The Holographic Universe Theory: An Idea That Changes How We View Reality

0:00 There is a moment that happens to almost everyone at least once. Usually in the middle of something completely ordinary. You are washing a glass at the kitchen [music] sink. Or you are walking through a parking lot. Or you are staring at the ceiling at 3:00 in the morning. >> [music] >> And suddenly a thought arrives. That does not feel like your other thoughts. It does not argue. It does not explain [music] itself. It simply drops in. The way a stone [music] drops into still water. And the thought is this. None of this [music] is solid. None of this is what it appears to be. [music] The walls, the floor, the hand holding

0:47 the glass. The glass itself, all of it is doing something other than what you have been told it is doing. [music] And for a half second, maybe a full second. You feel it. >> [music] >> Not as an idea. As a sensation. A slight vertigo. [music] A thinning of the world. As if reality [music] blinked and you caught it between frames. And then it passes. The glass is just a glass again. The parking lot is just [music] concrete. The ceiling is just plaster. And you go on with your day because there [music] is no framework for what just happened. No language your culture hands you >> [music] >> that would let you take that moment

1:33 seriously. But what if you were right? Not metaphorically. >> [music] >> Not poetically. What if that flicker of recognition that half second where everything seemed less solid than it should be was the most [music] accurate perception you have ever had? Because here is what has been quietly [music] accumulating in the last three decades of theoretical physics. And it is the kind of finding that does not make the evening news because no one knows how to report it without sounding unhinged. >> [music] >> The mathematics that best describes our universe, the equations that predict experimental results with breathtaking [music] precision,

2:20 those equations work better, far better, [music] if the universe is not what you think it is. If what you are living inside is not a three-dimensional volume of space filled with matter, >> [music] >> but something much stranger, something that behaves at its deepest level exactly [music] like a hologram. Not a hologram in the way science fiction [music] uses the word. Not a flickering projection of a person standing on a table. A hologram in the way physics uses the word, which is far more radical, and far more [music] disturbing, and far more beautiful than any movie has ever shown you. And this is not fringe speculation. [music]

3:06 This is not someone's blog post or a late-night theory scribbled on [music] a napkin. This is a line of inquiry that began with one of the most celebrated theoretical physicists [music] of the 20th century, was refined by a Nobel laureate, >> [music] >> has been tested against real data from real experiments, and has quietly become one of the most discussed [music] ideas in the foundations of physics, and almost no one outside of that world >> [music] >> has heard it explained properly. So, that is what we are going to do here. We are going to go inside [music] this idea. Not to skim it. Not to use it as a metaphor for something softer. >> [music] >> To actually understand what the holographic principle says,

3:52 >> [music] >> what means for the nature of the reality you are sitting in right now, and what it reveals about the role you play in the construction of [music] everything you see. If you are ready to go even deeper into what we have just opened here, >> [music] >> listen to this. Have you spent years chasing manifestation visualizing affirming >> [music] >> raising your vibration, only to watch the same patterns repeat? Every traditional method [music] assumes the same thing, that you are separate from what you want. That separation was never real. You were chasing [music] a signal you were already broadcasting. Beyond the Frequencies, a quantum guide to consciousness mastery [music]

4:39 walks through all nine frequencies, from the dense transmissions trapping you, through the ascending currents, to the master [music] frequencies where consciousness becomes the field. Every method you tried sent a signal outward. This one tunes [music] the signal you already are. Every day you delay, your nervous system broadcasts the same old signal, and breaking free [music] gets harder. So, move on it tonight. Now, let us step inside the physics that makes all of this real. The story begins in the 1970s [music] with a man named Jacob Bekenstein and a question about black [music] holes. Bekenstein was a young physicist working on a problem that had been nagging the

5:24 field for [music] years. Black holes, as described by general relativity, are regions of space-time where gravity is so extreme that nothing, not light, >> [music] >> not information, nothing escapes once it crosses the event horizon. The event horizon is not a physical wall. It is a boundary, [music] a point of no return. Cross it >> [music] >> and you are pulled inward inevitably toward the singularity at the center. >> [music] >> Now, the problem Bekenstein was thinking about had to do with entropy. Entropy [music] in physics is a measure of disorder, but more precisely, [music] it is a measure of the number of possible microscopic arrangements that

6:12 could produce the same macroscopic [music] state. A box of gas has high entropy [music] because there are trillions upon trillions of ways the molecules could be arranged and still look like the same [music] box of gas from the outside. Entropy is also deeply connected [music] to information. The entropy of a system tells you how much information you would [music] need to describe its exact microscopic state. Here is where [music] it gets strange. In every other physical system we know of, entropy scales with volume. A bigger box holds more possible arrangements, >> [music] >> so it has more entropy. Double the volume, roughly double the

6:59 entropy. >> [music] >> This makes intuitive sense. More space, more room for things to be arranged differently. More information needed to describe the full picture. But Bekenstein discovered something about black holes that broke this [music] pattern completely. He found that the maximum entropy of a black hole [music] is not proportional to its volume. It is proportional to the surface area of its event horizon. >> [music] >> Not the three-dimensional interior, the two-dimensional boundary. Read that again [music] slowly because the implications are enormous. The total amount of information that can be contained within a region of space [music] is not determined by how much

7:45 space there is. It is determined by the area of the surface [music] that encloses it. The information is on the boundary, not in the volume. This was not a guess. >> [music] >> Bekenstein derived it mathematically. And shortly after, >> [music] >> Stephen Hawking confirmed and refined the result. The entropy of a black hole, now called [music] the Bekenstein-Hawking entropy, is equal to 1/4 of the area of the event horizon measured in Planck units. Planck units are the smallest meaningful units [music] in physics. The scale at which quantum effects and gravitational effects become indistinguishable. And at that scale, [music]

8:30 the event horizon can be thought of as a grid. Each tiny Planck area cell on that grid [music] encodes one bit of information. One binary choice. Yes or no. [music] On or off. The entire interior of the black hole, everything that has ever fallen in, every star, [music] every particle, every photon, all of it is encoded [music] on the surface, not stored inside. Encoded on a two-dimensional boundary. >> [music] >> Now, you might think this is just a peculiarity of black holes. An [music] exotic result for an exotic object. But in the 1990s, a physicist named Gerard 't Hooft, who would go on to win

9:17 the Nobel Prize, took Bekenstein's [music] result and asked a much larger question. What if this is not just true for black [music] holes? What if this is true for the universe itself? >> [music] >> 't Hooft proposed what he called the holographic principle. The idea, stated plainly, is this. The total information content of any region of space can be [music] fully described by data encoded on the boundary of that region. The three-dimensional world you experience [music] the depth, the distance, the volume, is a projection. [music] A faithful, complete, utterly convincing projection, but a projection nonetheless. [music]

10:03 The real information, the fundamental data from which everything [music] is constructed, lives on a lower dimensional surface. This was radical. It was also, at the time, just a conjecture. [music] A beautiful one. A mathematically motivated one. But still >> [music] >> a conjecture. And then, in 1997, something happened [music] that changed the conversation permanently. A theoretical physicist [music] named Juan Maldacena, working at Harvard, published [music] a paper that would become the most cited paper in the history of high-energy physics. >> [music] >> It has been cited over 20,000 times. What Maldacena showed was a specific,

10:49 [music] mathematically precise example of the holographic principle [music] in action. He demonstrated that a particular kind of five-dimensional space-time, called anti-de Sitter space, [music] with gravity operating inside it, is exactly equivalent to [music] a four-dimensional quantum field theory living on its boundary. Not approximately equivalent, exactly [music] equivalent. Every calculation you can do in the five-dimensional gravitational theory has a perfect [music] translation into the four-dimensional boundary theory, and vice [music] versa. This is called the ADS/CFT correspondence. [music] ADS stands for anti-de Sitter space, the

11:35 interior. CFT stands for conformal [music] field theory, the boundary. And the word correspondence means that these are not two theories [music] about two different things. They are two descriptions of the same thing. The bulk, the interior, the world [music] with gravity and depth and volume, is the hologram. The boundary, the lower-dimensional [music] surface, is where the information actually lives. If this is resonating with you, >> [music] >> if you can feel something shifting even slightly in how you understand the world around you, >> [music] >> take a moment to hit the like button and subscribe to this channel so we can keep going deeper together into these ideas.

12:22 Think about what [music] this means. In Maldacena's framework, the entire interior of a universe, with its galaxies and particles and forces and [music] curvature of space-time, is mathematically identical to information processing on a flat surface with no gravity at all. The depth you [music] would experience if you lived inside that universe, the feeling of moving through three-dimensional space, is real in the sense that it is a consistent [music] experience, but it is emergent. It is not fundamental. [music] It arises from something simpler, something flatter, something [music] that does not look anything like the world it produces. Now, Maldacena's [music] specific

13:09 example uses anti-de Sitter space, which has a negative cosmological [music] constant. Our universe appears to have a positive cosmological constant. So, the correspondence does not map directly onto our cosmos in its current form. This is an important caveat, and honest physics requires stating it. But the principle it demonstrates, [music] that a higher dimensional world with gravity can be fully encoded on a lower dimensional boundary [music] without gravity, that principle has proven so mathematically robust, so consistent, so productive [music] of new results, that the majority of theoretical physicists working in this

13:54 area now treat some version [music] of the holographic principle as likely to be true of our universe as well. The specific [music] technical details of how it maps onto a universe with positive cosmological constant [music] are still being worked out. The direction is not in serious dispute. [music] So, pause here. Sit with what has just been described. Not as [music] philosophy, not as metaphor, as the actual state of play in fundamental physics. The mathematics that [music] best describes reality says that the three-dimensional world you are experiencing right now may be a projection from a two-dimensional surface. That the depth [music] you see when you

14:40 look out a window, the distance between you and the horizon, the space [music] between your hand and the table, may not be fundamental features of reality. >> [music] >> They may be emergent features, constructed, projected, real in the [music] sense that they are consistent and measurable, but not real in the sense that they are the bottom layer. >> [music] >> There is something underneath, and that something does not look like the world you see. This is where most explanations stop. [music] They deliver the physics. They let you sit with the strangeness, and then they move on. [music] But we are not going to do that.

15:27 Because the holographic principle is not just a statement about the architecture of space-time. It is a [music] statement about the nature of information. And information in physics is not an abstraction. [music] It is the most concrete thing there is. In 1961, a physicist named Rolf Landauer articulated a principle that now bears [music] his name. Landauer's principle states that erasing one bit of information in [music] a physical system necessarily dissipates a minimum amount of energy as heat. [music] Information is not separate from physics. Information [music] is physics. Every bit of data has a physical cost,

16:13 [music] a thermodynamic footprint. To process information is to do something real to the physical [music] world. To encode information is to structure reality. >> [music] >> And this is where the holographic principle stops being a curiosity about black holes >> [music] >> and starts being a statement about you. Because if the universe is holographic, if the three-dimensional world is a projection from information [music] encoded on a boundary, then everything you experience, every object, every sensation, >> [music] >> every thought, is a pattern of information being read, processed, [music] and projected. You are not a body moving through space.

16:59 [music] You are information being rendered as a body moving through what [music] appears to be space. This is not a demotion. This is not a statement that you are less real than you thought. >> [music] >> It is a statement that what you are is more fundamental than you thought. You are not a thing inside [music] a container. You are a pattern in the code that generates the [music] container. And that distinction changes everything about how you understand your [music] own experience. I want to pause here and ask [music] you something. Have you ever had that moment, that flicker where reality felt less [music] solid than it should, where something shifted in your

17:46 perception even for an instant? >> [music] >> Tell me about it in the comments. What were you doing when it happened? >> [music] >> And what did it feel like? Consider what happens when you [music] observe something. In classical physics, observation is passive. [music] You look at a rock and the rock is unchanged. Your eyes receive photons that bounced [music] off its surface and your brain assembles an image. The rock does not care that you are looking. But in quantum mechanics, this [music] picture collapses entirely. The act of measurement, the act of observation, >> [music] >> changes the system being observed. This is not a metaphor.

18:32 It is the most replicated result [music] in the history of physics. The double slit experiment, first performed with light by Thomas Young in 1803 and later performed with individual electrons, [music] demonstrates this with brutal clarity. When electrons are fired one at a time through two parallel slits and no measurement is made of which slit each electron passes through, [music] the electrons build up an interference pattern on the detector screen. An [music] interference pattern is the signature of a wave. Each [music] electron somehow passes through both slits simultaneously, interferes [music] with itself, and

19:18 lands in a position consistent with wave behavior. But, the moment you place a detector at the [music] slits to determine which one the electron actually goes through, the interference [music] pattern vanishes. The electrons behave like particles. They go through one slit [music] or the other, never both. The act of looking, >> [music] >> of extracting information, changes the physical outcome. In the standard Copenhagen interpretation of quantum mechanics, >> [music] >> this is described as wave function collapse. The [music] electron exists in a superposition of states, a mathematical [music] object called a wave function, that encodes all possible outcomes [music]

20:04 and their probabilities. Measurement collapses the wave function [music] into a single definite state. Before measurement, the electron is not at any particular [music] place. It does not have a definite trajectory. It exists as a cloud of probability. Measurement forces [music] it to choose. Now, layer this onto the holographic principle. If reality is fundamentally informational, >> [music] >> if the three-dimensional world is a projection from encoded data, then what the double slit experiment [music] is showing you is not just a quirk of subatomic particles. It is showing you how the projection [music] works. The hologram does not render what is not

20:50 being observed. [music] It does not need to. The information is there, encoded on the boundary, but it is not projected [music] into the three-dimensional experience until something, some act [music] of measurement, some interaction that extracts information, calls it into form. [music] This is not an interpretation I am inventing. This is the direction that several serious physicists have been [music] pointing for years. John Archibald Wheeler, >> [music] >> one of the towering figures of 20th century physics, the man who coined [music] the term black hole, spent the last decades of his career developing what he called the it from bit [music] doctrine.

21:37 His claim was stark. Every physical quantity, every [music] it, derives its existence entirely from information, >> [music] >> from bits. The universe is not made of matter. It is not made of energy. It is made of information, and the physical world, >> [music] >> the world of its, is what information looks like from the inside. [music] Wheeler also proposed the participatory universe. The idea that observers are not passive witnesses to [music] a pre-existing reality, but active participants in bringing reality into being. Not in a vague, spiritual sense, >> [music] >> in a precise, physical sense. The universe, Wheeler argued, is a

22:23 self-excited [music] circuit. It creates observers, and observers, through the act of observation, >> [music] >> create the information that constitutes the universe. >> [music] >> The loop is closed. There is no outside. If you are inside a hologram, and the hologram is made of information, and information requires observation to become definite, then you are not a spectator. You are a rendering engine. >> [music] >> Your consciousness, your attention, your act of looking, is part of the mechanism [music] by which the projection becomes specific. Without observation, [music] the wave function does not collapse. Without collapse, there is no definite

23:10 outcome. Without definite outcomes, [music] there is no three-dimensional world. There is only potential. Only the unrendered code on the boundary waiting. This is the moment where the spiritual traditions [music] and the physics converge so precisely that the overlap becomes impossible to dismiss as coincidence. In Advaita Vedanta, one of the oldest philosophical [music] traditions on Earth, the central teaching is that the world of form, >> [music] >> the world of objects and bodies and separate things, is Maya. This word is almost always [music] mistranslated as illusion, which makes it sound like the tradition is saying [music] the world is fake.

23:56 That is not what Maya means. Maya means that which is measured. [music] It means that which appears through the act of measurement. The world is not an illusion. [music] It is a measurement. It is what reality looks like when [music] consciousness interacts with the field of potential. The world is real, but it is not [music] fundamental. It is generated. It is projected. It is the [music] readout, not the source. The Vedantic sages were not doing physics. They did not have particle accelerators or interferometers, [music] but they were doing something else with extraordinary rigor. They were turning attention inward and observing the process of observation itself. And what

24:43 they reported [music] consistently across centuries and across cultures is that the observer is prior to the observed, >> [music] >> that consciousness does not arise from matter, that matter arises within consciousness, >> [music] >> that the world you see is a display appearing in the awareness that you are. This is exactly the [music] structure the holographic principle describes. Translated from mathematics [music] into direct experience. The boundary is the fundamental layer. The bulk is [music] the projection. The information is primary. The three-dimensional world is secondary. The observer is not inside the hologram.

25:29 The observer [music] is what the hologram is made of. And here is where this stops being abstract and starts being [music] practical. Because if you are living inside a holographic projection, and if the projection [music] is rendered by observation, then the quality of your observation directly affects the quality of your reality. >> [music] >> Not metaphorically. Structurally. >> [music] >> Think about what you observe most of the day. Not what you look at. What you observe. Where your attention goes. What you measure with your awareness. For most people, the [music] answer is devastating in its monotony. They observe their fears.

26:15 >> [music] >> They observe their resentments. They observe their mental rehearsals of conversations [music] that have not happened and disasters that have not arrived. They observe the same loop of [music] thought, the same cluster of worries, the same handful of emotional patterns over and over [music] and over. And the holographic principle, combined with the observer [music] effect, says that this is not a neutral activity. Every act of observation [music] is an act of rendering. Every time you place your attention on something, you are [music] collapsing potential into form. You are choosing from the infinite field of what could be, >> [music] >> what will be.

27:01 Not once, continuously, with every breath, with every thought you sustain long enough for it to become a feeling. [music] This is not the same as saying you can think your way to a mansion. That [music] is a caricature, and it misunderstands the mechanism entirely. What is being described here is more [music] subtle and more powerful. The holographic projection is not a wish fulfillment machine. It is a coherence amplifier. [music] It renders reality in accordance with the dominant pattern of information being [music] processed by the observer. Not the fleeting thought, not [music] the momentary desire,

27:47 the sustained pattern, >> [music] >> the deep structure of attention, the thing you return to when you are not trying to return to anything. And this is [music] why two people can stand in the same room at the same moment, surrounded by the same objects, [music] and experience completely different realities. Not because one [music] is delusional, because each is collapsing a different set of potentials [music] based on what they are actually observing. One person walks into a room and observes [music] threat. Their nervous system activates, their perception narrows. They see evidence of danger [music] everywhere. Another person walks into the same room and observes possibility.

28:34 Their nervous system opens, their perception widens. [music] They see evidence of opportunity everywhere. Both are correct. Both are rendering a valid projection from the same underlying information. The difference is not in the room. [music] The difference is in the observer. And this is not just psychology. This is physics operating at the level of [music] lived experience. The placebo effect, one of the most well-documented phenomena in medicine, is a direct demonstration of this. A person is given a sugar pill and told it is a powerful medication. Their body responds as if it received [music] the medication.

29:20 Pain decreases. Inflammation reduces. In some studies, measurable physiological changes [music] occur that are indistinguishable from those produced by the actual drug. The information [music] the person holds about what is happening, their observation of their own situation, changes [music] the physical outcome. The hologram responds to what the observer believes is being [music] observed. There was a study published in 2007 by Alia Crum and Ellen Langer at Harvard [music] that demonstrated this with startling clarity. Hotel room attendants were divided [music] into two groups. Both groups continued doing their normal work, which involved [music] significant

30:06 physical activity, cleaning rooms, changing sheets, pushing carts. One group was told [music] that their daily work met the Surgeon General's recommendations for an active lifestyle. The other group was told nothing. Four weeks later, the informed group showed measurable decreases [music] in weight, blood pressure, and body fat percentage. The uninformed group showed [music] no change. Same work. Same physical activity. The only difference was the information the observer held about what [music] they were doing. The observation changed the outcome. Now I want to hear from you. Knowing that your observation shapes [music] your rendering,

30:52 what is the one pattern of attention you have been running on autopilot that you are now ready to release? [music] Drop it in the comments below. Now extend this to everything. To every moment of your day. >> [music] >> To every sustained pattern of attention. You are not passively experiencing a world that exists [music] independently of you. You are actively participating in the rendering of a world >> [music] >> that is being generated in part by the structure of your observation. The hologram is not fixed. It is responsive. [music] It is alive to the quality of attention being directed at it. And this means that the most important [music] thing you will ever do is not

31:38 something you do with your hands or your words or your plans. It is something you do with your awareness. It is the choice of what you observe >> [music] >> and how and from what depth. There is a practice that emerges directly from this understanding and it is not complicated. But it requires a kind of discipline that most people [music] have never been asked to develop. It is the practice of conscious observation. Not meditation [music] in the traditional sense. Though meditation can serve as its training ground. Conscious observation is the act of choosing deliberately what you render. Here is how it works. At some point today,

32:24 and I mean today, not tomorrow. [music] Not when you feel ready. You are going to stop what you are doing for 60 seconds. You are going to close your eyes and you are going [music] to notice what your awareness is currently rendering. Not what you wish it were rendering. What it actually is. [music] What thought loop is running. What emotional tone is coloring your [music] perception. What assumption about reality is operating in the background, [music] so familiar that you have stopped noticing it. Just notice. Do not try to change it. Do not judge it. [music] Simply observe the observer. See what the rendering engine is

33:09 currently set [music] to. This is the first step, and it is the hardest one because most people have never looked at their own observation without trying to fix it. >> [music] >> The fixing impulse is itself a pattern of observation. It says [music] something is wrong. It says this moment needs to be different. And that observation, that this moment is wrong, is itself [music] a rendering instruction. It tells the hologram to produce [music] a reality in which something is always wrong. So, for 60 seconds, you simply watch. You let the [music] current rendering be what it is. And in that watching, something extraordinary happens. [music] A gap opens.

33:56 A tiny space between the observer and the observed. [music] And in that space, you catch a glimpse of what you actually are. Not the thoughts. Not the emotions. [music] Not the body. The awareness in which all of those appear. The screen on which the hologram [music] is projected. The boundary surface itself. This is what the Vedantic tradition calls [music] the witness. This is what quantum mechanics calls the observer. This is what the holographic [music] principle identifies as the fundamental layer. And you do not have to go anywhere to find it. You do not have [music] to achieve anything.

34:41 You do not have to become worthy of it. It is what you already are. Underneath every rendering, >> [music] >> prior to every projection, before the first bit of information was ever collapsed into [music] form. And when you rest in that, even for a moment, the rendering changes. Not because [music] you forced it to, because the quality of observation shifted. When you observe [music] from the level of the witness, from the boundary rather than from inside the projection, the hologram reorganizes. It has to. >> [music] >> The projection is a function of the observer. Change the observer's depth, and the depth of [music] the projection

35:28 changes with it. This is why people who have had genuine awakening experiences, even [music] brief ones, report that the world looks different afterward. Colors are more [music] vivid. Sounds are more present. Other people seem more real, more dimensional. It [music] is not that the world changed. It is that the observer shifted to a deeper layer, and the hologram, being a faithful projection, rendered a deeper [music] reality. The information was always there. The boundary always held the full picture. But the observer was reading from a shallow layer, >> [music] >> and so the projection was shallow.

36:16 Deepen the reading, and the projection [music] deepens. There is a second practice that follows from the first, and it has [music] to do with what you might call deliberate rendering. Once you have learned to observe your own observation, >> [music] >> to see the pattern your awareness is currently running, you gain the ability to choose [music] a different pattern. Not by force, not by affirmation, not by pretending [music] something is true that you do not believe. By genuinely shifting the [music] depth from which you observe. Here is what I mean. Most [music] people observe their lives from the level of the character. They are identified [music] with the body, the name, the history,

37:04 the preferences, the fears. >> [music] >> From that level, the rendering is dense, heavy reactive. Everything is personal. [music] Everything is threatening or desirable. The hologram projected from that level of observation produces [music] a reality that confirms the character's assumptions. A world of scarcity if the character believes in scarcity. A world of [music] conflict if the character expects conflict. A world of limitation if [music] the character finds itself by its limits. But there is another level available. The level of the witness. The level of the boundary.

37:49 From that level, the same information is present. [music] But the rendering is different. >> [music] >> From the witness, you observe the character having its experience without being consumed by [music] it. You see the fear without being the fear. You see the desire without being the desire. You see [music] the thought without being the thought. And from that vantage point, the hologram [music] projects differently. It produces a reality that is more spacious, more responsive, more aligned with what the [music] deeper pattern of your being is actually requesting. This is not magical thinking. >> [music] >> This is information theory applied to

38:36 consciousness. The hologram renders what the observer [music] observes. If the observer is shallow, the rendering is shallow. If the observer is deep, the rendering is deep. [music] If the observer is contracted around a single fear, the rendering counteracts around that fear. If the observer opens to the full field, [music] the rendering opens to the full field. The mechanism is impersonal. It does not reward or punish. It reflects. It projects. It renders faithfully whatever pattern of observation [music] is being sustained. And this, sir, this is what it means to be chosen. Not chosen by an external deity who

39:23 selected you from a lineup. Chosen [music] in the sense that you are the point of observation through which this particular rendering of reality [music] is being generated. There is no one else who can observe from where you observe. There is no one else whose attention [music] collapses the same potentials in the same way. The specific [music] configuration of awareness that you are, the precise angle of observation, >> [music] >> the unique pattern of information processing that constitutes your consciousness, that is irreplaceable. Not because you are special in the way the ego wants to be special. Because you [music] are necessary in the way a pixel is necessary to an image.

40:09 >> [music] >> Remove it and the picture is incomplete. The hologram needs every point [music] of observation to be fully rendered. And your point of observation is yours alone. This is what the [music] mystics meant when they said you were created in the image of God. Not that you look like [music] God. That you function like God. That you are a creative point of awareness. Generating reality through observation. [music] Projecting a world from information. Collapsing potential into form. The image of God is not a shape. [music] It is a function. And that function is observation. Conscious,

40:55 >> [music] >> creative, reality generating observation. Let me bring [music] this back to something you can feel right now. In this moment. In the body you are sitting in. Because the holographic principle is not something [music] that is true out there. In the mathematics. In the physics departments. In the equations on the blackboard. >> [music] >> It is true here. In the sensation of your breath entering your lungs. In the pressure [music] of your body against whatever surface is supporting it. In the visual [music] field you are perceiving right now, which your brain is constructing from electrical signals that bear no resemblance to the world they [music] produce.

41:40 Your visual cortex receives signals from the retina. Those signals are patterns of electrical impulses. [music] They have no color. They have no shape. They have no depth. [music] Color, shape, and depth are added by the brain. They are part [music] of the rendering. The world you see is not the world that is there. It is the world your observation constructs [music] from information. This is not philosophy. This is basic neuroscience. And it maps [music] perfectly onto the holographic principle. The information is on the boundary. >> [music] >> The experience of depth and color and form is the projection.

42:27 You are living inside the rendering right now. You have always been living inside it. >> [music] >> The question is not whether this is true. The question is what you do [music] with the knowing. There is one more layer I want to take you into. And it has to do [music] with time. Because if space is holographic, if depth is a projection, [music] then time may be as well. And this is where the physics gets truly vertiginous. In 2016, [music] a team of physicists published a paper exploring the holographic encoding of time. Their work suggested that temporal sequence, the experience of one moment following another,

43:12 may itself be an emergent property of information processing [music] on the boundary. The boundary is timeless. The information encoded there does not change in the way we experience [music] change. What we call the flow of time, the sense that the past is gone and the future has not arrived, may be the holographic projection [music] of a static, timeless pattern of information. This connects [music] to something that has been known in general relativity for over a century. Einstein's equations treat time as a dimension, not as a flow. In the block [music] universe model that emerges from relativity, all moments, past, [music] present, and future, exist simultaneously.

44:01 The experience of time flowing is something the observer [music] adds. It is part of the rendering, not part of the underlying structure. If this is true, and the mathematics [music] increasingly suggests that it is, then the moment you are in right now is not a fleeting instant sandwiched [music] between a dead past and an unborn future. It is an eternal point of observation. The boundary holds all the information. >> [music] >> The projection renders it sequentially because that is how the observer processes [music] it. But the information is all there, all at once. The past is not gone. The future [music] is not missing.

44:46 They are aspects of the same holographic pattern >> [music] >> observed from a particular angle. And this means that the feeling [music] you sometimes have, the feeling that everything is happening at once, that all of your life is somehow present [music] in this single moment, that feeling is not a glitch. It is a glimpse [music] of the boundary, a moment when the observer stops processing sequentially and catches the whole pattern. Mystics have described this for [music] millennia, the eternal now, the timeless present. Physics [music] is beginning to describe it too in its own language, with its own rigor,

45:32 arriving at the same place from a completely [music] different direction. So, here you are, inside the hologram, not metaphorically, >> [music] >> not as a thought experiment, as the actual situation you find yourself in. A conscious point of observation rendering a three-dimensional world from information encoded [music] on a two-dimensional surface, collapsing potential into form with every act of attention [music] generating the experience of time through the sequential processing of a timeless pattern. [music] And the question that matters, the only question that has ever mattered, >> [music] >> is not whether this is true.

46:18 It is what quality of observation you are going to bring to the next moment, [music] because the next moment is not coming to you. You are rendering it right now. With the pattern of attention [music] you are sustaining right now. With the depth of observation you are choosing right now. With the information you are collapsing into form right now. You can render from the level of the character >> [music] >> identified with the story, contracted around the fear, repeating the [music] same pattern, and wondering why the projection never changes. Or you can render from the level of the witness [music] the boundary, the awareness that is prior to the projection, >> [music]

47:04 >> and watch the hologram reorganize around a deeper pattern. One that you did not design with your mind. One [music] that was always encoded in the information. One that was waiting for you to observe from a deep enough place [music] to bring it into form. Consider coming back to this video [music] each morning before the noise of the day begins, and letting these ideas reset the depth [music] from which you observe. And if someone comes to mind as you listen, someone who has been searching [music] for this understanding without knowing what to call it, send this to them. When two observers [music] begin recognizing the same truth,

47:49 the coherence between them amplifies the rendering for [music] both. The holographic field responds to shared awareness. That is not a small act. That is [music] two points of observation synchronizing.