![]() Each number is the sum of the two preceding numbers as in: The Fibonacci sequence is a simple mathematical sequence that yields profound results. The larger section divided by the smaller must be equal to the sum of A + B divided by A. It can be expressed as an equation:Ī represents the longer section of a line divided into two and B is the smaller section. This unique measure, also known as the Golden Mean, has an approximate value of 1.618. The following are a few examples of important sacred geometry shapes and ratios. There are many examples of this in nature and art. Sacred geometry is the study of spiritual and sacred meanings in symbols, shapes and proportions. According to the simulation hypothesis, we may be like characters in T he Matrix, controlled by unseen programmers. Perhaps the most bizarre theory that some scientists subscribe to is that our world is a simulation, like a video game. This is called the many-worlds theory and actually overlaps with certain mystical and new age ideas as well as themes from fantasy and science fiction novels and films.Īnother theory is that the universe is a hologram, a structure where the parts mirror the whole. Some quantum physicists believe that the universe is made of many dimensions. Leading scientists have many competing theories on what causes various effects and even about the fundamental nature of the universe. Many Worlds, Holograms, and the Simulation HypothesisĪlthough quantum physics is now over a century old, it's still an extremely dynamic and controversial area of study. ![]() ![]() More recently, researchers have discovered a way to demonstrate that light can behave like a particle and wave simultaneously. Scientists were baffled that light can behave like a particle or wave depending on the type of experiment. Physicists call this wave-particle duality, a phenomenon first observed by Einstein. Waves and ParticlesĪnother strange thing about electrons is that they can appear as either waves or particles. These changes can only be measured with the most sophisticated instruments such as electron microscopes. Particles such as electrons, however, make what are known as quantum jumps or leaps in which they can change their state very quickly. Apples or anything we can see move in ways that can be easily measured. ![]() ![]() In the early 20th century, however, scientists discovered that particles at the quantum level don't behave in such predictable ways. One of the best-known examples is Newton's observation that gravity causes an apple to fall to the ground. Quantum JumpsĬlassical physicists such as Isaac Newton identified certain laws that govern the behavior of particles. Scientists such as Max Planck, Albert Einstein, Werner Heisenberg, and others found that particles at the quantum level behave very differently from everyday objects. The term was created to differentiate it from classical mechanics, which measures visible objects. Quantum physics, also called quantum mechanics or quantum theory is the study of extremely small particles such as photons and electrons. Let's look at some of the basic ideas underlying these two realms and how they intersect. Fortunately, you don't have to be a mathematician or scientist to appreciate this connection. Both, in different ways, deal with the fundamental aspects of our universe. What's even more interesting is that the two are closely related. Quantum physics and sacred geometry are both complex and fascinating topics. ![]()
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