S tars are oceans of plasma, much like Earth's seas. Two main types of matter rarely found on Earth—Plasma and Degenerate matter—make up stars. Today, we'll explore the materials stars are made of. Welcome to our blog discussing cosmic objects with minimal math. Introduction: AI Generated Thumbnail As children, we heard the sun described as a giant fireball. Scientists call it a nuclear furnace made of plasma. While star discussions often dive into the core, we'll focus on stellar surface activities involving plasma and degenerate matter. Imagine us standing on a beach, talking about the sea and its waves. Before diving into plasma, the fourth state of matter, let's review how atoms behave in different states. On Earth, matter exists as solid, liquid, and gas, shaped by heat energy. Molecules form when atoms b...

Y ou all know that the sun is the most powerful energy source nearby to Earth, but have you ever thought, how powerful it is compared to other stars? In this post, we'll decide the parameters that make a star weak or powerful and give you a general idea to imagine their strength. Let's begin. Massive Star Showing Flares and CMEs Introduction: It is often shouted in the media and scientific community that our sun is a giant nuclear furnace with immense energy output. When we think of powerful things, they directly jump to black holes, supernovae, or quasars. They are indeed powerful, but we've left behind many stars and structures, and it might feel like there is a large gap between our sun and Betelgeuse. It's time to look at those rarely discussed stars. Welcome to our blog, CosmicWisdom , where we discuss... (Just look at the header of your ...

A lmost 1 million years, it takes to reach the light on Earth, the time it forms and travels inside the sun. Finally escapes around the photosphere. Hello and welcome, in today's post, we'll be learning the processes and events that photons (particles of light) experience and reach us. Let's begin. Introduction: In the quantum world, various particles bear the wave nature and they are produced, interact, and create several new entities. In this post, we'll see how the light (photon) can take thousands to millions of years, yet the sun's light arrives in just 8 minutes . Let's see the production of light in the sun's core because not every single point of the sun can produce light. Actually, the light is a kind of energy, which means it can't be produced or destroyed. In this case, we'll know it's different transformations that it might have gone through before reaching us. ...