An article discussing the capabilities of Manus AI, a general AI agent that can think, plan, and execute tasks independently. Unlike other AI assistants, Manus can deliver results directly, making it highly efficient for various tasks.
Rejuvenating the brain’s lymphatic vessels can enhance memory in aging mice by improving the removal of waste products from the brain.
Linux tab completion is a powerful feature that saves time and prevents errors by auto-completing commands and filenames. This article explores how to use tab completion in bash and zsh shells, highlighting its advanced capabilities with commands like git.
It is a 4-inch touchscreen device designed for Meshtastic®, powered by dual MCUs, the ESP32 and RP2040, and supports Wi-Fi, BLE, and LoRa®. It is an open-source, powerful IoT development platform.
A blog post by Valeria de Paiva reflecting on the past four years of the Topos Institute, highlighting milestones, personal and research experiences, and the institute's mission-driven goals.
A new paper by researchers from Google Research and UC Berkeley shows that a simple sampling-based search approach can enhance the reasoning abilities of large language models (LLMs) without needing specialized training or complex architectures.
Support for TTGO T-Beam boards, which are ESP32 development boards with LoRaWAN communication and GPS capabilities. This documentation covers hardware details, board configurations, pinout, and flashing instructions for different versions of the TTGO T-Beam.
StickiNote is a digital sticky note app designed for ESP32-P4-based embedded systems. It leverages the fast clock speed of the ESP32-P4 and MIPI DSI interface for a 10-inch display, ensuring smooth animations, fluid UI interactions, and an optimal user experience.
Eric's StickiNote app utilizes the ESP32-P4 microcontroller to create a digital post-it note system for smart displays. It runs smoothly on affordable hardware and serves as a central household device for leaving notes and reminders.
An in-depth look at JavaScript fundamentals including hoisting, temporal dead zone, function declarations vs expressions, shallow vs deep copy, Object.assign, slice vs splice, forEach vs map, global execution context, polyfilling, map deep dive, and type coercion.
