Chandan Singh’s Post

I am not a Quantum physicist, nor do I... 💥 Volume Up 💥 play one on TV. Here are the basics. Quantum physics predicts very strange things about how matter works and that it makes no Frequen' sense with how things seem to work in the real world. Quantum particles can behave like particles, located in a single place; or they can act like waves, distributed all over space or in several places at once. Annnd, what's even Frequier, is that they act differently when they are observed. Goodnight All #h2hb #leadingwithheart #superfreques #wednesdaywellness #quantumleap #mentalhealth #consciousleadership #spiritualintelligence

Understanding scale is key to grasping how the universe works. For example, consider water: at a microscopic level, water molecules interact through hydrogen bonds, explained by quantum mechanics. But zoom out to a larger scale, like rivers and oceans, and classical physics takes over, describing flow and waves. The principles change depending on the scale, but they all connect to explain the same reality. Thinking about scale helps us link these different perspectives, whether we're studying tiny molecules or massive bodies of water. It's essential for a complete understanding of how things fit together. #physics #scale #relatively #relative https://lnkd.in/ef28nuQA

The universe is vast and the cost of simulating such a large system is incomprehensively high. Quantum mechanics may be providing a clue how this could be done at a fraction of the cost. It has been assumed that macro structures, such as planets, stars and galaxies, exist but if they materialize only when observed, they don’t have to really exist all the time. Humans, with very limited observational capabilities, measure a miniscule part of the universe at any point in time. And even if there are other entities across the universe who are capable of observing and measuring, the scope of such measurements is still only a fraction of what is assumed to exist. The near flatness of the universe that led both Newton and Eistein to assume the universe is infinite is likely another trick played by the simulator. In a flat universe, observations will hit only a very small part of the spectrum, allowing the simulator to present tangible objects when observed. This means that the universe that is assumed to exist, is not there but is driven by an underlying superposition mechanism that can present objects only when observed. By constraining the speed of light, the simulator may have given sufficient flexibility to the underlying presentation mechanism to scale as necessary within the predicted measurement horizon. It is likely that the universe does not exist as perceived by its inhabitants. Rather, it is in superposition, allowing objects to be presented only when observed. More cynically, the simulation may end if an observer’s capabilities scale beyond what was expected originally.

Physics: The Universe's Operating System Understanding physics is like understanding the code of the universe. Here’s how it applies to different scales: - Atomic Level: Quantum mechanics explains the behavior of particles, the essence of matter. - Planetary Motion: Newton's laws guide us in understanding gravitational interactions. - Cosmic Phenomena: General relativity sheds light on black holes and universe expansion. - Technological Advancements: Drives innovations like semiconductors and MRI scans. - Fundamental Forces: Electromagnetic, weak, strong, and gravitational forces govern physical interactions. Physics is everywhere! Dive in and explore. #Physics #Science #Universe #Innovation #Technology

The concept of duality in physics unveils a fascinating phenomenon where a single physical system can be elucidated by two entirely different sets of equations. This exploration often results in a deeper comprehension of the intricate systems in our universe. Check out the insightful article on the Two Faces of Space-Time: [Link] #Physics #SpaceTime #Duality

Did you know, why the photon propagates with the speed of light in a vacuum? 🚀 The speed of a photon in a vacuum is 186,282 miles per second which is equal to 299, 792 kilometers per second. 🔍 This is because photons are the carriers of electromagnetic radiation, including visible light, radio waves, microwaves, and more. These particles have zero rest mass, which means they are incredibly lightweight. 💡 Photons are not like traditional particles we deal with in our everyday lives. By following the rules of quantum mechanics, they behave as particles and waves. This duality gives them unique properties that allow them to travel at the speed of light. 🌐 According to Einstein's theory of relativity, as an object approaches the speed of light, its mass increases exponentially, making it harder to accelerate. For particles like photons, which have no rest mass, this means they must always travel at the speed of light in a vacuum. p.s. If you like the content, then do follow Indu Sharma #PhotonSpeed #LightSpeed #ScienceExplained #QuantumMechanics #EinsteinTheory #CosmicWonders #ScienceCommunication

Exciting times ahead! 🌌 AG talks is launching, delving into the fascinating intersection of human evolution, AI stages, quantum physics, and space exploration. As we explore the digital frontier, merging with machines becomes a thrilling prospect. Beyond financial gains, let's emphasize the core of humanity, kindness, and purpose. Join me in unraveling the mysteries of quantum technologies and venturing into the cosmos. 🚀🔬 #AGTalks #QuantumPhysics #AITechnologies #SpaceExploration #HumanEvolution Stay Tuned✌️

In this groundbreaking video, we explore the fascinating world of fractals and how they unlock the secrets of the universe, from nature's repeating patterns to quantum physics. We delve into the concept of fractal geometry, showing how it's not just a mathematical curiosity but a key principle underlying everything from the branching of trees to the structure of the universe itself. The McGinty Equation, introduced in this video, proposes that space-time at the Planck scale exhibits fractal structures that govern the behavior of quantum fields. By understanding these fractal patterns, scientists could revolutionize fields like quantum computing, cryptography, and even space exploration. #Fractals #QuantumPhysics #McGintyEquation #SpaceTime #QuantumComputing #Cryptography #ChaosTheory #WarpDrive #PlanckScale #QuantumEntanglement #QuantumMechanics #FractalGeometry #AdvancedMaterials #CosmicRays #WaveParticleDuality #FundamentalParticles #NaturePatterns #QuantumFieldTheory #SpaceExploration #QuantumTechnology

Why the universe might be a hologram Why the universe might be a hologram The colored circle represents the hologram, out of which the knotted optical vortex emerges. A quarter century ago, physicist Juan Maldacena proposed the AdS/CFT correspondence, an intriguing holographic connection between gravity in a three-dimensional universe and quantum physics on the universe's two-dimensional boundary. This correspondence is at this stage, even a quarter century after Maldacena's discovery, just a conjecture. A statement about the nature of the universe that seems to be true, but one that has not yet been proven to actually reflect the reality that we live in. And what's more, it only has limited utility and application to the real universe. Still, even the mere appearance of the correspondence is more than suggestive. It's telling that there is something deeply fundamental to the hologram, that the physics of the volume of the universe might just translate to the physics on the surface, and that there is more to be learned there. It's one thing to cast problems of physics in a new language, even a new set of dimensions, to make them easier to solve. After all, physics abounds with such mathematical tricks and games that practitioners employ to solve challenging problems and move on to the next one. But the AdS/CFT correspondence, and the more general holographic principle that it represents, is so much more than a mathematical curiosity. Remember that the essential goal here is to describe gravity, which for centuries we believed to be just another force of nature, just one more interaction that entities in the cosmos can use to interact with each other. But gravity does stand alone and unique among all the forces, even beyond its quantum intractability. Gravity is the only force emitted and felt by every single entity in the cosmos. Anything with mass, anything with energy, creates a gravitational influence around it. And so too does anything with mass, anything with energy, anything with what we call existence respond to that gravitational influence. #unitofbharat #quantum #cosmos #hologram #two-dimensional #physics #universe