Physicist Hammad Shaukat
Physicist Hammad Shaukat
  • Видео 217
  • Просмотров 20 945
Electric field equations in Non Planar Coordinates || Advance EMT || Physicist Hammad Shaukat
In this video, we delve into the derivation and application of electric field equations in non-planar (curvilinear) coordinates as part of the Advanced Electromagnetic Theory (EMT) course. We start by reviewing the fundamental concepts of electric fields and Maxwell's equations and then explore how these fields behave when the spatial coordinates are non-planar, such as cylindrical, spherical, or other curvilinear coordinate systems.
Key Topics Covered:
Introduction to Non-Planar Coordinates: Explanation of different types of non-planar coordinate systems (cylindrical, spherical, etc.) and their importance in solving real-world electromagnetic problems.
Electric Field in Curvilinear Coordina...
Просмотров: 5

Видео

Jet Dependence of Charged Particles Production in pp Collision at LHC Energies || Graduate Lab9:05Jet Dependence of Charged Particles Production in pp Collision at LHC Energies || Graduate Lab
Jet Dependence of Charged Particles Production in pp Collision at LHC Energies || Graduate Lab
Просмотров 372 часа назад
Jet Dependence of Charged Particle Production in pp Collision at LHC Energies - Graduate Lab Presentation by Physicist Hammad Shaukat In this video, I present my graduate lab project on "Jet Dependence of Charged Particle Production in Proton-Proton (pp) Collisions at LHC Energies." This presentation is a part of my Master’s program in Physics at COMSATS University Islamabad. Here, we dive into...
Quiz 1 Solved || Nuclear Tracks || Physicist Hammad Shaukat10:01Quiz 1 Solved || Nuclear Tracks || Physicist Hammad Shaukat
Quiz 1 Solved || Nuclear Tracks || Physicist Hammad Shaukat
Просмотров 152 часа назад
Quiz 1 Solved || Nuclear Tracks || Physicist Hammad Shaukat Q.No.1: A 5.00 g charcoal sample from an ancient fire pit has a 14C activity of 63.0 disintegrations/min. A living tree has 14C activity of 15.3 disintegrations/min per 1.00 g. The half-life of 14C is 5730 y. How old is the charcoal sample? Q.No.2: The isotope 40K can decay to either 40Ca or 40Ar ; assume both decays have a half-life o...
Pseudo-rapidity Results in pp Collisions13:59Pseudo-rapidity Results in pp Collisions
Pseudo-rapidity Results in pp Collisions
Просмотров 74 часа назад
Particle Production: The plot demonstrates that most particles produced in pp collisions are concentrated in central region symmetric around η = 0 and decreases with increasing |η|, corresponding to fewer particles being produced in more forward and backward directions. Energy Dependence: As collision energy increases from 0.9 TeV to 13 TeV, the height of the central peak rises, suggesting a gr...
Transverse Momentum Results in pp Collisions13:59Transverse Momentum Results in pp Collisions
Transverse Momentum Results in pp Collisions
Просмотров 107 часов назад
The spectra decrease rapidly with increasing pT , indicating that low-momentum particles are more common than high-momentum particles. With increasing collision energy, the distributions exhibit a longer tail at higher pT , indicating a higher likelihood of producing particles with large transverse momentum. This trend reflects the increased phase space for high-momentum particle production at ...
Multiplicity Results in pp Collisions17:00Multiplicity Results in pp Collisions
Multiplicity Results in pp Collisions
Просмотров 97 часов назад
The curves feature a peak at low multiplicities followed by a rapid decrease, indicating that events with fewer particles are more frequent. As the collision energy increases, the peak shifts toward higher multiplicity values, suggesting a higher average particle production. The distribution’s tail extends further for higher energies, showing that high-multiplicity events become more likely as ...
Charged Particle Production || Particle Physics || High Energy Physics || Physicist Hammad5:49Charged Particle Production || Particle Physics || High Energy Physics || Physicist Hammad
Charged Particle Production || Particle Physics || High Energy Physics || Physicist Hammad
Просмотров 814 часов назад
Definition: The creation of charged particles (such as protons, electrons, etc.) during high-energy collisions, such as those in proton-proton (pp) collisions at the LHC. Key Concepts: Multiplicity: The total number of charged particles produced in a collision event. Reflects the event's complexity and energy transfer. Pseudo-rapidity (η): Describes the angle of particle emission relative to th...
Radius of Interaction, Coulomb Potential & Nuclear Cross Section || Nuclear Tracks30:02Radius of Interaction, Coulomb Potential & Nuclear Cross Section || Nuclear Tracks
Radius of Interaction, Coulomb Potential & Nuclear Cross Section || Nuclear Tracks
Просмотров 2414 часов назад
In this video, we dive into the fundamental concepts of nuclear physics, focusing on the Radius of Interaction, Coulomb Potential, and Nuclear Cross Section. We explore how the interaction radius is essential in defining the area of influence in nuclear reactions, particularly in particle collisions. We’ll also discuss Coulomb potential, which describes the electrostatic interaction between cha...
The ALICE Experiment at LHC || Particle Physics || High Energy Physics || CERN || Physicist Hammad4:48The ALICE Experiment at LHC || Particle Physics || High Energy Physics || CERN || Physicist Hammad
The ALICE Experiment at LHC || Particle Physics || High Energy Physics || CERN || Physicist Hammad
Просмотров 2516 часов назад
A dedicated heavy-ion detector at the LHC. ALICE stands for A Large Ion Collider Experiment. Optimized for studying quark-gluon plasma and properties of strongly interacting matter. Focuses on proton-proton (pp) and heavy-ion collisions. Investigates the formation and behavior of hot, dense matter in the early universe. Crucial for understanding multiplicity and charged particle production in h...
5.6 Estimate Lamb shift energy gap between the 2S and 2P levels in Hydrogen Atom || Particle Physics10:015.6 Estimate Lamb shift energy gap between the 2S and 2P levels in Hydrogen Atom || Particle Physics
5.6 Estimate Lamb shift energy gap between the 2S and 2P levels in Hydrogen Atom || Particle Physics
Просмотров 3616 часов назад
Estimate the Lamb shift energy gap between the 2S and 2P levels in Hydrogen Atom || Particle Physics In this video, we delve into the fascinating topic of the Lamb shift, an essential phenomenon in quantum electrodynamics (QED) that explains the energy difference between the 2S and 2P levels of the hydrogen atom. The Lamb shift is a remarkable effect that arises due to the interaction between t...
The Large Hadron Collider (LHC) || Particle Physics || High Energy Physics || CERN7:13The Large Hadron Collider (LHC) || Particle Physics || High Energy Physics || CERN
The Large Hadron Collider (LHC) || Particle Physics || High Energy Physics || CERN
Просмотров 3719 часов назад
Overview: World’s largest and most powerful particle accelerator. Located at CERN, spanning 27 km in circumference. Operates at unprecedented energy levels to study fundamental particles. Role in High-Energy Physics: Collides protons at near light-speed to recreate conditions like the Big Bang. Allows physicists to study particle interactions, jet production, and fundamental forces. Key for dis...
Assignment 2: Principles and Methods of Nuclear Tracks | Problem-Solving | Physicist Hammad Shaukat21:31Assignment 2: Principles and Methods of Nuclear Tracks | Problem-Solving | Physicist Hammad Shaukat
Assignment 2: Principles and Methods of Nuclear Tracks | Problem-Solving | Physicist Hammad Shaukat
Просмотров 51День назад
"Assignment 2: Principles and Methods of Nuclear Tracks | Detailed Problem-Solving Guide | Physicist Hammad Shaukat In this video, we dive deep into advanced nuclear physics concepts through Assignment 2: Principles and Methods of Nuclear Tracks. Topics covered include calculating critical angles, etching efficiency, vertical and horizontal etching rates, and much more. We also solve questions ...
Solving Advanced EMT Assignment 2: Reflection and Transmission Coefficient || Physicist Hammad35:01Solving Advanced EMT Assignment 2: Reflection and Transmission Coefficient || Physicist Hammad
Solving Advanced EMT Assignment 2: Reflection and Transmission Coefficient || Physicist Hammad
Просмотров 34День назад
"In this video, Physicist Hammad Shaukat presents a thorough walkthrough of solving Assignment 2 in Advanced Electromagnetic Theory (EMT), focusing on Reflection and Transmission Coefficients. These concepts play a vital role in understanding how electromagnetic waves behave when encountering different media interfaces. The lecture covers key principles of wave propagation, reflection, and refr...
ETCHING Track (VT,VB,VD,V) & Critical Angle θc || Nuclear Tracks || Physicist Hammad Shaukat7:19ETCHING Track (VT,VB,VD,V) & Critical Angle θc || Nuclear Tracks || Physicist Hammad Shaukat
ETCHING Track (VT,VB,VD,V) & Critical Angle θc || Nuclear Tracks || Physicist Hammad Shaukat
Просмотров 16День назад
In this video, Physicist Hammad Shaukat delves into the principles of nuclear tracks with a detailed focus on the etching process, critical angles, and track parameters. The discussion covers key concepts such as VT (Track Velocity), VB (Bulk Etch Rate), VD (Track Etch Rate), and the etching velocity V. These parameters are essential in understanding how nuclear tracks are revealed in solid-sta...
You can't argue with physics, mate - Physicist Hammad Shaukat0:16You can't argue with physics, mate - Physicist Hammad Shaukat
You can't argue with physics, mate - Physicist Hammad Shaukat
Просмотров 12День назад
You can't argue with physics, mate - Physicist Hammad Shaukat
Lecture 11: Transmission and Reflection Coefficient || Advanced EMT || Physicist Hammad35:16Lecture 11: Transmission and Reflection Coefficient || Advanced EMT || Physicist Hammad
Lecture 11: Transmission and Reflection Coefficient || Advanced EMT || Physicist Hammad
Просмотров 28День назад
Lecture 11: Transmission and Reflection Coefficient || Advanced EMT || Physicist Hammad
5.4 Using Equation 3,43 to express the kinetic energy, show that the lowest-order || Particle Physic7:265.4 Using Equation 3,43 to express the kinetic energy, show that the lowest-order || Particle Physic
5.4 Using Equation 3,43 to express the kinetic energy, show that the lowest-order || Particle Physic
Просмотров 2314 дней назад
5.4 Using Equation 3,43 to express the kinetic energy, show that the lowest-order || Particle Physic
Numerical Problem's Solving of Nuclear Tracks || Physicist Hammad Shaukat24:01Numerical Problem's Solving of Nuclear Tracks || Physicist Hammad Shaukat
Numerical Problem's Solving of Nuclear Tracks || Physicist Hammad Shaukat
Просмотров 4514 дней назад
Numerical Problem's Solving of Nuclear Tracks || Physicist Hammad Shaukat
5.3 Work out all of the hydrogen wave function for n = 2. using Equation 5.12 || Particle Physics15:165.3 Work out all of the hydrogen wave function for n = 2. using Equation 5.12 || Particle Physics
5.3 Work out all of the hydrogen wave function for n = 2. using Equation 5.12 || Particle Physics
Просмотров 2414 дней назад
5.3 Work out all of the hydrogen wave function for n = 2. using Equation 5.12 || Particle Physics
How to Add Bibliography in Overleaf with Correctly Sequenced References, Professional LaTeX Tutorial9:23How to Add Bibliography in Overleaf with Correctly Sequenced References, Professional LaTeX Tutorial
How to Add Bibliography in Overleaf with Correctly Sequenced References, Professional LaTeX Tutorial
Просмотров 5914 дней назад
How to Add Bibliography in Overleaf with Correctly Sequenced References, Professional LaTeX Tutorial
5.2 Obtain the ground-state wave function 100. Show that it satisfies the Schrodinger equation.18:555.2 Obtain the ground-state wave function 100. Show that it satisfies the Schrodinger equation.
5.2 Obtain the ground-state wave function 100. Show that it satisfies the Schrodinger equation.
Просмотров 7514 дней назад
5.2 Obtain the ground-state wave function 100. Show that it satisfies the Schrodinger equation.
Fundamental Forces - Gravitational, Strong Nuclear, Weak Nuclear, Electromagnetic Force || Hammad7:17Fundamental Forces - Gravitational, Strong Nuclear, Weak Nuclear, Electromagnetic Force || Hammad
Fundamental Forces - Gravitational, Strong Nuclear, Weak Nuclear, Electromagnetic Force || Hammad
Просмотров 2514 дней назад
Fundamental Forces - Gravitational, Strong Nuclear, Weak Nuclear, Electromagnetic Force || Hammad
How to Professionally Add Graphs from OriginPro to Documents and Presentations3:28How to Professionally Add Graphs from OriginPro to Documents and Presentations
How to Professionally Add Graphs from OriginPro to Documents and Presentations
Просмотров 2914 дней назад
How to Professionally Add Graphs from OriginPro to Documents and Presentations
Fission Track Dating & Problems Solving || Spontaneous and Induced Track Densities || Nuclear Tracks21:32Fission Track Dating & Problems Solving || Spontaneous and Induced Track Densities || Nuclear Tracks
Fission Track Dating & Problems Solving || Spontaneous and Induced Track Densities || Nuclear Tracks
Просмотров 4414 дней назад
Fission Track Dating & Problems Solving || Spontaneous and Induced Track Densities || Nuclear Tracks
How to install Fortran on Ubuntu 22.04 || Fortran Compiler || Physicist Hammad Shaukat3:00How to install Fortran on Ubuntu 22.04 || Fortran Compiler || Physicist Hammad Shaukat
How to install Fortran on Ubuntu 22.04 || Fortran Compiler || Physicist Hammad Shaukat
Просмотров 4221 день назад
How to install Fortran on Ubuntu 22.04 || Fortran Compiler || Physicist Hammad Shaukat
Carbon Dating & Problem Solving || Nuclear Tracks || Physicist Hammad Shaukat21:51Carbon Dating & Problem Solving || Nuclear Tracks || Physicist Hammad Shaukat
Carbon Dating & Problem Solving || Nuclear Tracks || Physicist Hammad Shaukat
Просмотров 3821 день назад
Carbon Dating & Problem Solving || Nuclear Tracks || Physicist Hammad Shaukat
Lecture 10: Advanced Electromagnetic Field and Waves - Chapter 7, Problem 7.2 || Physicist Hammad36:51Lecture 10: Advanced Electromagnetic Field and Waves - Chapter 7, Problem 7.2 || Physicist Hammad
Lecture 10: Advanced Electromagnetic Field and Waves - Chapter 7, Problem 7.2 || Physicist Hammad
Просмотров 4021 день назад
Lecture 10: Advanced Electromagnetic Field and Waves - Chapter 7, Problem 7.2 || Physicist Hammad
Solving Problems 1-10 Chapter 03 - Atoms, Radiation, and Radiation Protection - James E. Turner25:38Solving Problems 1-10 Chapter 03 - Atoms, Radiation, and Radiation Protection - James E. Turner
Solving Problems 1-10 Chapter 03 - Atoms, Radiation, and Radiation Protection - James E. Turner
Просмотров 7321 день назад
Solving Problems 1-10 Chapter 03 - Atoms, Radiation, and Radiation Protection - James E. Turner
Welcome to our You tube - Physicist Hammad Shaukat0:21Welcome to our You tube - Physicist Hammad Shaukat
Welcome to our You tube - Physicist Hammad Shaukat
Просмотров 1121 день назад
Welcome to our You tube - Physicist Hammad Shaukat
Introduction to Particle Physics, Standard Model, Quarks and Leptons || Physicist Hammad Shaukat6:53Introduction to Particle Physics, Standard Model, Quarks and Leptons || Physicist Hammad Shaukat
Introduction to Particle Physics, Standard Model, Quarks and Leptons || Physicist Hammad Shaukat
Просмотров 6121 день назад
Introduction to Particle Physics, Standard Model, Quarks and Leptons || Physicist Hammad Shaukat

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