Particles and waves: The central mystery of quantum mechanics - Chad Orzel

There is no mystery in QM. A particle is always a particle & a wave is always a wave. Objects move as object-wave system like boat moves as boat-wave system. Similar to gravitational waves motion of object creates waves in fabric of space. These waves are temporary in nature which disappear as soon as particle stops its motion. Particle during its motion remains a particle & never changes to wave. Wave properties of particle last only during its motion. Space waves associated with particle move at light speed. In case of light its particle & associated wave travels at light speed, therefore photon moves as single wave particle unit. For objects which move at lesser speed their associated wave is ahead of the objects. In double slit experiment it is the waves associated with particles which interfere & guide the particles into making interference pattern. Waves dissipate as soon as particle stops at the detector. In double slit experiment single particle never passes through both slits, never interferes with itself or is present at two paths/places at same time. These speculative guesses are interred from single particle interference pattern where particle has nothing to do with the interference pattern, it is the wave associated with the particle which changes its path when passing through narrow opening to form interference pattern.

Im so hooked in this wave-particle on light i need answersss im so confused 😂

why do some people just have to talk with their throat curled

Wonderful. Thanks

Planck quark manipulation It takes a lot of practice

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دا انجليزي يا مستر حودة؟

Quantum Light (h) is a dualistic quantum particle that in the cosmic vacuum
can fly at a constant speed (c=1). In this movement, light uses its linear spin
and it does not produce electromagnetic waves. Light behaves like a corpuscular.
But light can behave like a wave if it uses its angular rotation (the torque required
to accelerate angularly around the axis of rotation). In this situation, the speed
of the light is faster than the constant. The speed is c>1.
This situation is explained by Lorentz transformations.
The problem is that we do not know the geometric shape of the light quantum.

من طرف محمود مجدي 😂

من طرف عمك محمود مجدي

اللهم إني أستعين بك يا الله ،اللهم حقق لي حلمي واجعل لي الخير وإن كنت أطمع في دخول كلية الطب وأطمع بأعلى المنازل ،اللهم ارزقنا الخير يا الله فنحن نطلب العلم ونُستنزف نفسيا وجسديا وماديا سبيل ذلك , اللهم أعنا على طاعتك وحسن عبادتك وكن لنا عوناً وقت الإمتحان يا الله

Any other 11-year-olds here wanting to learn about the quantum realm? No?

Mr Mahmoud Magdy

مهو حضرتك انا بفهم فيزيا عربي عشان كده داخل افهمها اكتر انجلش المستر محمود 🤡

حبيبي ي مستر حوده😂

محمود مجدي عاملكم دعايه 😂😂

الي جاي من عند محمود مجدي ومفهمش حاجه من الفيديو

Outstanding explanation. I could never understand what Max Planck was envisioning and trying to resolve. Thank you!!!

So, what I don't understand ins the mystery behind this, it seems common sense that if you shoot something with mass at things with mass, it changes the trajectory. And in a laboratory where it is to us windless, there is a sertain "wind" per say at a molecular level.
I've never heard on non -dissipated pockets of hydrogen, oxygen, and helium gasses floating along...

They seem to mix a sertain way like salt in a glass of water. Same amount of salt, as if it can only dissipate so much of it.

Big question is what makes you think it isn't just pinballing around the countless other electrons? Being composed of the same substructures, and commonality of the movement of the photon and or electron, seems to be more of a kentucky windage effect to the layman.

Temperature changes, burning sensation such found in the realms of radioactivity. You can feel the electron excitement on your skin, and the amount of electrons that are absorbed and emitted.

It is almost as if photons are the energy that makes the universe work in general.

Almost as if we need light to keep from decaying.

I have understood nothing, but it is very interesting matter )))

BRILLIANT !! It's part of Malaysian High School Physics syllabus, newly introduced 1 year back 👍🏻👍🏻😁 .. definitely helps in understanding

pieces of a puzzle falling into place to form a bigger puzzle

just going off what I know from the effects of the electron and the photon the photon always goes through the slits but the electron doesn't which means it has to be something within the electron causing it not to go through the slits

12 / 3 ///

One way to think of wave particle duality of light and matter in the form of electrons is that it is forming a blank canvas for us (atoms) to interact with; we have waves over a period of time and particles as an uncertain future unfolds. The mathematics of quantum mechanics represents the physics of time with classical physics represents processes over a ‘period of time’ as in Newton's differential equations.
In this theory the mathematics of quantum mechanics represents geometry, the Planck Constant ħ=h/2π is linked to 2π circular geometry representing a two dimensional aspect of 4π spherical three-dimensional geometry. We have to square the wave function Ψ² representing the radius being squared r² because the process is relative to the two-dimensional spherical 4π surface. We then see 4π in Heisenberg’s Uncertainty Principle ∆×∆pᵪ≥h/4π representing our probabilistic temporal three dimensions life. The charge of the electron e² and the speed of light c² are both squared for the same geometrical reason. We have this concept because the electromagnetic force forms a continuous exchange of energy forming what we experience as time. The spontaneous absorption and emission of light photon ∆E=hf energy is forming potential photon energy into the kinetic energy of electrons. Kinetic Eₖ=½mv² energy is the energy of what is actually happening. An uncertain probabilistic future is continuously coming into existence with the exchange of photon energy.

sound is too low

Are you watching this romsae

thankyou for this!!💜💜

Why can Americans never pronounce things correctly? Like seriously? Why don't they even make any effort? Why does it always sound like they're drawing their words instead of speaking properly?

nice video thank you

This is spirituality.

Bell's Theorem should have us thinking about the superluminal world. A couple of points to note are

(1) In one dimension of space, the relativistic velocity addition law implies symmetry between the subluminal and superluminal worlds. Everything travelling at speed u has a doppelganger travelling at speed c squared / u.

(2) Playing around with the Minkowski formalism, there appears to be more than one way to travel faster than light. The tachyonic way exchanges momentum and energy, while the other way exchanges spacelike and timelike intervals. This idea is not quite original to me - I have seen it in the literature.

I am interested in working out how a computer simulation of quantum mechanics might make use of a random number generator, based on my experience with fluid mechanics and Brownian motion of vorticity. We need to add some sort of Brownian motion to quantum mechanics. I would suggest that any Wiener process simply goes straight through the light barrier and occupies both the subluminal world and superluminal world equally. The entity is in tachyonic Brownian motion. We can have wavelike behaviour, with destructive interference, in the other way to travel faster than light. The TBM is responsible for particle-like behaviour of the entity. For example if two or more detectors are trying to catch the entity, TBM breaks the symmetry and only one detector gets the prize. In this scheme, wavelike and particle-like behaviour begin by being orthogonal to each other. Both behaviours are useless for nonlocal communication.

The key is knowing that there is more than one way to travel faster than light. After that you can construct your own theory and quantum mechanics becomes not so mysterious as a subject. It is still difficult but not impossibly so. We should be dishing out free testbed computer simulations of quantum mechanics so anyone can work out how to use a random number generator if my own ideas turn out to be wrong. I have written something in Excel VBA and every home should have one. One benefit of a spreadsheet is that generating a cinematic loop for the output is easy. VBA can do the sort of algebraic or object-oriented programming that we need for complex numbers and bispinors. I have a three-stage integrator for the Dirac equation. The engineering problems are being solved. It's now just a matter of using our imagination.

I can’t believe that the Zero Escape franchise got me interested in quantum mechanics and physics.

The fanatical father coincidently prefer because cycle intrahepatically help including a parallel hedge. pricey, white transport

The human hair...
It has a beginning and an end, it is a string of protien particles bound together that can be formed to be straight or curly. We can add color or take color away, changing the appearance of the hair but the base essence of the hair is unchanged. Too much, and the hair can break. It can decay over time...but its still hair...🤔

Worst video

Hiiiiiiiiii

Ahh yes revision of chapter 3 of class 11 atomic structure

Just a quick correction. Ernest Rutherford was a New Zealand physicist that worked in Manchester and was born in Brightwater, Nelson New Zealand

There are no particles in quantum mechanics. If there were, it would be called "particle mechanics". You need to think, people.

i call it "WARTICLES"

Top dttfyf 😎😎😎😎

I don't know how but got suddenly interested in physics.. thank you for the video
Seems like Louis de Brogile is the forgotten Hero here