Are you spending too much money on cloud computing? (Sponsor)
Find out if you're spending too much on cloud computing with Splunk Observability Cloud – In addition to full-fidelity metrics, traces, and logs, Splunk Observability gives you suggestions for saving money on compute and helps lower your MTTD and MTTR too. Learn how this tool helped one customer save over $600k in AWS spend.
Big Tech &
Ray tracing and 64-bit only: What you should know about Arm's 2023 CPUs and GPUs (12 minute read)
Arm has revealed its new line of CPUs and GPUs that will power next year's smartphones. While the changes in CPU architecture were not as big as last year's, the company's vision of a 64-bit-only Android future is starting to take shape. Arm's new Immortalis GPU features improvements such as variable-rate shading, efficiency gains, and ray-tracing. Details about each of the newly announced CPUs and GPUs are available in the article.
Pyramid lenses catch light from any angle to boost solar cell efficiency (2 minute read)
Engineers from Stanford have developed a pyramid-shaped lens that can focus sunlight from any angle onto a solar cell. The Axially Graded Index Lenses (AGILE) can capture more than 90% of the light that hits its surface, focusing it to be three times brighter. Each layer of the lens bends light to a different degree, allowing light to enter from any angle while still remaining focused. The technology could allow solar energy to be used in more places. Pictures of AGILE prototypes are available in the article.
A company aims to power the world for millions of years by digging the deepest holes ever (4 minute read)
Quaise Energy is an MIT spinout that wants to use X-rays to melt rock to create the world's deepest holes and capture geothermal energy. It plans to use a microwave-emitting device called a gyrotron to vaporize rock, removing the need for complicated downhole equipment. Quaise aims to extract energy from pilot geothermal wells by 2026. The company intends to capture energy on a scale large enough to meet human energy needs for millions of years.
Programming, Design & Data Science
Cut JS Debug Time in Half Using Airbrake (Sponsor)
Airbrake can tell you exactly where an error is in your app, right down to the line of broken code. Plus, it will show you exactly what happened leading up to the error, including clicks, keypresses, navigational updates, and more. Click here to learn more about this cool Airbrake feature!
Awesome Hacker Search Engines (GitHub Repo)
This repository contains a list of search engines that are useful for penetration testing, vulnerability assessments, red team operations, and bug bounties. It includes categories for exploits, mail addresses, threat intelligence, web history, and much more.
Virtual Modules for Fun and Profit (6 minute read)
Brain-machine interface helped a man with paralysis feed himself using robotic arms (1 minute read)
Researchers from Johns Hopkins University have developed a new technique that allowed a partially paralyzed man to feed himself using robotic arms connected to a brain-machine interface. The method uses a shared control system that minimizes the amount of mental input required to complete a task. The technology is still young. The scientists plan to add touch-like sensory feedback and improve the accuracy and efficiency of the system while reducing the need for visual confirmation.
This repository contains a minimal implementation of DALL·E Mini.
Modern city dwellers have lost about half their gut microbes (4 minute read)
Scientists comparing the genomes of intestinal bacteria in primate and human populations have found that humans have lost many microbes that have been present in our guts since before humans became human. Certain gut microbes are found in almost all primates, suggesting that they share a common ancestor. Gut bacteria can influence mood and how the immune system responds to pathogens and allergens, making the researchers concerned about how these absent gut microbes could affect human health. It may be possible to restore them with probiotics.