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86,146. Everything we call real is made of things we cannot call real. (Quantum Physics & Reality) Niels Bohr
86,187. The measurement problem ... An atom only appears in a particular place if you measure it. In other words an atom is spread out all over the place until a conscious observer decides to look at it. So the act of measurement or observation creates the entire universe. (Quantum Physics & Atom & Measurement & Reality & Observation & Experiment) Professor Jim Al-Khalili, Atom: The Illusion of Reality
2,919. It’s about Reality at the very furthest reaches of human perception. (Universe & Astronomy & Nothing & Vacuum & Reality) Professor Jim Al-Khalili, Everything & Nothing: Nothing
86,176. In the 1920s physicist Niels Bohr found that Newton’s Laws break down at the atomic level. The replacement Quantum Theory ... showed that the electron orbiting the atomic nucleus doesn’t look like this at all. It’s more smudged out, more like a ripple or a wave. (Quantum Physics & Reality & Observation & Experiment & Electron & Anthropic Principle) Horizon: The Anthropic Principle, BBC 1987
86,177. We have to record some kind of measurement to know where an electron is. In fact, until we decide to find out where the electron is by doing an experiment to observe it the electron as a material entity cannot be really said to exist. (Quantum Physics & Reality & Observation & Experiment & Electron & Anthropic Principle) ibid.
86,178. That by our acts of observation we bring things into existence, at least in the realm of the very small, is supported by scientific experiment. (Quantum Physics & Reality & Observation & Experiment & Electron & Anthropic Principle) ibid.
86,179. If we bring the tiny world of the Quantum to existence by our observations, do we need any other mechanism to account for the whole of reality? (Quantum Physics & Reality & Observation & Experiment & Electron & Anthropic Principle) ibid.
2,808. A new generation of Cosmologists are questioning our basic understanding of the universe. They are beginning to wonder if there is a greater reality. Could it be that everything we think we know about our universe is wrong? (Universe & Cosmology & Reality & Dark Matter) Horizon: Is Everything We Know About the Universe Wrong? BBC 2010
80,756. Welcome to the weird world of quantum reality: where nothing is quite what is seems ... A remarkable experiment that puts the very existence of reality into question: known to physicists as the Double Slit experiment its remarkable because it reveals two astonishing paradoxes about the nature of reality no-one can fully explain. (Quantum Physics & Experiment & Simulation Theory) Horizon: What is Reality? BBC 2010
79,287. Single photons ... What you get is something completely different: even though only single photons of light are being fired through the slits they don’t create two lines, they mysteriously create three. (Light & Photon & Multiverse & Parallel Universe & Reality & Quantum Physics & Simulation Theory) ibid.
79,289. According to this theory the photon of light faces two slits; it doesn’t split in two – it splits the world in two. Every photon in the double slit experiment creates a new parallel world. (Light & Photon & Multiverse & Parallel Universe & Reality & Quantum Physics & Simulation Theory) ibid.
79,288. If you put detectors by the slits, the mysterious behaviour stops. The photons behave just like bullets. Take the detectors away – the multiple stripes mysteriously re-appear. So what is going on? Rather astonishingly it seems we can change the way reality behaves just by looking at it. But this means reality has a secret life of its own. (Light & Photon & Multiverse & Parallel Universe & Reality & Quantum Physics & Simulation Theory) ibid.
86,385. So reality turns out to be stranger that we ever imagined. Everything has the power to be in two places at once. But we will never see it. It is all very peculiar. (Reality & Simulation Theory) ibid.
84,683. The most important particle of all - the Higgs Boson ... The Higgs is now Fermilab’s Number One priority. But they aren’t the only ones looking for it. They have competition. From the biggest particle accelerator of them all – the Large Hadron Collider in Geneva. It is more than three times as powerful. (Particle & Quantum Physics & Particle Accelerator & Matter & Reality & Higgs Boson & Simulation Theory) ibid.
86,164. The quantumness of reality is apparently very sensitive. (Quantum Physics & Reality & Simulation Theory) ibid.
84,679. What goes on beneath these fields in the Tevitron are some of the most violent collisions in the universe. Deep underground in a four-mile vacuum pipe, encased by super-conducting magnets, they smash together two sub-atomic particles at close to the speed of life. (Particle & Quantum Physics & Particle Accelerator & Matter & Reality & Simulation Theory) ibid.
84,680. Working out which of these are elementary is a problem that has defined particle physics for over sixty years ... When experimenters first broke into them [atoms] they discovered ever smaller bits inside. (Particle & Quantum Physics & Particle Accelerator & Matter & Reality & Simulation Theory) ibid.
84,681. The particle zoo – a whole new level of reality had been discovered. (Particle & Quantum Physics & Particle Accelerator & Matter & Reality & Simulation Theory) ibid.
84,682. With the discovery of the Top Quark, physicists are close to understanding one of the greatest mysteries of reality: what it’s all made of. (Particle & Quantum Physics & Particle Accelerator & Matter & Reality & Simulation Theory) ibid.
2,814. The Holographic Principle: which says that all three dimensional objects can be encoded in only two dimensions. (Universe & Hologram & Reality & Mathematics & Theory & Dimension & Simulation Theory) ibid.
2,815. But Lenny [Susskind] didn’t stop there. He and other physicists made a truly shocking leap of the imagination: they asked what if the whole of reality is a hologram, projected from our own Event Horizon, the far edges of the universe. (Universe & Hologram & Reality & Mathematics & Theory & Simulation Theory) ibid.
2,816. It seems utterly bizarre that the ultimate nature of reality might be holographic. That at the edge of our universe there might be a shimmering sheet of information that describes the entire universe within ... We are about to put this theory to the test. (Universe & Hologram & Reality & Mathematics & Theory & Simulation Theory) ibid.
2,817. If Max [Tegmark] is right, maths isn’t a language we’ve invented, but a deep structure we are gradually uncovering like archaeologists. An abstract unchanging entity that has no beginning and no end. As we peel back the layers we are discovering the code. Strange as it seems it’s a comforting theory because if the reality is a mathematical object, understanding it might be within our reach. (Universe & Hologram & Reality & Mathematics & Theory & Simulation Theory) ibid.
2,818. These two grand visions of Reality – the mathematical structure and the cosmic hologram represent theoretical thinking at its most imaginative and beautiful. (Universe & Hologram & Reality & Mathematics & Theory & Simulation Theory) ibid.
86,165. It may be that we are standing on the verge of a new version of Reality. Physicists have redefined Reality by close measurement and observation of the material world. They have drilled down to the bottom layer. Discovered that we can change Reality just by looking at it. And begun to sense that information encoded at the edge of our universe could be more important than matter. But in the end Reality is best defined as an intelligent conversation with the Universe. (Reality & Simulation Theory) ibid.
2,457. Technologies that may be realized in centuries or millennium include: warp drive, traveling faster than the speed of light, parallel universes; are there other parallel dimensions and parallel realities? (Science & Technology & Parallel Universe & Multiverse & Dimension & Reality) Michio Kaku
118,781. I’m going to show you how to create a world where reality collides with mind-bending technology. One room where you can do anything and be anyone. (Science & Space & Universe & Room & Reality) Michio Kaku, Sci-Fi Science: Physics of the Impossible s2e11: Holodeck