Find Your Research Interest
A guide to Physics and related research areas
Condensed Matter Physics deals with understanding the physical properties of solids and liquids by studying how large numbers of atoms and electrons behave collectively. It explains phenomena such as electrical conductivity, magnetism, superconductivity, and phase transitions, and forms the foundation of modern materials science and many technologies used in electronics, energy, and sensing.
Sub areas :
- 👉🏼 Semiconductor Physics
- 👉🏼 Magnetism and magnetic materials
- 👉🏼 Spintronics and magnetic heterostructures
- 👉🏼 Low dimensional systems (2D materials, thin films, nanostructures)
- Soft condensed matter (liquid crystals, polymers, colloids)
- Theoretical and Computational condensed matter physics
A paragraph explanation
Sub areas :
- Non linear Optics
- Laser and Laser Spectroscopy
- Molecular dynamics
A paragraph explanation
Sub areas :
- Quantum Computers
- Quantum Communication
- Quantum Information
- Quantum Algorithm
A paragraph explanation
Sub areas :
- Quantum Computers
- Quantum Communication
- Quantum Information
- Quantum Algorithm
A paragraph explanation
Sub areas :
- Quantum Computers
- Quantum Communication
- Quantum Information
- Quantum Algorithm
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- Candidate should be very good at class 12th level mathematics like calculus, complex numbers, vector algebra, matrices and determinants etc.
- Candidate should be dedicated and hardworking.
- Candidate should able to invest time for homework after the class.
- Candidate should set proper time table so as to work consistently.
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(January-2025 to December-2025)
- Daily classes in the evening (Approximately 2-2.5 hour class per day)
- Mathematical Physics, Classical Mechanics, Electronics, Thermodynamics, Relativity, Crystallography etc. will be taught in the first 6 month.
- Quantum Mechanics, Statistical Physics, Atomic and Molecular Physics, Electrodynamics, Nuclear and Particle Physics and Optics etc. will be taught in the next 6 month.
- Daily assignments that contains textbook problems and topic wise MCQs. Difficult/unsolved problems will be solved in the class again.
- Weekly Interview sessions. In this session, students who are selected randomly should solve problems and answer questions in front of us. Classroom Course students will be called upon board to solve problems. Performance will be recorded.
- Difficult/unclear topics or problems will be discussed in the class again.
- Platform for discussion.
- Test at every weekend.
- Full length mock tests at the end of the course.
- Full revision at the end of the course.
- Course materials will be available until 2025 JEST exam and PhD interviews.
- Training for PhD interviews and other career guidance after the course.
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- If students starts from January, they can prepare well for December TIFR exam, next February GATE/JAM exam and next March JEST exam. In between these months, at least one CSIR-NET exam will come.
- Students will get sufficient time to digest concepts and solve problems from different books.
- Students will get sufficient time to improve themselves starting from basic math, logical thinking, problem solving skills etc.
- Easy to do revision. Students can schedule weekend revision starting from the beginning. As, course runs slowly, students can manage time for revision parallelly.
- In case of any health issues, it is easy to recover the topics.
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(June-2025 to December-2025)
- Daily classes in the early morning or evening or both (Approximately 2.5-3 hour class per day)
- Daily assignments that contains textbook problems and topic wise MCQs. (Approximately 5 hour homework). Difficult/unsolved problems will be solved in class again.
- Practice test every weekend.
- Weekly Interview sessions. In this session, students who are selected randomly should solve problems and answer questions in front of us. Classroom Course students will be called upon board to solve problems. Performance will be recorded.
- Platform for discussion.
- Full length mock tests at the end of the course.
- Course Materials will be available until June (next year).
- Training for PhD interviews and other career guidance after the course.
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(6 Month )
- 650+ hours of video recordings and lecture slides.
- Students should watch at least 3.5 hours of video lectures and complete 4 hours of homework daily.
- Assignments that contains textbook problems and topic wise MCQs.
- Platform for discussion.
- Full length mock tests at the end of the course.
- Those who complete the course successfully will be allowed to Dec-2025-Jan-2026 Live Revision.
- Training for PhD interviews and other career guidance after the course.
Who can join
- Those who are highly motivated and focused.
- Those who have self discipline.
- Those who can study full time.
Who should not join
- Those who are social media or mobile addict.
- Those who are unable to work hard consistently.
- Those who are doing full time job.
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(1 Year )
- 650+ hours of video recordings and lecture slides.
- Students should watch at least 2 hours video lectures and do 2 hours homework daily.
- Assignments that contains textbook problems and topic wise MCQs.
- Platform for discussion.
- Full length mock tests at the end of the course.
- Those who complete the course successfully will be allowed to Dec-2025-Jan-2026 Live Revision.
- Training for PhD interviews and other career guidance after the course.
Who can join
- Those who are highly motivated and focused.
- Those who have self discipline.
- Those who have a job but can manage 2 hours for video watching and 2 hours for homework daily.
Who should not join
- Those who are social media or mobile addict.
- Those who are unable to work hard consistently.
- Those who are doing hectic job and can’t manage time for video watching and homework daily.
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We don’t have a separate JAM course or batch. Our course primarily targets JEST, TIFR, GATE, and CSIR-NET. Since we cover many basic topics such as Thermodynamics, Optics, and certain aspects of Newtonian Physics in our course, we ensure that BSc/BTech students perform well in JAM.
Why we don’t have a separate JAM course/batch ? :
Those who restrict themselves to JAM syllabus cannot perform well in JEST and TIFR exams (check syllabus). Additionally, cracking IISc or other premier institute I-PhD interviews will be very difficult. TIFR do not consider JAM exam.
We will start a separate JAM batch from 2025.
FAQs
Our course primarily targets JEST, TIFR, GATE, and CSIR-NET. Since we cover many basic topics such as Thermodynamics, Optics, and certain aspects of Newtonian Physics in our course, we ensure that BSc/BTech students perform well in JAM. We don’t have a separate JAM course or batch as of now. Read this article .
Those who restrict themselves to JAM syllabus cannot perform well in JEST and TIFR exams (check syllabus). Additionally, cracking IISc or other premier institute I-PhD interviews will be very difficult. TIFR does not consider the JAM exam. We will start a separate JAM batch from 2025.
Check below links for the subjects covered in the course :
Read this article.
Evening classes are fixed from 6pm-8:30pm (Mon-Sat). When we pick two subjects at a time, we will have morning classes along with evening classes. If we plan one morning class, it will be from 7am-8:30am. If two classes are planned, it will be from 6am-9am. You can check the course schedule for more information.
We don’t believe materials will help the students to learn Physics and compete for exams. Please go through our method page once. We discuss concepts and solve problems from standard textbooks along with MCQs. As all exams are computer based, quizzes and MCQs, practice tests will be shared in the web portal.
No, some important books like Griffiths QM, Griffiths ED are essential because we spend lots of time with these books. Other books can be managed without hard copies. Sir will guide accordingly. Don’t purchase any books in advance. Sir will tell you the editions. If you have already purchased old edition books, sir will tell you how to use it with the course.