#go#game_engine#game_engine_2d#game_engine_3d#game_engine_development#game_engine_framework#gameengine#go#golang
Kaiju Engine is a fast, modern 2D/3D game engine written in Go and powered by Vulkan, designed for simplicity and high performance. It runs on Windows, Linux, Android, and is working on Mac support. Kaiju offers much faster rendering speeds and lower memory use than popular engines like Unity, making game development quicker and more efficient. It uses Go’s garbage collector to help prevent common programming errors, improving stability. You can write games directly in Go, and the engine supports local AI integration and a flexible UI system using HTML/CSS. Although the editor is still in development, the engine itself is production-ready, offering a powerful tool for developers who want speed and simplicity.
https://github.com/KaijuEngine/kaiju
🪐 When the European Space Agency’s Planck satellite mapped the cosmic microwave background—the faint afterglow of the Big Bang—it found the universe’s temperature is nearly uniform everywhere, but with subtle hot and cold spots only millionths of a degree apart. These tiny temperature variations, scattered across the sky, serve as a cosmic “fossil record,” encoding clues to how galaxies, clusters, and the vast cosmic web evolved from the universe’s earliest moments. ✨
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🪐 The cosmic microwave background, a faint glow that bathes the entire universe, carries subtle imprints called "acoustic peaks"—tiny wiggles in its temperature pattern, mapped by observatories like Planck. These acoustic peaks reveal the sound waves that rippled through the hot, dense plasma of the early universe, showing how matter and energy once "rang" together before the first atoms even formed. ✨
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🪐 In 2003, NASA's Wilkinson Microwave Anisotropy Probe (WMAP) created an all-sky map showing subtle temperature differences in the cosmic microwave background, the afterglow of the Big Bang. WMAP’s high-resolution data revealed a puzzling "cold spot" in the direction of the Eridanus constellation, a region cooler than expected that could hint at some of the universe’s deepest cosmic mysteries—such as massive voids or unusual early-universe physics. ✨
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🪐 The cosmic microwave background—an ancient light left over from the Big Bang—contains a hidden signal: tiny patterns of polarization, or the way its waves are oriented. These "B-modes," discovered in part by the BICEP2 telescope at the South Pole, are faint twists in the light that could provide direct evidence of gravitational waves rippling through the early universe, opening a window into its very first moments. ✨
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