The Master Cadre Physics (Recorded Batch) offers an advanced and flexible learning experience designed for candidates preparing for Master Cadre Physics exams. This recorded batch covers a wide range of Physics topics in-depth, providing a comprehensive understanding of key concepts and their applications.

What You Will Learn

Classical Mechanics

Advanced Dynamics: Study Newtonian mechanics, including complex problems in motion, force, and energy. Learn about systems of particles, rigid body dynamics, and Lagrangian mechanics.

Non-Newtonian Mechanics: Explore the principles of non-inertial frames, rotational dynamics, and advanced topics such as Hamiltonian mechanics.

Electromagnetism

Electrostatics: Delve into advanced topics such as electric field theory, Gauss’s law, and potential theory. Study complex capacitor networks and electrostatic potential energy.

Magnetostatics and Electrodynamics: Understand advanced concepts in magnetostatics, including Biot-Savart law and Ampere’s circuital law. Explore Maxwell's equations and their applications in electrodynamics.

Electromagnetic Waves: Study wave propagation, waveguides, and antenna theory. Learn about the interaction of electromagnetic waves with matter and practical applications.

Quantum Mechanics

Fundamental Principles: Explore in-depth quantum theory, including wave-particle duality, quantum states, and operators. Study advanced topics such as perturbation theory and quantum tunneling.

Quantum Systems: Learn about quantum harmonic oscillators, angular momentum, and spin. Understand the applications of quantum mechanics in atomic and molecular physics.

Thermodynamics and Statistical Mechanics

Advanced Thermodynamics: Study complex thermodynamic systems, including phase transitions, critical phenomena, and thermodynamic potentials.

Statistical Mechanics: Understand advanced topics such as ensemble theory, partition functions, and the connection between statistical mechanics and thermodynamics.

Optics

Geometric and Physical Optics: Explore advanced concepts in ray optics, wave optics, and quantum optics. Study optical systems, interferometry, and spectroscopy.

Laser Physics: Learn about the principles of laser operation, types of lasers, and applications in various fields including medicine and communication.

Modern Physics

Relativity: Study advanced topics in special and general relativity. Understand the impact of relativity on time, space, and gravity, including relativistic effects in high-energy physics.

Nuclear and Particle Physics: Explore the structure of atomic nuclei, nuclear reactions, and particle physics. Study standard model particles and interactions.

Interactive Learning Experience

Access recorded lectures and extensive study materials at your convenience, allowing for flexible review and deep understanding of advanced Physics concepts.

Engage with challenging practice questions, assignments, and simulations designed to reinforce and apply your knowledge effectively.

Course Terms and Conditions
Course Validity and Syllabus Completion:

Each course validity package is designed to cover the entire syllabus once within a single batch Validity .
Students enrolled in any validity package will have access to the recorded sessions of that batch until the validity period ends.
If a student misses any class from their end, no repeat classes will be provided after the syllabus has been completed. It is the student’s responsibility to attend the scheduled classes.
Lifetime Validity:

Certain batches may offer lifetime validity, which means the course access is valid until the relevant examination is conducted( Validity Till Exam ).
The syllabus will be completed once during this lifetime validity, similar to other packages.
Recording Access:

Recordings provided are solely for the purpose of personal review and study. Sharing or distributing these recordings is strictly prohibited.
Course Materials:

Course materials, including notes, assignments, and quizzes, are provided for personal use only. Unauthorized use or distribution of these materials is not allowed.
Refund Policy:

No refunds will be provided under any circumstances. Students are advised to thoroughly review the course details before making a purchase.
Technical Issues:

The institute is not responsible for any technical issues on the student’s end, including but not limited to internet connectivity problems, hardware malfunctions, or software compatibility issues. Recordings of the classes will be provided to compensate for any missed sessions due to such issues.
Code of Conduct:

Students are expected to maintain decorum and respect in all online interactions. Any form of misconduct may result in termination of access to the course without any refund.
Changes to Course Schedule:

The institute reserves the right to make changes to the course schedule, including the timing of classes and the duration of the course. Students will be informed of any such changes in advance.
Certification:

Certificates, if applicable, will only be provided upon successful completion of the course and all associated assessments. Missing any assessment without prior approval may result in not receiving the certificate.
Disclaimer:

The institute makes no guarantees regarding the success or performance of students in any exams or assessments as a result of completing the course. Success depends on individual effort and dedication.
Amendments:

The institute reserves the right to amend these terms and conditions at any time. Students will be notified of any significant changes.
By enrolling in the course, students agree to abide by these terms and conditions. Failure to comply with these terms may result in the termination of course access without any refunds.