Science 101
Newton’s Three Laws of Motion explain how and why objects move. From the basics of inertia to the action-reaction principle, this beginner-friendly guide breaks down these foundational physics concepts in simple terms.
Science 101
Viruses are microscopic infectious agents that rely on living hosts to reproduce. Discover how viruses work, how they differ from bacteria, and why some are harmful while others hold promise for medical breakthroughs.
Science 101
The water cycle is Earth’s natural water recycling system, involving evaporation, condensation, precipitation, and collection. Discover how this vital process shapes weather, supports life, and responds to environmental changes.
Science 101
Objects fall to the ground because of gravity—a fundamental force that pulls everything toward Earth's center. From Newton’s apple to Einstein’s space-time, discover the science behind why things fall and how gravity shapes our world and beyond.
Science 101
Magnets work through invisible fields created by spinning electrons in atoms. Learn how magnetic domains, electromagnets, and Earth's magnetic field power the world around us—from electric motors to MRI machines.
Science 101
Often dubbed the "powerhouse of the cell," mitochondria do far more than just make energy. This post explores their structure, functions, and why these microscopic organelles are vital to life, health, and scientific discovery.
Science 101
Excerpt (under 300 characters): The human genome is the complete set of DNA that serves as the blueprint for life. Learn how it shapes who we are, what the Human Genome Project revealed, and how this knowledge is revolutionizing medicine and science.
Weather 101
Weather is short-term atmospheric conditions, while climate is the long-term average of weather patterns over decades. Understanding the difference helps clarify global warming and everyday forecasts.
Science 101
The greenhouse effect keeps Earth warm enough for life by trapping heat in the atmosphere. But human activity is intensifying this process, leading to global warming. Discover how it works and why it matters for our future.
Science 101
The Big Bang Theory explains the origin of the universe, starting from a single, hot, dense point 13.8 billion years ago. Discover how this cosmic expansion created everything from atoms to galaxies, and why the universe is still growing today.