How to Choose Between a Physics and Chemistry Undergraduate Degree in Europe?

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SUMMARY

The discussion centers on choosing between a Physics and Chemistry undergraduate degree in Europe, emphasizing the distinct experiences and skill sets required for each field. Participants highlight that Chemistry often involves hands-on lab work and fine motor skills, while Physics leans heavily on mathematics and independent problem-solving. The overlap in curricula is noted, particularly in courses like quantum mechanics and statistical mechanics, but the pedagogical approaches differ significantly. Ultimately, personal interests and aptitudes in lab work versus mathematical reasoning are crucial in making this decision.

PREREQUISITES
  • Understanding of undergraduate curricula in Physics and Chemistry
  • Familiarity with group theory applications in both fields
  • Basic knowledge of laboratory practices and safety in Chemistry
  • Proficiency in mathematical concepts relevant to Physics
NEXT STEPS
  • Research the core mandatory courses for Physics and Chemistry degrees at European universities
  • Explore the applications of group theory in both Chemistry and Physics
  • Investigate the differences in lab work experiences between Chemistry and Physics programs
  • Examine career paths and postgraduate opportunities for graduates in both fields
USEFUL FOR

Prospective undergraduate students in Europe considering a degree in either Physics or Chemistry, educators advising students, and individuals interested in the practical applications of both sciences.

  • #31
I suppose by tangible he meant real world industry tangible.

Chemistry at the university level does not consist in memorizing molecular geometries, reaction enthalpies, etc. It consists in obtaining proficiency in practical experimental methods: chemical synthesis and analysis, along with some skeleton of theory background (it is impossible to know every single compound and/or synthesis method, just like it is impossible to know all the zeroes of all the special functions or the Clebsch-Gordan coefficients by heart, or whatever. In physics you learn the basic methods: Hilbert-space formalism and perturbation theory, not every interpretation and method of QM).

Chemists and chem engineers work in all kinds of material industries: pharma and food manufacturing(I knew one that worked at a dairy company), materials industries (novel metamaterials, nanoparticles, fabrics, construction materials, raw chemicals, manufacturing (paint, paper, plastics), etc.), as environmental consultants/inspectors, as analysts/inspectors for many of those industries, forensics, ...
 
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