Physics degree
Does Physics suit me?
What can you expect from studying Physics?
Physics is a field of study that will introduce you to the principles and laws of nature in a new way: for example, how do objects move under the influence of external forces? How does gravity influence the structure of space and time? What are black holes and how do they influence their surroundings?
A degree program in physics combines mathematics with experimental and theoretical physics: you’ll acquire the knowledge to describe physical phenomena using mathematical formulas and to develop theories. As you’ll gain experience in the laboratory early on, you’ll be able to test these theories in experiments.
In this field of study, you’ll also learn more about technological fields of application and research work: your studies can be more research- or application-oriented. Looking at the curriculum should help you determine the focus of a program.
In the field of physics, you’ll likely be able to specialize in individual areas and applications: for example, astrophysics, quantum mechanics, or atomic and molecular physics. Typical degree programs in this field of study are called applied physics, structural physics, biophysics, medical physics, and theoretical physics.
What requirements do you need for studying Physics?
- Interest in science and enjoyment of experiments
- Mathematics basics
- Logical and abstract way of thinking
- Stamina and discipline
- Problem solving skills
Is Physics right for you?
Find out in just 5–10 minutes with the studyamo test whether studying Physics is right for you. Free and without registration!
Take the testWhat do you learn while studying Physics?
- Physical calculation methods
- Solid state physics
- Linear algebra and analysis
- Structure of matter
- Electromagnetism
- Statistics physics
- Theory of relativity
- Electrodynamics
- Thermodynamics and thermodynamics
- Programming in physics
What career opportunities do you have after studying Physics?
As a physicist, you can pursue a career in research, for example at research institutes, public institutions, or universities. There you’ll carry out experiments, search for laws, and explain natural phenomena.
However, your expertise will also be needed in industry to explore new developments and drive technological progress. For example, you might work at technology companies that develop semiconductors or software. Other career opportunities include mechanical engineering, nanotechnology, the energy industry, or the automotive and aviation sectors.
Compare your options
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