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This scientific research comparison paper shows the Limits and Pros of the Omnidirectional Wheel systems, including the Mecanum and the Omni wheel itself. The paper compares with estimates and environments to show the right System for builders.

Hi everyone! I'm Zupero! And today I'm going to tell you about how DC (Direct Current) Motors  work! Direct Current Motors are used widely in the field of robotics, such as heads, shape shifting, movement, rotation, etc. The person who made the first DC motor Theory  was Michael Faraday in 1821 , then developed the first patent-working model by Thomas Davenport in 1837,   Then in 1834 , Mortiz Von Jacobi  made the first continuously Rotating DC Motor with a world record. Then

Hey guys! I'm zupero, and today I'm gonna explain the difference about Camera Modules and Ultrasonic sensors Cameras sometimes function like Ultrasonic sensors in robotics right? But don't confuse, let's explore: Cameras are like eyes for bots, they work by taking the data from the lens and converting it to Binary - a code of 0s and 1s for computer understanding  and showing it into the screen. The first DigitalCamera was invented in 1973  by Kodak   engineer   Steven   Sass

Hi everyone, I'm Zupero, and today I'm gonna explain about Wireless connections, we see them everywhere! Wifi, bluetooth, internet, quick share, tap to pay, online payments, etc. Wireless connections are convenient, as they don't require a single wire, or jumbled up wrong connections. Lets dive deep into the history: Bluetooth:   In 1994, Erricson invented this technology and named it "Bluetooth" because recently, he had read a book of Danish history, A Danish king named "Har

Hey there, readers! I’m Zupero! Today, let’s uncover something that connects almost every part of our lives, the internet. The Origins of the Internet. The story begins in the late 1960s with a project named ARPANET. It was created by researchers in the United States to help computers communicate during the Cold War era. Back then, computers were massive machines occupying whole rooms, but they barely knew how to “talk” to each other. In 1983, a major breakthrough happened—th

Hey Zebulae Readers, I’m Zupero! Welcome to today’s deep-dive on “How is AI & Our Brains Related?” Let’s discover the fascinating history, science, and future of artificial intelligence and the human mind! History: How Did the Connection Begin? It all started in the 1940s , when Alan Turing  asked: Can machines think?  His famous Turing Test  aimed to measure if a machine could act like a human. Fast forward to 1956 , when John McCarthy  coined the term “Artificial Intelligen

Hey Zebulae Readers, I’m Zupero! Today let’s shrink down and dive inside one of the most amazing worlds: Nanobots —the smallest robots ever imagined! What are they, and why do scientists dream about them? Let’s dive deep into the history, too! Nanobots: What Are They? Nanobots  are robots designed at the nanometer  scale (about 1 to 100 nanometers—a billionth of a meter!). They’re built with atoms and molecules, often using nanomotors, nanoelectronics, or specially engineered

Hey Zebulae Readers, I’m Zupero! Today, let's take a wild ride through Quantum Physics —what it is, where it's used, and how it's shaking up the world of robotics! What is Quantum Physics? Quantum Physics  (or quantum mechanics ) is the science of how particles like electrons, photons, and atoms behave at incredibly tiny scales. It started in the early 1900s  with pioneers like: Max Planck  ( 1900 ): Discovered quanta , tiny packets of energy. Albert Einstein  ( 1905 ): Expla

Hey Zebulae Readers, I’m Zupero! Today we’re exploring one of the coolest creations in robotics: Humanoids ! What are they, and why do they fascinate everyone—including scientists, engineers, and sci-fi fans? What are Humanoids? Humanoids  are robots designed to look and act like humans. They have a human-like body —think: head, arms, legs—and can often walk, talk, or make facial expressions. Some famous examples include: ASIMO  by Honda (2000) Sophia  by Hanson Robotics (201

AI already became a major part of our lives in which we spend almost half of our days on it and we don't even know! The Netflix and Youtube recommendations we get daily? The laptops that know you're gonna open meta when you type "M"? All AI. There are different types of AIs, like LLMs, Generative ai, Machine Learning, etc. But we are going to stick to MLs. What is ML? ML, Machine Learning, is a type of ai that learns from past patterns that we tell it, for example: We say: ✋

Flexible circuits are the invisible, bendable muscles inside many of the gadgets used every day, from foldable phones to tiny medical devices. They let electronics twist, fold, and wrap around shapes where normal rigid PCBs would simply crack or take up too much space. What are flexible circuits? Flexible circuits (often called flex PCBs or flexible printed circuits) are thin electrical circuits built on flexible insulating films instead of stiff fiberglass boards. The base i

Biotechnology in Robotics: Science, History, and Global Impact Biotechnology is revolutionizing robotics, blending biology with engineering to create robots that mimic, adapt, and interact with living systems. Scientific Foundations Biohybrid Systems : Combine muscle cells with synthetic structures for movement without traditional power. Self-Healing Mechanisms : Robots that repair themselves, inspired by regenerative biology. Bio-Inspired Sensors : Flexible, adaptive sensors