Molecular biology or particle physics

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SUMMARY

The discussion centers on the comparison between particle physics and molecular biology, highlighting the unique appeal and practical applications of each field. Participants suggest that students should begin with a general first year of science to explore physics, chemistry, and biology, allowing them to discover their interests. Quantum chemistry is mentioned as a less engaging area due to its reliance on standard programs for molecular dynamics, while biochemistry is recognized for its practical applications. Ultimately, the consensus emphasizes the importance of personal enjoyment in choosing a scientific path.

PREREQUISITES
  • Understanding of basic concepts in physics, chemistry, and biology.
  • Familiarity with quantum chemistry principles and molecular dynamics.
  • Knowledge of particle physics and its applications in technology.
  • Awareness of biochemistry and its relevance to real-world problems.
NEXT STEPS
  • Explore introductory courses in physics, chemistry, and biology to identify personal interests.
  • Research the applications of particle physics in designing imaging devices and detectors.
  • Investigate the principles of quantum chemistry and its methodologies for molecular folding.
  • Learn about the intersection of biochemistry and quantum mechanics in biological systems.
USEFUL FOR

Students considering a career in science, educators guiding students in their academic paths, and professionals exploring interdisciplinary fields such as chemical physics and biochemistry.

kashiark
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What do you guys think would be more fun particle physics or molecular biology? I love science and math and i love the idea of working on the most fundamental things of the universe, but i could do more practical things in molecular biology, so I am asking you guys what do you think?
 
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Why not do a little of both and go into chemical physics/physical chemistry/quantum chemistry and concentrate on biochemical systems?
 
I can give you my opinion, but it would be biassed towards my own personal likes and dislikes. What I would suggest is that you take a general first year of science in university that exposes you to physics, chemistry and biology. Then you can get a feeling for what you enjoy most and you can learn about fields that you probably aren't even aware of right now.
 
I don't see how those like almost completely unrelated fields both pique your scientific/experimental interests.

Seriously, two different ways of approaching the science.
 
hmmm well i think i should go w/ choppy and as for kingdomof's question, i need to know how things work which led me to the most fundamental thing: particle physics but then i started studying biology especially molecular biology and virology and i realized that life is more than just a product of the interactions of particles over billions of years, life is amazing.
 
It may be alarmingly strange, but I have found myself asking the same question (theoretical particle physics or biochemistry) after 4 years of Applied Physics BSc.

I have tried some of the both subjects (that probably means I suck at both). The only thing I can say is that Quantum Chemistry (MHO after 2 months of work) seems to be quite boring, as there is not much you can be creative about when using standard programs to fold molecules/do the dynamics.
 
yeah quantum chemistry always seemed boring to me it's just that biochemistry is applicable but there just seems something noble about trying to understand the universe
 
Adding my thoughts in, i'll mostly be echoing what's been said before. You shouldn't think of particle physics being altogether more esoteric - with molecular biology it would possibly be easier to explain to the layman why your studies are of more 'practical value', but is that how you want your future to be focussed? I have a friend doing a PhD in a particle physics group, who's focussed on the side of designing particle physics detectors - this has some very interesting 'real world' applications - for instance designing new types of imaging devices will improve things like cameras etc.

What it comes down to, for me, is picking something you will enjoy. No-one else can reasonably answer that question for you - if you investigate and have questions about specific things in those fields then I'm sure people will be glad to help out.
 
kashiark said:
yeah quantum chemistry always seemed boring to me it's just that biochemistry is applicable but there just seems something noble about trying to understand the universe

I love how there are purported stark delineations between biochemistry and quantum mechanics in both field's ultimate goals in knowledge. It is as if the chemistry of biological systems belong in some alternative realm.
 

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