Raiyan Haque | Waseda University (original) (raw)
Hello everyone! I am a student of theoretical physics, studying quantum field theory from a particle physics background. My undergraduate thesis was on the pair production of Kaluza-Klein particles due to an electric field in 5D, which was continuation of the research of my mentor. Currently, I am doing masters in theoretical physics.
My aim is to be in academia, and be an educator of physics myself following the footsteps of my teachers and professors.
Supervisors: Dr. Hiroyuki Abe
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I studied chapters 2, 3 and a bit of chapter 4 from the textbook. This is my study notes where I ... more I studied chapters 2, 3 and a bit of chapter 4 from the textbook. This is my study notes where I show all calculations and provided some extra information in appendices. I shall update this more, and if anyone finds mistakes, wants to add new or extra information, or just comment, please feel free to do so. I would appreciate any criticisms.
Short Revision Notes on High School and College Level Mathematics [The notes will be updated ... more Short Revision Notes on High School and College Level Mathematics
[The notes will be updated occasionally]
Let a ladder of length "l" and mass "m" be sliding against a wall. There is no friction anywhere.... more Let a ladder of length "l" and mass "m" be sliding against a wall. There is no friction anywhere. Initially, the ladder was at an angle from the ground. At a critical angle, the ladder loses contact with the wall as it slides down. This can be seen clearly as when the ladder falls completely, there is a displacement between the ladder and the wall (they are not in contact). Determine the angle at which the ladder loses its contact with the vertical wall.
Topics: Further Mechanics Electric Fields Magnetic Fields Particle Physics Nuclear Physics Thermo... more Topics:
Further Mechanics
Electric Fields
Magnetic Fields
Particle Physics
Nuclear Physics
Thermodynamics
Oscillations
Astrophysics
I studied chapters 2, 3 and a bit of chapter 4 from the textbook. This is my study notes where I ... more I studied chapters 2, 3 and a bit of chapter 4 from the textbook. This is my study notes where I show all calculations and provided some extra information in appendices. I shall update this more, and if anyone finds mistakes, wants to add new or extra information, or just comment, please feel free to do so. I would appreciate any criticisms.
Short Revision Notes on High School and College Level Mathematics [The notes will be updated ... more Short Revision Notes on High School and College Level Mathematics
[The notes will be updated occasionally]
Let a ladder of length "l" and mass "m" be sliding against a wall. There is no friction anywhere.... more Let a ladder of length "l" and mass "m" be sliding against a wall. There is no friction anywhere. Initially, the ladder was at an angle from the ground. At a critical angle, the ladder loses contact with the wall as it slides down. This can be seen clearly as when the ladder falls completely, there is a displacement between the ladder and the wall (they are not in contact). Determine the angle at which the ladder loses its contact with the vertical wall.
Topics: Further Mechanics Electric Fields Magnetic Fields Particle Physics Nuclear Physics Thermo... more Topics:
Further Mechanics
Electric Fields
Magnetic Fields
Particle Physics
Nuclear Physics
Thermodynamics
Oscillations
Astrophysics