Embark on a mesmerizing interstellar odyssey, traversing breathtaking landscapes of an alien planet! ?? Witness rivers aglow, mystical statues among purple flora, and symmetrical deep-sea wonders alongside jellyfish-crafted marvels. Traverse tropical forests adorned with glowing amber mushrooms and rainbows reflected in crystals. Neon rainforests invite you to a psychedelic wonderland, illuminated by fireflies dancing around resin mushrooms. Step into a fairy forest with a lava mushroom and gothic lantern forming a neon fairyland. Mystical caverns and alien flowers transport you to another dimension, where prism-lit rays pierce the foliage, revealing a fantastical world. Deep-sea glimpses showcase jellyfish and bioluminescent creatures in a captivating display of light. ?✨ Fantasy converges with reality in enchanted fairy forests and neon rainforests, aglow with vibrant lights and animated plant life. Glowing fungus and swirling jellyfish cast an otherworldly allure, accompanied by chrome metal mushroom fireflies, luminous resin mushrooms, and lava mushrooms. ?✨ Amidst this shimmery forest, a vision emerges - a mermaid goddess with jellyfish tentacles blending reality and fantasy. Biopunk cyborg women harmonize with nature's beauty, creating a captivating blend of human and machine. Witness a cyborg woman in her element, brought to life through Daz3D and CryEngine technology. ?‍♀️?? Enchantment continues with jellyfish-made mushrooms, green hair, a biological female in traditional Christian Roman Orthodox dress, fairy wings, and a wooden table adorned with electric crystals, completing the scene. ???️ Explore alien landscapes, biopunk wonders, enchanted realms, and more in this fantasy fusion. Join the interstellar odyssey and immerse yourself in vibrant lights, animated plant life, and otherworldly allure! ?✨ ... https://www.youtube.com/watch?v=SIW6LGwdIvY

FUN FACT #1: AMD's 3Ghz Epyc Rome CPU has 39,540,000,000 transistors vs. the MOS 6502 with it's 4,528 transistors. It is therefore possible to create a 64-bit MOS 6510 compatible CPU(about 36,224 transistors) with a clock speed of 4Ghz using current CPU manufacturing technology. FUN FACT #2: The universities have already produced multicore 8-bit CPUs that run at 150GHz or more in the lab. FUN FACT #3: Unlike real hardware, you can get an emulator to do anything you want. About a year ago I started playing around with the emulator's source code. I wanted to see what I could get the POKE statement to do. So the first I got the emulator to play DVDs. See lines 270-274: https://github.com/fatman2021/project-manhattan/blob/master/c64dvd-p.bas Then I added 32-bit color support and 64-bit registers. c64dvd-p.bas lines 275-306 Next I exposed the FreeBASIC runtime library's pset, getmouse, and cls commands. c64dvd-p.bas lines 307-318 After that I gave the emulator the ability to render images using generated POV-ray code. c64dvd-p.bas lines 319-921 Using POV-ray turned out to be to slow. So I tried Blender instead. Lines 439-1113: https://github.com/fatman2021/project-manhattan/blob/master/c64dvd-b.bas This was good for simple scenes, but for more complex ones it was too slow. So I switched to GLSL as a result. https://github.com/fatman2021/project-manhattan/blob/master/c64dvd-glsl.bas (lines 489-679) https://github.com/fatman2021/project-manhattan/blob/master/glsl.bi (all) The emulator generates a line of GLSL script based of the value written to address 49314. The GLSL script is then compiled and executed 0 is written to address 49313. The demo will not run on a stock c64/c128. You will need custom hardware and a second monitor. Build a 65c02-based computer from scratch: https://www.youtube.com/watch?v=LnzuMJLZRdU&list=PLowKtXNTBypFbtuVMUVXNR0z1mu7dp7eH Building an 8-bit breadboard computer: https://www.youtube.com/watch?v=HyznrdDSSGM&list=PLowKtXNTBypGqImE405J2565dvjafglHU How "oldschool" graphics worked Part 1 - Commodore and Nintendo: https://www.youtube.com/watch?v=Tfh0ytz8S0k How "oldschool" graphics work, part 2-Apple and Atari https://www.youtube.com/watch?v=_rsycfDliZU How "Oldschool" Sound/Music worked https://www.youtube.com/watch?v=q_3d1x2VPxk Reverse emulating the NES to give it SUPER POWERS: https://www.youtube.com/watch?v=ar9WRwCiSr0 Making of "Reverse emulating the NES...": https://www.youtube.com/watch?v=hTlNVUmBA28 Let's build a video card Part 1: https://www.youtube.com/watch?v=l7rce6IQDWs Let's build a video card Part 2: https://www.youtube.com/watch?v=uqY3FMuMuRo Shader Tutorial Series: https://www.youtube.com/watch?v=HIvNePu7UEE&list=PL4neAtv21WOmIrTrkNO3xCyrxg4LKkrF7&index=2&t=0s Boot Sector Games: https://www.a ... https://www.youtube.com/watch?v=obBGRlycewI

Embark on a visionary journey as we unveil the roadmap towards a future reminiscent of the advanced universe of Star Trek. ?? In this video, we delve into the multidisciplinary realm where the threads of materials science, robotics, nanotechnology, and quantum computing intertwine to shape a world brimming with boundless possibilities. Join us as we navigate through the uncharted frontiers of innovation. Witness the mesmerizing dance of fields like materials science, where novel materials with extraordinary properties are forged, and robotics that mirror intelligent lifeforms. Explore the wonders of nanotechnology, where the smallest constructs wield monumental impacts, and quantum computing that unlocks computational prowess beyond imagination. Throughout this captivating exploration, let your imagination ignite in the wake of the convergence of these diverse disciplines. Discover how the culmination of these realms paves the way for a future that once resided solely in the realm of science fiction. Venture into the horizon where the once-deemed impossible transforms into the realm of possibility, where a universe akin to the advancements of Star Trek becomes a tangible reality through the fusion of imaginative vision and groundbreaking scientific ingenuity. ?️?? ... https://www.youtube.com/watch?v=LSKdUdEIuzA

Detailed Description: Embark on a visual journey through three breathtaking 3D images, showcasing the diverse wonders of the world. ?️?️ The Citrus Guardian: ?? Dive into an enchanting forest where an orange fruit tree monster with a human face made of lemon comes to life. Adorned with citrus magic, it sits on a wooden table amidst the trees, a surreal fusion of nature and fantasy. Explore the whimsical beauty of this creation as it captures the essence of a goddess, a woman adored for her citrus charm. Sunset Serenity at the Mountain Lake: ??️ Immerse yourself in the serenity of a mountain lake at sunset, bathed in golden hues and sun rays. Witness the photorealistic beauty of this ultra-high definition 32K render, with an island in the background adding a touch of mystery. Let the tranquility of the scene transport you to a world where nature's diversity unfolds in every pixel. Forest Muse: ??‍? Behold the delicate beauty of a woman's face emerging from the heart of a forest. This 3D render captures the harmonious blend of human and nature, as the woman embodies the spirit of a goddess adored for her connection to the earth. Let the lush surroundings and captivating gaze of the forest muse draw you into a realm where beauty and nature intertwine. Join us in this visual exploration of the world's wonders, where each image tells a unique story of nature's diversity and the goddesses it unveils. ?✨ ... https://www.youtube.com/watch?v=k3TilPFVogw