Compare 31 Bachelor of Science Programs in Physics

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.... [-]

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.... [-]

And prepare to change it.

Our physics students are challenged by a mix of classical physics and ground-breaking new methods. Add to that a 3-2 cooperative agreement with Columbia University's engineering program, and you really can have it all at Susquehanna.

Classical physics courses in mechanics, electricity and magnetism, optics, and electronics—with select classes in quantum area-give you the foundational knowledge to continue your education, step into a career or teach the next generation of Einsteins. You won't find this a range of specialties and options at other schools that are as personal as Susquehanna.

Cutting-edge teaching techniques center on learning and applying your new-found knowledge with real-life, fun, applications. You'll crack eggs and smash Lego castles as part of your education. It's problem-solving in real time.... [-]

The curriculum is organized in modules covering the Introductory courses in nature sciences (24 credits), Common courses (52 credits) for all physics students (basic courses in mathematics, physics and informatics). The courses related the specializations in Applied physics cover the advanced topics in experimental and theoretical physics, the necessary courses in mathematics and informatics. The focus of the specialization in Informatics in physics is data acquisition, signal processing in LabView, database management and programming in C# language. The students will familiarize themselves with the most modern instrumentation.

For a successful application please follow the steps below:... [-]

The Physics bachelor of science program allows students to pursue careers in teaching, research, and development, or to go on for further graduate study. All instruction is provided by full-time faculty in small classes, affording many opportunities for close personal contact between students and instructors. All advanced undergraduate courses are given in the evening, allowing students to complete studies on either a full- or part-time basis.

Faculty members are actively engaged in research projects which offer exciting opportunities for student participation. Also, faculty members offer assistance to students pursuing projects on their own.

Mathematics and physics are complementary subjects and make a sensible combination to study at university. There are many examples of unexpected discoveries resulting from the interaction between the two disciplines. Ideas developed in particle physics have led to advances in topology - one of the purest branches of mathematics. Advances in the understanding of chaos provide another example. Ideas from the theory are being applied increasingly in the modeling of complex physical systems such as the atmosphere and lasers.

The Warwick joint courses (BSc and MMathPhys) are now among the best-established in the country with around 50 students starting each year. The courses include a significant proportion of modules from both contributing departments designed primarily for joint degree students. It is possible at the end of the First Year to transfer to either of the single subject degrees. Years one and two are common to the two courses.... [-]

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 Materials Physics and Nanotechnology programme is designed for students who have an interest in and an aptitude for both technological sciences and physics. This is a unique bidirectional undergraduate study programme in English. The programme provides students with a fundamental knowledge of physics, an understanding of technologies, technological design, together with problem-solving skills, and is aimed to address the needs of students seeking innovative careers in today’s technological age.

Student’s competences– Is competent to apply, knows and understand the main physical and chemical phenomena, their concepts, fundamentals of engineering, electrotechnics and electronics, as well as theoretical mechanics, numerical methods, mathematical concepts and principles, understand problems of application of mathematical methods.– Has learned the main modern methods of physical and chemical analysis applied in materials science and nanotechnologies.– Is competent to apply modern micro and nanotechnologies and instruments, functional (optical, electrical, magnetic) materials used, micro and nanostructures, and their development, production, application and quality assessment / or biomaterials, their technologies, human’s physiological systems, biomedical and ultrasonic systems, devices and their development, production, application and quality assessment (respectively, according to the chosen speciality).Is competent to apply technologies of modern engineering materials and their physical principles, micro and nanotechnologies, for search and development of new materials and structures following the established requirements, has work experience with technological and material analysis equipment.– Is competent to critically assess information, results of his/her activities, professional innovations, participate in the discussion and improve his/her activities, present and transfer knowledge and understanding of studies and... [-]

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.... [-]

Like to learn more about the universe? Physics reveals the natural laws at work in our everyday world and across the cosmos and teaches us the fundamental principles underpinning modern science and technology. The Bachelor of Science (Physical Sciences) is designed for those seeking broad and durable scientific knowledge and skills. Course offerings range from general physics to astronomy, climatology, medical physics and various electives. Those studying astronomy also have the opportunity to experience hands-on and remote-control astronomical observations using modern telescopes.

If you would like to pursue a career in science, technology or education, study with us. Graduates of this degree will be equipped with the skills and knowledge needed to help prepare them for work as a scientist, with a wide range of career options including education, astronomy, climatology, research and science outreach, and with potential employers including government, university, or industry. The degree also provides a basis for postgraduate studies in physics and related fields.... [-]

The Quantum Technology major takes you to the forefront of the ongoing quantum revolution in computation, communication, sensing, and simulation. Novel devices will outperform current technologies by exploiting quantum mechanical phenomena. Future quantum computers will solve problems that are not tractable with existing hardware and algorithms. Quantum communication will use unbreakable encryption schemes. The Quantum Technology major provides you with the skills to become a global leader in this emerging industry and growing field of engineering.

Quantum technology is a multi-disciplinary field that crosses the traditional boundaries between nanophysics, computer science, and electrical engineering.... [-]

The BSc (Hons) Mathematics and Physics degree aims to provide a broad education in mathematics, including pure and applied mathematics, allowing you to prepare for a range of career options, as well as combining this with fundamental and applied physics. Along with problem-solving skills and computational training, this degree aims to provide you with a well-rounded experience.

This programme meets the educational requirements of the Chartered Mathematician designation, (awarded by the Institute of Mathematics and its Applications), when it is followed by subsequent training and experience in employment to obtain equivalent competences to those specified by the Quality Assurance Agency (QAA) for taught masters degrees.... [-]

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 endeavour 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.... [-]

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.... [-]

The programme supplies students with a theoretical, experimental and applied foundation in classical and modern physics, and understanding of which leads to useful technological applications in Energy, Health, Security, Telecommunications, Transport, Nutrition.