I want to know about regarding masters in physics which country will be suitable for my course?

After high school, studying physics on a broader level can help you develop quantitative reasoning and problem-solving skills that will be useful in areas other than physics. If you want to study physics at a higher level and work on the cutting edge of science and technology, there are many universities worldwide that offer undergraduate, postgraduate and Ph.D./Doctoral degrees in Physics. A degree in Physics opens the door to various careers, including Geophysicist, Metallurgist, Nanotechnologist, Research Scientist, Sound Engineer, Astronomer, Radiation Protection Practitioner, Data Analyst, Clinical Technologist, and many more. Look at some of the most popular places to study physics worldwide. Here is a list of colleges that you can target:

USA
UK
Canada
Australia
Ireland
To study Physics at any of the above-mentioned universities at the undergraduate, postgraduate, or doctoral levels, you must first meet the specific eligibility criteria established by the respective countries and universities. The eligibility requirements for different universities and countries may vary, but the following is a general criterion for studying physics abroad:

For a bachelor's degree in Physics, you must have completed the 12th standard/high school with good grades in the science stream.
To pursue a master's degree in physics, you must have a bachelor's degree with a GPA of 2.5 or higher.
To pursue a master's degree in physics, you must have four years of bachelor's degree in Physics with a GPA of 3.0 or 65 - 70% or higher.
You must have a Postgraduate degree in Physics or related studies from a recognized university with a minimum of 50% to pursue a doctorate/Ph.D. program in physics.
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 Choosing the right country for pursuing a master's in physics can depend on several factors, including your academic interests, career goals, and financial considerations. 

Here are some top choices and what they offer:

United States: The US is home to many of the world's top universities offering advanced degrees in physics. Institutions like MIT, Stanford, and Caltech are renowned for their research facilities and contributions to both theoretical and applied physics. The US also offers diverse specialization opportunities, including astrophysics, quantum mechanics, and condensed matter physics.
United Kingdom: The UK boasts prestigious universities such as Cambridge, Oxford, and Imperial College London that have cutting-edge research facilities and a rich history of contributions to the field of physics. The UK is particularly strong in areas like particle physics, astrophysics, and nuclear physics.
Germany: Known for its strong emphasis on research and development, Germany offers excellent opportunities for students in physics, particularly in quantum mechanics and optical technologies. Universities like LMU Munich and the University of Heidelberg provide robust programs with relatively low tuition fees, especially for EU students.
Switzerland: With top-notch institutions like ETH Zurich and the University of Zurich, Switzerland is a leader in physical sciences research. It is especially recognized for quantum physics and particle physics, much of which is centered around facilities like CERN.
Canada: Canadian universities such as the University of Toronto and the University of British Columbia offer strong programs in physics, focusing on subfields like theoretical physics and environmental physics. Canada is also appealing due to its high quality of life and supportive research funding.
Netherlands: Known for its innovative approach to education, the Netherlands offers programs in physics that are research-oriented and taught in English. Universities like the University of Amsterdam and Leiden University are prominent in the physics community.
When choosing a country, consider the following:

Language and Cultural Fit: Make sure you are comfortable with the primary language of instruction and the cultural environment of the country.
Financial Factors: Look into tuition costs, living expenses, and available scholarships or grants.
Career Opportunities: Consider the industry links and research opportunities that can facilitate job placements post-graduation.
It's advisable to research specific programs and connect with alumni or faculty to get a clearer picture of what each option has to offer tailored to your specific interests in physics.