WHY THE MOST ENIGMATIC FORCE IN OUR UNIVERSE IS GRAVITY

Gravity is an invisible force that keeps us connected to the Earth, governs how Things fall, keeps us safe when we jump, and is one of the foundations of physics. Physicists are stillSearching for its mysteries, and Gravity poses a puzzle that needs to be solved in order to better understand how the universe works. Gravity has been learn by one of the most legendary people in history, Isaac Newton. He was the first to develop the law of gravity and taught us that any two objects in the universe are attracted to each other. It's like they have this hidden gravitational force that depends on their mass and how close they are to each other. One of the benefits of gravity is that it isn't just a two-way dance between two objects. Rather, gravity is a space choreography where the Sun plays the lead role using its gravitational pull to keep all of the planets in their orbits. But each planet also has its own gravitational Mojo, tugging at the Sun and even neighbouring planets. Over time, this gravitational interaction can result in changes to planetary orbits. Albert Einstein, a hero, raised the bar for gravity when he introduced the theory of general relativity. According to Einstein, gravity isn't just a regular force; it actually bends and distorts space-time. To understand this, imagine a heavyweight champion sitting on a rubber sheet. As the sheet bends and curves under the champion's weight, nearby smaller objects are compelled to roll in the direction of the heavyweight. We may now observe what happens to items that are caught in space's curved surfaces despite the fact that we cannot see them with our own eyes. Gravity is the fundamental force that governs our entire world; without it, there would be no world. Being pulled by gravity is like being caught in a whirlwind of forces. The object spirals downward like a coin in one of those penny slot machines you can find in tourist shops, or it may move gracefully in circles like bicycles racing around a velodrome track. no stars and no galaxies Nothing, but the million-dollar issue is: Where does it come from? And we have no idea. have a definitive response just yet, but we do have some educated estimates. First of all, we are aware that gravity is a force that draws objects together rather than just being a characteristic of space. Surprisingly, gravity is the weakest force of all. But first, let's consider gravity from a different perspective—one that might surprise you. Gravity, as marvelous as it is, more closely resembles a dance than a force that directly pushes or pulls objects from a distance. In this dance, other forces, such as electromagnetic, share the stage with gravity. Think of two electrons as dancers who don't interact directly with one another as you might expect. Instead, each electron develops its own unique field, which acts as an invisible force field and sets the stage for the show. The second electron detects this field and begins to spin and communicate with it. They appear to be performing a choreography.and as we observe this dance, it appears as though the first electron is pushing or pulling the second one. It's a magical display of fields and movements coming together to create the illusion of forces at play the thing we call gravity, but in reality it's all about the intricate movements and interplay between the dancers in the field they're dancing in. The dancers never touch each other directly but their interactions through these fields make it seem like they're connected. If we want to get technical, some scientists prefer to avoid the words gravitational force and opt for the term interaction because it emerges or comes out of the way space and objects interact, even though it behaves like one. We call it an emergent force because of this because it behaves like one. particles to mix and trade information and energy the electromagnetic spectrum .According to one theory, gravitational interactions are all a part of this grand celebration. Several experts believe that gravity maybe composed of small particles known as gravitons These cunning particles create stuff invisibly. As you can see, we struggle to explain how gravity operates on a large scale, but at least we have a good understanding of how it behaves in certain situations, like how planets orbit the Sun or how objects fall to the ground and stuff. However, according to this Theory, gravity is both a force and a potential particle. But what happens if we zoom in to the atomic scale and what if we go into the Big Bang's deepest black holes? Bang, this is where gravity's rollercoaster ride goes off the rails. First, let's enter the domain of quantum mechanics. In this tiny universe, strange things happen. On a microscopic level, other forces like gravity, which is the force that binds everything together, appear to take the lead. With electromagnetism taking center stage and dominating, gravity is being overshadowed, leaving scientists puzzled as to how this is possible and why gravity would suddenly disappear to such an extent. ... at the largest scales, where enormous things like black holes are present, gravity assumes a completely new degree of significance. When we try to comprehend how gravity functioned just after the big bang, where did it behave, for instance, within a black hole, the principles of physics and gravity as we know them essentially fall apart. In other words, we are lost in a cosmic mist when it comes to where it even came from comprehending gravity, but fear not, researchers are making great efforts to discover more about this mysterious emergent Force. They are conducting a variety of tests and using cutting-edge technology to solve the mystery code Despite the fact that we still have a lot to learn, we are constantly progressing. Have you ever heard of gravitational lensing, for instance? It's like a captivating magic act. Imagine a light beam traveling directly through the cosmos as a fearless explorer. Our brave beam of light finds itself curving and twisting around the massive object, following a new unexpected path, as the gravity of the massive object bends the fabric of space-time. However, as it encounters the gravitational pull of a massive object, the light's journey turns into a wild roller coaster ride. however, when the light alters its course, it also makes distant and hidden Wonders that would have remained visible to us. Otherwise, the light might distort, magnify, or even produce numerous images of distant objects, making everything that had been playing hide and seek with us until now visible, such as black holes. another astounding concept is gravitational waves. Ten years ago, Einstein made the prediction that they will exist. Only recently have we been able to validate them, which was a major development in the field of science that these waves bring. The echoes of catastrophic cosmic events, like thecollision of two enormous black holes or the birth of a new star, are similar to the sound of a pebble being dropped into a well. Serene Pond these bizarre occurrences produce a ripple effect, yet space-time itself, not water, is what causes the warps that scientists have only lately discovered. They have developed tools that can detect these gravitational waves as a way to hear these Whispers. Although these interferometers are like highly tuned ears that can detect the universe's minute vibrations, one thing is for certain: gravity is a constant. the supreme being that controls our universe, shapes it, and keeps everything around us connected. That's all for today so hey if you satisfied your curiosity then give the video a like and share it with your friends or if you want more just click on these videos and stay on the positive side.