Space travel. Text messages. Medical imaging. Harnessing the power of physics has revolutionized our lives, and studying this exciting branch of science will prepare you for advanced studies in engineering, computer science, mathematics or medicine -- or for careers in industry or education.

A.C.U. physics students gain extensive experience as undergraduates. Not mere observers of physics research, they are active, well-trained participants entrusted with key responsibilities in their work with faculty members and international scientists at national research laboratories.

Our program offers four tracks to allow you to focus your studies, as well as a teacher certification option.... [-]

The Bachelor of Science is a three-year programme comprising twenty-four courses; of which eight courses are at 100-level, eight courses at 200-level, and eight courses at 300-level. The disciplines permitted as a major or minor for the Bachelor of Science degree in 2017 are:

Physics is a fundamental science which provides us with a quantitative understanding of our physical environment. Physics is also the foundation of engineering and technology. An understanding of the basic laws of Physics is important in a wide range of occupations. For example, a qualification in Physics has direct application in science teaching, meteorology, communications, environmental science, computing, and electronics. Click here for reasons why you should study Physics. The general skills acquired by studying Physics - analytical skills, logical thinking, measurement, problem-solving and experimental techniques - give students a uniquely broad preparation, applicable in many spheres.... [-]

The Bachelor of Science in Space Physics degree program lets students explore the fundamental forces in nature through investigating atomic, nuclear and elementary particle systems.

This applied physics program is designed to produce graduates prepared for space and aerospace-related careers. Students can choose from three areas of specialization: Astroparticle Physics; Exotic Propulsion; or Gravitational Physics and Cosmology. Working with a dedicated faculty with state-of-the-art labs and equipment, students graduate prepared to promote the exploration of space and add to the body of knowledge in science.

Because of the strong emphasis on experimental physics, graduates are well-suited to enter a variety of fields in industry and graduate programs. In addition to employment in research and the space program, graduates with physics degrees will pursue diverse space physics careers in fields such as medical physics, biophysics, plasma physics and other areas that utilize physicists, such as the military and security sector.... [-]

Faculty

Faculty of Science

Program Description

The programme aims at producing competent graduates who are able to work in industry or teaching. The programme offers extensive reading materials on physics as well as other courses on biology, mathematics and chemistry.

Facilities and other services:‎

Industry

Based on the goals and vision of the university, the bachelor's program in Physics focuses on ‎the educational and research activities focused directly on the needs of the Palestinian ‎community in the field of physics and includes courses studied by students in the same ‎relationship in the field of teaching industrial field topics such as, for example:... [-]

In the world to many special processes find us back instead. Sometimes these spectacular and clearly present, such as lightning discharges and tornadoes. But sometimes you have what are observant. Did you for example ever wondered why very hot objects will emit light (eg steel piping)? And it is you ever noticed that you both can see through a glass window as you can see a reflection. This remarkable things from nature are all the subject of physics.

Many people simply take these phenomena for what they are, but physicists are just curious and looking with different eyes to the world around them. For them, natural phenomena challenges, fascinating questions to investigate and unravel.... [-]

Physics is the most fundamental of the sciences. Physicists study a broad range of phenomena from large clusters of galaxies to the smallest subatomic particles. Physicist work on improving both our detailed understanding of nature's most fundamental laws, and on using basic principles to explaining the remarkable complexity observed in natural phenomena. The practice of physics is equally broad. Some physicists focus on deep, abstract principles concerning the most basic laws of nature, while others apply physics to make practical innovations in technology. Physics provides the basis of many sciences including chemistry, engineering, material science, oceanography, seismology, and astronomy. Many professionals in these fields began with a bachelor's degree in physics.... [-]

Labour market surveys emphasize that specialists with knowledge of high technologies, creation, and application of various materials, and practical skills, will dominate in the list of most promising future specialties.

BSc in Materials and Nanotechnologies analyse the ways various materials are created and applied in industry and contemporary high (micro-, nano-) technologies, how characteristics of materials are researched, evaluated and changed.

Acquiring knowledge of material composition, physics and chemistry, the graduates are able to select suitable materials or production technologies and to find solutions for various engineering and technical issues.

The programme offers specialisations in... [-]

Physics aims to observe and explain the behaviour of the physical universe. In particular, physics looks for basic laws, which account for and predict what can be observed. Part of the appeal of the subject is that the physical world is governed by remarkably few such laws and that these apply everywhere and to everything.

The structure of the courses reflects the structure of the subject. All students take the core modules and choose further modules from the lists of options. The core modules introduce the fundamental principles, while the optional modules explore their applications in the different areas of physics including: astrophysics, the properties of matter, particle physics and atmospheric physics. The option scheme also allows a proportion of modules to be taken from outside of physics. We encourage students not only to consider modules related to physics, for example in computing, but also modules in philosophy and modern languages.... [-]

Physics is concerned with describing and predicting natural phenomena. Applied physics is concerned with applying physics in technical solutions. Design and construction are important aspects of this. Applied physics is at the heart of society. It forms the basis for many of the products we use in daily life. The programme has a strong interdisciplinary orientation, with an emphasis on combinations of subjects: physics with design studies, nanotechnology, new materials and systems and control engineering

Applied physics involves studying not only how phenomena come about, but also how to use them for technical solutions. The programme focuses on theory and practice.

Applied physics involves studying not only how phenomena come about, but also how to use them for technical solutions. For this degree programme, you need to have an enquiring mind as well as the desire to be creative. This is a programme that focuses on theory and practice.... [-]

This degree takes students from the core of the atom to the hearts of galaxies, all in an effort to understand how the universe works. This Physics-rich program also grounds the student in advanced math and calculus.

Have you ever thought about very small things, like the inside of an atom? If you look for patterns in nature's behavior, then maybe you're a physicist in the making. By pursuing a physics degree at Northern Arizona University, you can indulge your scientific curiosity and prepare for a career in a technical field or as a professional scientist.

You will become immersed in the science of physics, which uses mathematics to describe why and how things work. Here, you will be encouraged to think independently and to join in faculty research projects on optics, material science, and quantum mechanics. You'll benefit from close contact with faculty as well as our array of high-tech instruments.... [-]

Studying mathematics and physics to degree level will change the way you think about the world. Discoveries being made now in mathematics and physics have the potential to transform our lives – this course enables you to take part in the intellectual adventure.

You’ll develop knowledge and understanding of key physical concepts and their underpinning mathematical theory, learn how to use essential methods and relevant software, and acquire skills in communicating arguments and conclusions clearly and concisely.

Our world is facing many challenges – in basic science when exploring fundamental forces and particles, or the origin of the universe, planets, and life – and in applied science to find sustainable energy sources, new technology on the nano-scale and tailor-made materials for industry, chemistry, and medicine. Physics is the basis for this endeavor and physicists play an important role in these and many other fields. Lund is consistently ranked as the top university in Northern Europe in physical sciences and this excellence is now expanding through the building of two international research centres – MAX IV, a synchrotron radiation laboratory that opened in Lund in June 2016, and ESS, the European Spallation Source that is currently under construction and expected to be in operation in 2023. These research facilities will create opportunities for physics graduates.... [-]

The study of physics allows us to understand how the universe works—from the fundamental forces of nature to their effects on matter and the environment around us.

This knowledge enables the development of future technologies and provides a deeper insight into nature. The reasoning, mathematical, experimental and computer skills acquired while earning a physics degree empower our graduates to pursue careers far outside the traditional boundaries of physics—or even science—including medicine, dentistry, business and law. Typically, physics students enjoy scientific experiments, computation and mathematics, as well as solving complex problems and developing new, innovative ideas.... [-]

The primary purpose of the BSc Honours qualification is to consolidate and deepen the students’ knowledge and expertise in Physics and to develop research capacity in the methodology and techniques of it. BSc Honours is essentially a coursework degree of which at least 25% (30) of the credits are devoted to a research project and reporting under supervision.

The degree demands a high level of theoretical engagement and intellectual independence and serves as the initial science postgraduate specialization qualification providing students with in-depth scientific knowledge and skills preparing them for research-based postgraduate science study.

Admission to the Honours programme is subject to the permission of the Head of the Department. A minimum summative mark of 60% in Physics on NQF level 6 (third year) plus 50% in Mathematics on NQF level 5 (second year) is the standard entrance requirement.... [-]