Perimeter Institute for Theoretical Physics
Perimeter Institute for Theoretical Physics
  • Видео 517
  • Просмотров 22 460 551
Exploring quantum matter with Tim Hsieh | Meet the Explorers
Explore the fascinating journey of Tim Hsieh, a quantum matter researcher at Perimeter, as he delves into the emergent phenomena of quantum systems and the harmony between physics and music. Read his full story here: perimeterinstitute.ca/news/timothy-hsieh-quantum-matter-explorer
Perimeter’s research spans from the infinitesimal to the infinite, from particle physics to cosmology. At its core, Perimeter recruits and trains trailblazers exploring new frontiers. There’s no telling what they’ll find - and the next discovery might be just around the corner. Learn more here: perimeterinstitute.ca/we-are-explorers-future-theoretical-physics
Looking to add a touch of the cosmos to your everyday l...
Просмотров: 1 093

Видео

Expansion of the Universe Explained | Cosmology 101 Episode 1
Просмотров 1
In this episode of Cosmology 101, we dive into the concept of an expanding universe. From the first moments of the Big Bang, our cosmos has been stretching in every direction. We explore what this expansion means for us, how we know it's happening, and the fascinating implications of living in an ever-growing universe. Join Katie Mack, Perimeter Institute’s Hawking Chair in Cosmology and Scienc...
Introducing: Cosmology 101 with Katie Mack
Просмотров 3,9 тыс.День назад
Cosmology is the study of the universe's evolution. It's the narrative of the creation of the smallest particles and atoms that make up our own bodies and the unseen forces that govern our existence. It's the tale of black holes and dark matter, of spectacular explosions, and of the quiet, growing dark. Join Katie Mack, Perimeter Institute’s Hawking Chair in Cosmology and Science Communication,...
Measuring the microscopic with Sisi Zhou | Meet the Explorers
Просмотров 1,4 тыс.21 день назад
Our ability to understand the physics of the universe - large or small - depends on how precisely we can measure it. Sisi Zhou is measuring the microscopic with quantum metrology. Read her full story here: perimeterinstitute.ca/news/sisi-zhou-measuring-microscopic-quantum-metrology Perimeter’s research spans from the infinitesimal to the infinite, from particle physics to cosmology. At its core...
We are Explorers | Theoretical physics will define our future
Просмотров 6 тыс.Месяц назад
Perimeter Institute is a leading centre for foundational theoretical physics. Located in Waterloo, Ontario, Canada, our mission is to advance our understanding of the universe at the most fundamental level, stimulating the breakthroughs that could transform our future. Perimeter’s research spans from the infinitesimal to the infinite, from particle physics to cosmology. At its core, Perimeter r...
Neil Turok on the simplicity of nature
Просмотров 183 тыс.2 месяца назад
Neil Turok is a professor at the University of Edinburgh where he holds the Higgs Chair of Theoretical Physics. He acted as the director of Perimeter Institute from 2008 to 2019 and now holds the Carlo Fidani Roger Penrose Distinguished Visiting Research Chair in Theoretical Physics at PI. In this episode of Conversations at the Perimeter, he talks about his recent work that describes the Big B...
Physicist's Playbook to Time Management | For all types of work
Просмотров 3,6 тыс.3 месяца назад
This workshop's goal is to take one astrophysicist's approach to time management and translate it into actionable steps you can apply regardless of the goals you want to achieve. In about 40 minutes you will learn: - Key concepts of time management - A variety of tools you can use to prioritize and manage tasks - Provide some ideas that might work with your unique life - Give you resources for ...
Why we have not discovered dark matter: A theorist’s apology
Просмотров 68 тыс.4 месяца назад
A preponderance of astronomical evidence suggests that the galaxy is filled with dark matter. Despite knowing remarkably little about what this dark matter is, we expect that it is not composed of ordinary matter. Though we have spent 30 years expecting that it may be related to pressing open problems in fundamental physics, a heroic experimental program has shown that dark matter is even more ...
Francesca Vidotto on questions of being and becoming | Conversations at the Perimeter
Просмотров 6 тыс.4 месяца назад
Francesca Vidotto is a physicist and philosopher who is driven by two fundamental questions: “What is being?” and “What is becoming?”. These questions fuel her pioneering work in quantum gravity and cosmology, as well as her philosophical studies into epistemologies of science. She tackles the problem of understanding the quantum properties of space and time from an interdisciplinary lens that ...
Conversations on Artificial Intelligence: Should It Be Trusted? | Public Lecture
Просмотров 4,2 тыс.5 месяцев назад
Artificial Intelligence and big data are dramatically transforming the way we work, live, and connect. Innovators have begun designing AI solutions to advance society at a rapid pace, but often new technologies bring both promise and risk. How can we trust AI and safeguard society from unintended consequences to ensure a safe and human-centred digital future? Join the University of Waterloo in ...
Sir Anthony Leggett on science, superfluidity, and serendipity
Просмотров 5 тыс.5 месяцев назад
Sir Anthony Leggett, winner of the 2003 Nobel Prize in Physics for his foundational contributions to superfluidity, is a professor emeritus at the University of Illinois at Urbana-Champaign. Reflecting on a lifetime in science, he shares his groundbreaking work on superconductivity, superfluidity, and quantum science with Lauren and Colin, illuminating his ideas with simple metaphors of a milit...
Secrets of the Universe: Neil Turok Public Lecture
Просмотров 300 тыс.8 месяцев назад
How did the universe begin? How did it evolve to what we see now? In his Perimeter Public Lecture webcast on October 25, 2023, Perimeter Director Emeritus Neil Turok shared his insights into the basic laws of the universe and their surprising simplicity - including his latest work on an alternative to the cosmological inflation model. Turok is an internationally renowned cosmologist who has col...
Quantum 101 Episode 10: The Quantum Future
Просмотров 54 тыс.9 месяцев назад
Quantum physics was first developed just over a century ago when physicists discovered some of the most baffling eccentricities of the subatomic world. Those early experiments led to a beautiful, if counterintuitive, mathematical description of particle physics that has allowed us to make incredible leaps in technology and in our understanding of the universe. In our Quantum 101 series, we've g...
Quantum 101 Episode 9: Quantum Tunneling Explained
Просмотров 65 тыс.10 месяцев назад
Quantum 101 Episode 9: Quantum Tunneling Explained
Quantum 101 Episode 8: Photoelectric Effect Explained
Просмотров 42 тыс.10 месяцев назад
Quantum 101 Episode 8: Photoelectric Effect Explained
Pedro Vieira on a theory of all quantum field theories
Просмотров 17 тыс.10 месяцев назад
Pedro Vieira on a theory of all quantum field theories
Quantum 101 Episode 7: Quantum Computing Explained
Просмотров 32 тыс.10 месяцев назад
Quantum 101 Episode 7: Quantum Computing Explained
Quantum 101 Episode 6: Quantum Probability Explained
Просмотров 36 тыс.10 месяцев назад
Quantum 101 Episode 6: Quantum Probability Explained
Jessie Muir on the mystery of dark energy | Conversations at the Perimeter
Просмотров 60 тыс.10 месяцев назад
Jessie Muir on the mystery of dark energy | Conversations at the Perimeter
Quantum 101 Episode 5: Quantum Entanglement Explained
Просмотров 102 тыс.10 месяцев назад
Quantum 101 Episode 5: Quantum Entanglement Explained
Juan Maldacena Public Lecture: The Meaning of Spacetime
Просмотров 178 тыс.11 месяцев назад
Juan Maldacena Public Lecture: The Meaning of Spacetime
Quantum 101 Episode 4: Superposition Explained | Schrödinger's Cat
Просмотров 47 тыс.11 месяцев назад
Quantum 101 Episode 4: Superposition Explained | Schrödinger's Cat
Shohini Ghose on revolutions - quantum and social | Conversations at the Perimeter
Просмотров 2,3 тыс.11 месяцев назад
Shohini Ghose on revolutions - quantum and social | Conversations at the Perimeter
Quantum 101 Episode 3: Uncertainty in Quantum Mechanics
Просмотров 20 тыс.11 месяцев назад
Quantum 101 Episode 3: Uncertainty in Quantum Mechanics
Quantum 101 Episode 2: Quantization Explained
Просмотров 36 тыс.11 месяцев назад
Quantum 101 Episode 2: Quantization Explained
Dustin Lang on big data from a big universe | Conversations at the Perimeter
Просмотров 6 тыс.11 месяцев назад
Dustin Lang on big data from a big universe | Conversations at the Perimeter
Quantum 101 Episode 1: Wave Particle Duality Explained
Просмотров 102 тыс.11 месяцев назад
Quantum 101 Episode 1: Wave Particle Duality Explained
Emmy Noether National Forum: The Power of WHY? | Methods and Mindsets of Women in Science
Просмотров 1,1 тыс.Год назад
Emmy Noether National Forum: The Power of WHY? | Methods and Mindsets of Women in Science
Perimeter Institute Quantum Intelligence Lab (PIQuIL)
Просмотров 4,2 тыс.Год назад
Perimeter Institute Quantum Intelligence Lab (PIQuIL)
Introducing: Quantum 101 with Katie Mack
Просмотров 24 тыс.Год назад
Introducing: Quantum 101 with Katie Mack

Комментарии

  • @GreggRodgers
    @GreggRodgers 20 часов назад

    So, you're also a violin string theorist? :)

  • @nedparsons5668
    @nedparsons5668 День назад

    Perimeter Institute is a very special place ❤.

  • @MrHenkfromHolland
    @MrHenkfromHolland День назад

    This little guy gave not the answer about dark matter. He is taking way too much

  • @tonyhoward5675
    @tonyhoward5675 День назад

    The cycles do suggest that entanglement is antimatter 's revenge. Anyhow-great lecture. Thank you.

  • @theoreticalphysicsnickharv7683
    @theoreticalphysicsnickharv7683 День назад

    Beautiful

  • @ValidatingUsername
    @ValidatingUsername 2 дня назад

    I’d love to chat with this legend one day about his opinion on many worlds being the combinatorial options randomly dispersed throughout the non observed universe and not some extra dimension mess some people think. That and the whole scope of energization that isn’t on the geodesic between most observers and an event and the energy also sent back from their event to the event as an observer. About 94% 🧐

  • @Inquiring_Together
    @Inquiring_Together 2 дня назад

    Pretty cool. My favorite violin piece is Beethoven’s Romance No.2 in F Major. There is a ‘random precision’ quality to it. A quality of which may relate to the study of quantum matter and the attempt to control a systemless system. Such systems are going to have so many cool use case basis, and a lawyer like myself is looking forward to deriving from their fundamental logic and structuring their eventual widespread integration.

  • @thomassecurename3152
    @thomassecurename3152 2 дня назад

    Pointless.

  • @user-nb3mq3cg8k
    @user-nb3mq3cg8k 2 дня назад

    Why is the comments filled by ignorance and insolent?

  • @mikehawwke
    @mikehawwke 2 дня назад

    Steve Jobss loll

  • @MindyBickett
    @MindyBickett 2 дня назад

    The level of mutual respect and admiration among us is a beautiful thing to witness, creating a safe space for open and honest conversation.👄

  • @ShannonSp-wn5qk
    @ShannonSp-wn5qk 3 дня назад

    Thank you for having me I enjoy being here with all of y'all today and I believe it will be the Big show for everyone very soon we will see what life can really be

  • @desild5869
    @desild5869 3 дня назад

    Making some sense of what this expansion means is something that's been bugging me (non-scientist) for a long time. I ran into very few popular science attempts to touch on the fundamental nature of spacetime in depth. Our universe's expansion is one of the few topics that's closely related. 12 years ago, a very interesting lecture was published on this channel (YT video name: "Fay Dowker Public Lecture - Spacetime Atoms and the Unity of Physics (Perimeter Public Lecture)" that I feel was a little better than most in touching on the subject. Basically we have two very distinct possibilities: A. Spacetime is fundamentally discreet (i.e. quantified) at an unimaginably small scale (e.g. Planck length). This would mean we can talk about spacetime atoms. The hard consequence is we're fundamentally blocked from knowing much at all about what's "in-between" these atoms as what happens there is outside our universe (or perhaps better said, it's outside the 3+1 dimensions we're aware of). In quantified spacetime there are extremely tricky questions to answer about what we now call fundamental particles. Are these particles always bound to just one spacetime atom or can they spread across more than one? Very likely they are spread across more than one which directly contests their fundamental nature. So in quantified spacetime, what we now call fundamental particles are most likely not fundamental. There are likely smaller things, which we may never even be able to probe individually, which are bound to one spacetime atom at a time. Another wonderful question immediately arises: Can fundamental particles travel and/or interact across spacetime atoms that are not apparently adjacent in our 3+1 dimensions? Very likely the answer is again yes, which again has massive consequences. It means the topology of our universe is necessarily one with multiple dimensions, some of which enable these "at a distance" interactions between atoms. Considering all of the above then in quantified spacetime we have the amazing possibility that "expansion" can (partially?/fully?) mean that new spacetime atoms pop into existence between existing atoms. How would nearby fundamental particles be influenced by that? That's a mind melter. One of the most difficult things to conceive of in quantified spacetime is a gravity wave. You may be tempted to think a gravity wave is just a waving of spacetime atoms but no, if it was 100% just that, the gravity wave would not be noticeable from within spacetime. Something else waves and one of the most fascinating possibilities is what waves is the rate at which time elapses. I wasted quite some time trying to imagine that. B. Or maybe spacetime is fundamentally continuous (this doesn't mean we don't have the means to probe below a certain length so we assume it's continuous, it means we determine that in our mathematical model of the universe spacetime MUST be continuous or else some other well tested fundamental aspects of our model unravel). Massive questions arise in this case too. Like, literally, what does it even mean to "expand" in this case? If you think about it in depth, expansion makes absolutely no sense here as we have nothing to compare it to. In macroscopic physics, all expansions are like those from (A) if you probe them close enough. Also, with (A) it makes sense to imagine the difference between particles (i.e. stuff that's already "in" our universe) and spacetime (the canvas on which particle live). But with (B) the difference between spacetime and particles becomes very blurry. Particles become more like a local property of spacetime. When the canvas is stretched the particles are stretched, that's a bit easier to ponder, but if you think about where the "new" canvas came from... seems a lot harder than with (A). It's also a lot more difficult to discuss about extra dimensions and non-local interactions with (B). Again it's equally difficult to imagine a gravity wave. Even though particles seem like local properties of spacetime in this case, a gravity wave is clearly distinct from particles and yet it affects them. I can't make sense of that at all. Fun stuff.

  • @olgaeremina298
    @olgaeremina298 3 дня назад

    Про коды я уже где-то слышала если их знаешь можно свою жизнь перепрограммировать

  • @leftmono1016
    @leftmono1016 3 дня назад

    I’d love this to be explained please: As I understand it (huge caveat right there), expansion of the universe is demonstrated by the red shifting of light from distance objects. This is a similar effect to the Doppler effect on sound as a police siren changes in pitch as it passes by. But, the Doppler effect, in terms of sound waves, does not suggest that the air between the observer and the object is contracting and then expanding. So how do we know that space itself is expanding?

  • @dgnash
    @dgnash 3 дня назад

    Why are far away galaxies accelerating faster than nearby galaxies?

  • @susangoaway
    @susangoaway 3 дня назад

    hurdur diversity fuck off racist

  • @Sir_Winston_Smith
    @Sir_Winston_Smith 3 дня назад

    ah, mentioning all that native land bullshit, goodbye

  • @mutwa_0
    @mutwa_0 3 дня назад

    "Ways in which the universe has regular behaviour which we dont understand." This made me think of asteology🤔

  • @kaellum4260
    @kaellum4260 6 дней назад

    Sic itur ad astra. The more we know about the cosmos the more we know and are connected to ourselves and each other. Its all about interconnectedness and greater consciousness. #PhilosophyOfTimeTravel #3767

  • @docgord
    @docgord 6 дней назад

    Katie Mak is so impressive. I definitely intend to explore this series.

  • @SeiroosFardipour-wf4bi
    @SeiroosFardipour-wf4bi 6 дней назад

    What's difference between 🦋 and three Dimensional symbole of infinity!!!

  • @mrhassell
    @mrhassell 6 дней назад

    Two words. Lamda CDM. Sorry but for an Atheist, this sounds more like a talk from a Christian Apologist. It doesn't work, at all and you really do need to get a better theory! There's already Quantum Field Theory, perfectly capable of describing all "La Grande Conch's" "discrepancies"... funny but the moment you throw Lamaitre's theory in the bin, suddenly, everything makes sense! en.wikipedia.org/wiki/List_of_largest_cosmic_structures - Add these up, all 100 Billion Galaxies, with their 100 Billion Stars (Each), Planetary formation, Nebulas and the oddities, such as "The Great Attractor", having a mass 100 quadrillion times greater than our sun and span of 500 million light-years, together with the "Zone of Avoidance", which combine creating an immense Gravitational pull on our Galaxy through space at an unprecedented total current speed of 1000 kilometres per second (700,000 kilometres per hour), as Earth orbits the Sun at 107,000 kilometres per hour, as our Milky Way galaxy travels 2,200,000 (2.2 Million) kilometers per hour, relative to the cosmic background radiation, on a one way trip, beyond our currently ability to determine where exactly or what happens when we arrive, somewhere in the general vicinity of the constellation Centaurus...while somehow "accurate" measurements from "Caphid Variable Stars" (variable light sources, to keep things intresting) with the trusty "Type Ia supernovae", possibly balancing things using "RR Lyrae stars", a.k.a Tully-Fisher relation galaxies, seem to completely evade man. Don't you wonder why? Our present-day patch in the Universe, is a result of a multi-billion-year construction effort, with Sagittarius A* excerting 300 times more gravitational force, than previously anticipated, throwing Fred Zwicky's "Darkness", into the light.. I know its convenient and some lovely possibilities and made possible by Lamaitre's "primeval atom theory". However, that it is not how Science works and the Universe, does not owe you an explanation for its being. It clearly makes the smartest men, seem very feeble and fragile, which isn't courage. Its damned foolishness and of no real value continuing to waste time with such a hopeless field of science! Astronomers are not Physicists, not Chemists, Mathmaticians or trained with Quantum Mechanics. Those who are, like Neil right here, surely is aware of what a giant can of flaws he's grappling with. Trying to plug holes in a broken theory, with every greater efforts and costs.. is like plugging holes in the Titanic, using pickles. Find something better to do with your life!

  • @joenahhas4377
    @joenahhas4377 7 дней назад

    Classical Solar System by Copernicus Error Written as Universal Gravity Law by Newton Value = Einstein 4D Space-Time Physics. Born Again and Inverted Solar System Written as Electrostatics by Coulomb and Electromagnetics by Maxwell errors values = Quantum illusions relativistic delusions Atom. ENDING 500-Year of Western + 125 Year of NOBEL + EINSTEIN NOT HAS BEEN AND NEVER WAS

  • @aracoixo3288
    @aracoixo3288 7 дней назад

    🎵🎶🎧🎤

  • @marksmith8667
    @marksmith8667 8 дней назад

    Or - dark matter doesn’t actually exist and we’re just measuring wrong

  • @Thor_Asgard_
    @Thor_Asgard_ 8 дней назад

    I dont agree with him in terms of what he is talking about complexity. Still he is one bright mind.

  • @cpi23
    @cpi23 8 дней назад

    yessssssss

  • @Inquiring_Together
    @Inquiring_Together 9 дней назад

    Yes, evolution, changing, and ending. Certainly cornerstones of understanding for the human condition. There is no better quality of silence in nature than cosmological magnitude.

  • @shawns0762
    @shawns0762 9 дней назад

    The fundamental phenomenon of dilation explains dark matter/galaxy rotation curves. Mass that is dilated is smeared through spacetime relative to an outside observer. It's the phenomenon behind the phrase "mass becomes infinite at the speed of light". A 2 axis graph illustrates its squared nature, dilation increases at an exponential rate the closer you get to the speed of light. A time dilation graph illustrates the same phenomenon, it's not just time that gets dilated. Neil deGrasse Tyson recently spoke about this. Dilation will occur wherever there is an astronomical quantity of mass because high mass means high momentum. This includes the centers of very high mass stars and the overwhelming majority of galaxy centers. It can be inferred mathematically that the mass at the center of our own galaxy is dilated. This means that there is no valid XYZ coordinate we can attribute to it, you can't point your finger at something that is smeared through spacetime. More precisely, everywhere you point is equally valid. In other words that mass is all around us. Dilation does not occur in galaxies with low mass centers because they do not have enough mass to achieve relativistic velocities. It has been confirmed in 6 very low mass galaxies including NGC 1052-DF2 and DF4 to have no dark matter, in other words they have normal rotation rates. All binary stars have normal rotation rates for the same reason.

    • @lastchance8142
      @lastchance8142 6 дней назад

      Understand relativistic dilation, but haven't read anything about dilation or "smearing" due to gravity.

    • @shawns0762
      @shawns0762 6 дней назад

      @@lastchance8142 I would not describe it as smearing through gravity. The best way to understand it is to imagine a ship leaving the Earth at a constant acceleration rate. When the ship reaches 50% light speed, as viewed from an Earthbound observer with a magically powerful telescope, it would appear normal because as the graph shows nothing has changed at that point. When the ship reaches 75% light speed, the image would have to be a little fuzzy because as the graph shows, relativistic effects would be noticeable at that point. When the ship reaches 99% light speed it would not be visible because every aspect of its existence would be smeared through spacetime from the Earthbound observer's point of view, not onto itself.

  • @Andre-Linoge
    @Andre-Linoge 9 дней назад

    Doesn't this title sounds silly?

  • @Pottery4Life
    @Pottery4Life 9 дней назад

    Yay! Let's go!

  • @lenkyl
    @lenkyl 9 дней назад

    this is going to be incredible; i can't wait!

  • @mph3500
    @mph3500 9 дней назад

    Looking forward to this series!

  • @00bikeboy
    @00bikeboy 9 дней назад

    Outstanding! Looking forward to it.

  • @xspager
    @xspager 9 дней назад

    Katie

  • @GreggRodgers
    @GreggRodgers 9 дней назад

    Katie has a great delivery... I'm in!

  • @kevinbowrin8385
    @kevinbowrin8385 9 дней назад

    Hang out with the Green brothers long enough and you inevitably start a RUclips series 😂 This looks fantastic Dr. Mack! Can't wait to watch.

  • @calinutza33
    @calinutza33 10 дней назад

    🫣🤢🤮

  • @vitorhsilva26
    @vitorhsilva26 10 дней назад

    I hope I can study at PI someday.

  • @TheMemesofDestruction
    @TheMemesofDestruction 10 дней назад

    I came for the Cosmology. I left with a better understanding of Special Relativity. ♥^.^

  • @truthsyrum4859
    @truthsyrum4859 10 дней назад

    Bill Donahue brought me here

  • @Floxflow
    @Floxflow 10 дней назад

    His ASMR is a strong force that binds the universe together.

  • @SampleroftheMultiverse
    @SampleroftheMultiverse 11 дней назад

    Is it just a binary condition or simplified model for an infinite set of conditions?

  • @chrisalvarez6060
    @chrisalvarez6060 12 дней назад

    Let the girl get a word in

  • @138Syzygy
    @138Syzygy 12 дней назад

    taken a look at sun lately?

  • @robertchaffee5662
    @robertchaffee5662 12 дней назад

    He never mentioned the"Wow" signal.

  • @darrenbell2220
    @darrenbell2220 13 дней назад

    My book gravity solved and much more is now available on amazon and it explains how gravity works

  • @darrenbell2220
    @darrenbell2220 13 дней назад

    My book gravity solved and much more is now available on amazon. It explains how gravity works