A physicist can critically study questions of nature, make logical conclusions, and enunciate mathematical and computational solutions.
Physics is one of the most elementary sciences. The purpose of a physicist is to know how the universe works in the most detailed and profound way possible. This includes everything from the most fundamental particles, to molecules, atoms, nuclei, macromolecules, solids, liquids, living cells, gases, living organisms, complex systems, the human brain, the atmosphere, the stars, the planets, the galaxies and even the universe itself.
Physicists may be the most transformable scientists, having the ability to cut across the boundaries of other specialties such as biology, chemistry, or medicine, to name a few. Since physicists have a wide knowledge of nature, it is easy for them to apply their competence to multiple areas. The result of this is that there is a great variety of physicists, geophysicists, astrophysicists, biophysicists, etc.
What kind of people might this career be interested in?
For a person to study Physics, it is important that they have an interest in their environment, that they be a curious person and need to know the why of things, they must have professional concerns and be open to working in fields related to technology, science , medicine, computer science, teaching, new energies and other disciplines.
What kind of work does a physicist do? What is the scope of the race?
A physicist is a professional who has the ability to solve original problems and create new knowledge that is related to matter, energy and movement. Physicists investigate, study, and experience issues that involve the elementary elements and relationships of the discipline at subatomic levels.
Likewise, because Physics is the conceptual foundation of most natural sciences, physicists are prepared to work in the branches of science that are based on more specific issues such as Biophysics, Astronomy, Geophysics, Astrophysics , the, Optics and lasers, Materials Science and Physicochemistry, among others. In addition, the participation of physicists in technology or applied sciences such as: electronics and microelectronics, metallurgy, communications, medical physics, unconventional energies, environmental physics, or Medical physics is of great importance.
In which sectors are physicists required?
Physics taken as science is only developed by professionals dedicated to research. But in addition to this, physics can be applied technically in multiple aspects, which has resulted in physicists being professionals with a very low unemployment rate. Because physicists are trained in all fields of physics and mathematics, they are able to analyze and solve any technical problem. That is why many physicists can dedicate themselves to: biophysics, medicine physics, energy production, new materials, meteorology and the environment, optics, computer science and simulation, econophysics and other areas plus.
In which universities can I study Physics?
Cordova : University of Cordoba.
Saragossa: University of Zaragoza (UNIZAR).
Valladolid: University of Valladolid.
Murcia: University of Murcia (UM).
grenade: University of Granada.
Seville: Sevilla University.
Balearic Islands: University of the Balearic Islands (UIB).
Canary Islands: University of La Laguna (ULL).
Cantabria: University of Cantabria (UNICAN).
Badajoz: University of Extremadura.
Galicia: University of Santiago de Compostela (USC), University of Vigo.
Barcelona: Autonomous University of Barcelona (UAB), University of Barcelona (UB).
Madrid: Autonomous University of Madrid (UAM).
Basque Country: University of the Basque Country.
Valencia: University of Valencia (UV).
In Latin America: University of Sao Paulo, National Autonomous University of Mexico, Federal University of Rio Grande, Catholic University of Chile, University of Chile, University of Buenos Aires, National Polytechnic Institute, etc.