRN: an open-source hypervisor for IoT devices, designed for resource isolation, low latency, and quick boot times. Explore its architecture, virtualization features, and benefits for embedded systems development.

Explore FrameRetrace, an open-source graphics performance tool for OpenGL on Linux. Learn its features, capabilities, and how it aids in optimizing GPU-intensive applications through live experiments and cross-platform analysis.

Explore Yocto's tools, tips, and tricks for efficient embedded system development, including Shared State Cache, package feeds, and bootable image creation with OpenEmbedded Image Creator.

Explore embedded Linux build systems and distributions, comparing options like Yocto, Buildroot, OpenWRT, and desktop distros. Learn advantages, workflows, and selection criteria for your project.

Learn strategies for Linux development on DragonBoard 410c using Debian and OpenEmbedded. Explore OS options, package support, build sizes, development tools, and long-term support for efficient prototyping and production.