Best Books of MSc Physics

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Introduction:-

MSc Physics is a master’s degree in a Physics subject. It is a 2 year’s course which can be done after BSc.

MSc Physics world

What can we do after MSc Physics?

a master’s is a step toward earning a PhD. And in society at large, and among employers, a physics master’s degree is a respected qualification that can lead to interesting, well-paying careers in industry, government, education and not-for-profit sectors.

Physics master’s programs vary widely in what they offer and require, whom they attract, what their graduates go on to do, what tuition they charge, and what financial support they provide. Despite those differences, they all share a sense of purpose. As David Kieda, an astronomer and dean of the graduate school at the University of Utah, says, “Our job is not to make the students bend to our experiences, but to bend to the needs of our students.”

Alternative career paths

Over the past few years, California State University Long Beach (CSULB) has consistently conferred among the most physics master’s degrees of any institution in the country, with 15–20 a year, up from just 3–5 annually a decade or so ago, and The three main career paths for master’s recipients are teaching, industry, or the PhD, says CSULB physicist Andreas Bill. A master’s is the highest physics degree available at the school.

Master’s programs variously require students to do a project, thesis, or internship, or to pass comprehensive exams. Challenging and interesting jobs in industry increasingly demand more knowledge than a bachelor’s recipient typically has or For many industry positions nowadays and says Bill, “new hires need to know quantum mechanics and statistical physics.” At CSULB, he says, “students learn graduate physics and techniques that are useful in industry—maybe they write code to solve a theoretical problem or learn to make thin films or to use a scanning electron microscope.

PhD interest after MSc Physics

” Students gain confidence from struggling with and solving real-world research problems, he adds Programs attract students who are unprepared for the PhD or are unsure that’s what they want to do, according to Bill and others or For some, the PhD seems like too long a commitment. “The master’s can be a path for students in difficult socioeconomic conditions and underrepresented minorities,” Bill says. “It’s an important channel to increase diversity among highly educated persons.

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”Some choose to pursue a master’s first because “they woke up late,” says Bill. “They realize they want to do a PhD, but their grade point average is low.” Or as Jeff Wilkes, who runs a master’s program in physics at the University of Washington, Seattle, puts it, “students who want to do a master’s often say, ‘I drank too much, and now I realize I should have paid more attention.

“They drifted through college and now are stuck in a boring job.” But It’s easier to gain admission into a master’s program than a PhD program; some schools accept students with less-than-stellar grade point averages, contingent on performance. The master’s gives them a chance to earn better grades and see if they like research. “We catch some excellent students that way,” Bill says.

Some information about MSc Physics

  • MSc Physics Distance Education: Yes
  • MSc Physics Subjects: quantum mechanics, classical mechanics, astrophysics, optics, spectroscopy, nuclear physics, electronics,  etc.
  • Average Fees:INR 20,000 to INR 2,50,000
  • Average Salary: INR 4.5 to 10 LPA
  • MSc Physics Jobs: Junior Research Fellow, Research Scientist, Medical Physicist, Radiation Physicist, Research Associate, etc
  • Top Recruiters:  Maruti Udyog, TATA motors,Indian Institute of Patent and Trademark, Tech Mahindra, Infosys, Wipro, CTS, etc
  • MSc Physics Scope: MPhil/PhD.

How To Study Physics

Physics can be a fun subject because it is such a wide field. Physics involves the study of motion, energy, gravity, fluids, and areas like thermodynamics and quantum physics. Because there’s so much involved in physics, it’s impossible to easily summarize every area of this field. However, at its most basic, physics tries to quantify different forces in the universe. For instance, we use number to describe electric fields and velocity.

After quantifying different parts of the natural world, physicists then try to understand the relationship between different quantities. For instance, physicists have quantified the rate at which objects fall due to the force of gravity and the object’s mass. These relationships can then be presented visually using charts, graphs, and model. Sometimes, equations are the best way of expressing these relationships.

There are many different questions that physics tries to answer. Physicists try to explain everything from why the stars shine to how the universe began. Physics is also applied to many different activities and helps in everything from the development of computer games to the treatment of diseases and the production of energy. From a look at how broadly physics can be applied, it should be clear that physics is one of the most applicable fields of study.

More suggestions are after the Books list

Books List Subjects wise for MSc Physics

 

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Mathematical Physics

1) Advanced Engineering Mathematics — Erwin Kreyszig

2) Mathematical Physics — H.K.Dass

3) Mathematical Methods in Physical sciences — Mary L. Boas

 

Classical Mechanics

1) Classical Mechanics — Herbert Goldstein + Charles P.Poole + John Safko

2) Classical Mechanics — J.C. Upadhyaya

Electrodynamics

1) Introduction to Electrodynamics — David J. Griffiths

Quantum Mechanics

1) Quantum Mechanics Concepts & Applications — Nouredine Zettili

2) Introduction to Quantum Mechanics — David J Griffiths

3) Quantum Physics — H.C.Verma

Statistical/Thermal Physics

1) Fundamentals of Statistical & Thermal Physics — F.Reif

 

2) Statistical Physics — Pathria

Electronics

1) Electronic devices & Ckt.Theory — Robert L.Boylstad + Louis Nashelsky

2) Digital Fundamentals — Floyd

 

 

 

Experimental Methods

1) Radiation Detection & Measurement — Glenn F.Knoll

2) Instrumental Methods of Analysis — Willard + Merntt + Dean + Settie

Atomic & Molecular Physics

1) Fundamentals of Molecular Spectroscopy — Colin N.Banwell + Elaine M.MaCash

2) Introduction to Atomic Spectra — Harvey Elliott White

Solid State Physics

1) Introduction to Solid State Physics — Charles Kittel

2) Solid State Physics — S.O.Pillai

Nuclear Physics

1) Introduction Nuclear Physics — Kenneth S.Krane

Miscellaneous

1) Concepts of Modern Physics — Arthur Beiser

2) Optics — Ajay Ghatak

3) Concepts of Physics (I+II) — H.C. Verma

4) Elements of Properties of Matter — D.S.Mathur

For More books you can visit EDUpdf

How to study Physics?

However, physics can also be very complex, so having effective study habits can help increase your chance of success. By using the following guidelines, you’ll increase your chance of success in this interesting field.

Calculators Won’t Solve Your Problems

It’s true that calculators can help you crunch numbers, but it’s important to understand why you’re punching in those numbers. If you just use your calculator to punch numbers without understanding what the formula is actually about, you’ll never completely understand what you’re studying. For instance, there’s a formula for understanding how fast an object will fall. However, it’s important to understand how that formula is applied and what it explains.

Active Learning

Part of being an effective learning is being active and engaged in your own learning process. How can you become an active learner? Well first, it’s important to move away from passive practices. Passive learners tend to avoid going hands on with materials and are content to simply learn through lectures and watching instructors solve complex problems. Active learning requires that you move away from these bad habits. You should transition toward being more hands on with problem solving, trying to solve problems independently with only minimal guidance. It’s important to tackle these problems as independently as possible.

However, active learns do more than just go hands on with their materials. They also stop procrastinating and get the learning process underway as early as possible. Instead of waiting until the day before an exam to study, active learners spend the days leading up to the exam reviewing their materials, including previous homework and quizzes. By staying engaged with their materials throughout the semester and regularly refreshing their learning, active learners are able to more effectively learn lessons that their instructors are passing along.

Note Taking

There are different types of note taking that are more effective in different circumstances. You’ll want to be familiar with these different forms of note taking if you want to become a more effective note taker.

The outline method is the first and most commonly used approach to note taking. This approach is best when learning concepts, not formulas. Using the outline method, you write the main topic first. For instance, your main topic might be movement. Your sub topic is where you record a specific idea that’s part of the main topic. For instance, a sub topic of movement is velocity. Finally, you’ll want to support your sub topic with specific details. For instance, under the sub topic of velocity, you might write the formula describing it or write times when you should apply the formula.

Math and Problem Solving

A core part of physics is being able to perform the math that explains why the universe works the way that it does. For this reason, it’s important to make sure that you’ve refreshed your ability to perform math before taking your physics coursework. Most physics requires students to at least know trigonometry and algebra. More advanced physics coursework requires students to perform calculus. You’re going to need to be willing to brave math courses in order to succeed in physics.

Being able to solve math problems means more than being able to punch numbers into a formula. You’ll also need to be able to be a creative problem solver. Sometimes, physics problems can require innovative and creative approaches to find a solution. You’ll need to learn how to think outside the box and look at problems from different perspectives.

Independent Study

You’ll need to be constantly refreshing your knowledge of physics in order to succeed in your coursework. Physics lessons build one upon the other, so it helps if you’re regularly refreshing your knowledge and connecting previously learned ideas with new ones.

You can take certain steps to make sure your independent study time is more effective. For instance, you’ll want to give yourself as much time as possible to study. Waiting until the last minute to get your reading in is an easy way of making your study time less effective. Not only does procrastinating stress you out, but it also leads to you missing important information. This combination of missed material and stress combine to make it harder for you to learn.

General Tips

Remembering that physics is a cumulative subject, it’s important for you to make sure that you’re going to every class. The information you learn in one lecture will build upon previous lessons. Missing just one class is harmful, but your chance of effectively learning gets smaller with every class you miss. When you are in class, make sure that you’re taking effective notes. You’ll want to document important concepts and supporting facts, or even draw your own diagrams to help with your notes.

As the semester moves forward, take the time out to quiz yourself independently, outside of class. Make yourself a series of flash cards with questions on one side and answers on the other. These flashcards can include key terms or ask for complex answers about critical concepts. You might even want to pair up with other classmates to make these independent quizzes even more effective. Finding additional help can be a key means by which you learn your materials.

Additional Help

Physics can be a complex subject, so it’s not unusual for students to need additional help, even if they’re taking the best notes and attending every class. If this is the case, then you’ll want to find additional help. Your first resource will be your own teacher. At the high school level, you can often find your teacher at the end of the day. They might even have after school tutoring sessions. At the college level though, teachers are required to have dedicated office hours. You’ll be able to meet with your teacher during these hours. Commonly, you’ll be able to find these office hours included in your syllabus.

It’s also fairly common for students to seek help online for complex physics topics. Google is often the first place that students look for help. However, textbooks very often include ways to find additional online help. Publishers over the last few years have started including digital codes that unlock online help. This online help can come in the form of additional text, visual aids, and even movies. Publishers have started including online video and animated visual aids as a way of communicating complex topics.

However, your best resource may be your fellow classmates and It’s important to create a study group at the beginning of the year that you can work with throughout the semester. Your fellow classmates can provide notes from the course on days when you miss class due to sickness or emergencies. You can also compare your notes with your group to make sure that you haven’t missed important terms and concepts. This can help you learn more effectively and can help you prepare for your exams more effectively.

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