light source

AppWizard
November 21, 2025
The Skelly app, developed by Proko LLC, is a poseable, anatomically correct skeleton reference tool for artists, available for USD 6.99. It has over 10,000 downloads and a rating of 4.1 stars. Key features include a simplified version called "Robo-Skelly," proportions based on Dr. Paul Richer's teachings, compatibility with the "Loomis Head" technique, complete poseability, a Pose Library, movable camera, adjustable light source, options for light or dark backgrounds, and a reset feature. The app aims to assist artists in studying human anatomy and enhancing their creative process without the need for live models.
AppWizard
September 15, 2025
A Minecraft enthusiast successfully recreated the process of making paper from real sugarcane, which involved boiling the sugarcane, breaking down its fibers, and using a log and tree stump as a pestle and mortar to form pulp. They then created a mold and deckle, incorporating cornflour into the mixture, resulting in a fragile, brown sheet of paper. This experience has inspired thoughts of replicating other Minecraft recipes in real life.
AppWizard
August 10, 2025
The Copper Lantern will be introduced in Minecraft's Fall Drop update of 2025. It serves as a decorative light source with a copper frame and a green-tinted glow. To craft the Copper Lantern, players need 8 Copper Nuggets and 1 Torch. The Copper Nuggets are made by converting a Copper Ingot, which is obtained by smelting Raw Copper. The crafting arrangement requires the Torch in the center and the Copper Nuggets surrounding it. The Copper Lantern emits a light level of 15, can be used for decoration, prevents hostile mob spawning, and develops a weathered texture over time. It can be placed on blocks or hung from structures.
Tech Optimizer
August 9, 2025
A team from Kyoto University has developed a light source that emits single photons, enhanced in brightness by a small magnetic field, which can be used for secure quantum communications. This technology relies on the principles of quantum mechanics, making it difficult for eavesdroppers to replicate or measure the quantum states without detection. The researchers used a one-atom-thick semiconductor sheet, WSe₂, creating traps for excitons that emit photons when relaxed. Current limitations include the need for cryogenic temperatures for operation, but advancements in materials may allow for room-temperature single-photon emission. The technology has potential applications in secure communications for sensitive transactions and could evolve into compact modules for practical use. Recent studies have demonstrated successful quantum key distribution (QKD) using true single-photon sources, indicating progress in integrating quantum technology into real-world networking.
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