Professor M does Science @ProfMScience

Scientist 🔭 | Youtuber 🎬 | Educator 📚 Watch on Youtube: https://t.co/sqqkcaH8dq Joined May 2020

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Professor M does Science @ProfMScience

4 years ago

We've been using unitary operators in several of our videos... but what are unitary opeators in the first place? Find out the basics of these all-important operators in our latest video #quantum #onlinelearning 👇 youtu.be/baIT6HaaYuQ

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Professor M does Science @ProfMScience

5 years ago

Starting a new series on the #quantum harmonic oscillator. Check out the first video and stay tuned for the upcoming videos🍿 youtu.be/OdizRUe84bg

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Professor M does Science @ProfMScience

5 years ago

New video on orbital angular momentum in #quantum mechanics: all you need to know to work in spherical coordinates! youtu.be/EyGJ3JE9CgE

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Professor M does Science @ProfMScience

5 years ago

In these uncertain times... what could be more appropriate than a deep dive into the Heisenberg uncertainty principle? Check out our take on it👇 youtu.be/pfjQtyLBBHw

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Professor M does Science @ProfMScience

5 years ago

Today we start a new series on angular momentum in #QuantumMechanics and... the other Professor M has jumped from behind the camera into the limelight, so don't miss it 👇 youtu.be/Bo5qoaLsBOE

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Professor M does Science @ProfMScience

5 years ago

What is the position of a #quantum particle? And its momentum? And its energy?🤔 What happens when we measure the properties of quantum particles is one of the most fascinating aspects of quantum theory. Check out my latest video for the key concepts👇 youtu.be/u1R3kRWh1ek

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Professor M does Science @ProfMScience

5 years ago

Spooky action at a distance? #physics #Halloween

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Professor M does Science @ProfMScience

5 years ago

Last week we learnt how to write one-body operators like position and momentum in second quantization. Today we move on to two-body operators, which include the important case of the Coulomb interaction 👇 youtu.be/vgiSgjmRXuQ

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Professor M does Science @ProfMScience

5 years ago

These past few weeks we learned how to write states in second quantization. Today we take the first look at how to write operators👇 youtu.be/8sXWslDlZU0

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Professor M does Science @ProfMScience

5 years ago

This week we complete the circle with fermions: electrons, quarks, muons, protons, neutrons... Check out the latest video to learn how to create and annihilate the fundamental particles that make up all the visible matter in the #Universe👇 youtu.be/HZ43XE89n8s

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Professor M does Science @ProfMScience

5 years ago

Some of the most fascinating particles out there are bosons: photons, the Higgs, and even emergent quasiparticles like phonons. In the latest video we learn how to create and annihilate bosons👇 youtu.be/BhK6u0bMqG0

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Professor M does Science @ProfMScience

5 years ago

Second video on second quantization😉 We look at the Fock space to describe systems with a variable number of #quantum particles. This will allow us to describe creation and annihilation of particles down the line, so stay tuned! youtu.be/jAw9WMkcCj0

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Professor M does Science @ProfMScience

5 years ago

Today we start a series on second quantization. This approach to #quantum theory will allow us to study advanced topics like quantum field theory or condensed matter. The first video attempts to demistify the occupation number representation⚡️ youtu.be/hTaqxOK8nGQ

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Professor M does Science @ProfMScience

5 years ago

We typically do #quantum mechanics using state vectors called kets. In today's video we learn that we can do quantum mechanics in an alternative but completely equivalent way: the density operator. To learn more, check out the video👇 youtu.be/DQEtg8pWT8E

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Professor M does Science @ProfMScience

5 years ago

We learnt last week that exchange degeneracy causes a big problem: we cannot use the rules of #quantum mechanics for single particles to make predictions about multiple particles. In our latest video we solve this, check it out👇 youtu.be/hOY51y9iqGQ

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Professor M does Science @ProfMScience

5 years ago

Does #quantum mechanics break down when we have more than one particle? 🤯 In today's video we pose an intriguing question... 🧐 Don't miss it! youtu.be/-HMZNk6VlZ0 #PhysEd

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Professor M does Science @ProfMScience

5 years ago

After learning about the #maths of permutation operators last week, now we want to use them to build the #quantum states that allow us to describe systems of many particles: symmetric and antisymmetric states. Find out more in my latest video👇 youtu.be/6pwtOV5mUpo

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Professor M does Science @ProfMScience

5 years ago

Why do we call some particles electrons? And why some protons? We compare their mass, charge, spin, and so on... and if they are the same between two particles we give them the same name: they are identical particles. This is obvious... or is it? 🧐 youtu.be/1cIl3m-fmnY