Theoretical interpretation to understand chemical recations

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SUMMARY

The forum discussion centers on a theoretical interpretation of chemical reactions, specifically regarding a paper by Dan Neumark that explores the spectroscopic examination of transition states. Participants express curiosity about the potential for a comprehensive theory predicting bond and molecule formation. While the paper presents an interesting approach, concerns are raised about the general applicability of the technique discussed. The conversation highlights the ongoing quest for deeper understanding in chemical bonding theories.

PREREQUISITES
  • Understanding of transition states in chemical reactions
  • Familiarity with spectroscopic techniques in chemistry
  • Knowledge of chemical bonding theories
  • Ability to analyze scientific literature
NEXT STEPS
  • Read the paper "Spectroscopic Examination of Transition States" by Dan Neumark
  • Explore advanced spectroscopic techniques used in chemical research
  • Investigate current theories on chemical bonding and molecular formation
  • Study the implications of transition state theory in reaction mechanisms
USEFUL FOR

Chemists, researchers in theoretical chemistry, and students interested in the mechanisms of chemical reactions and the development of predictive models in molecular science.

ISamson
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Isn't this a breakthrough?
Well, a base for a breakthrough?
I have always wondered if a complete theory or accurate prediction of the formation of bonds and molecules is possible... I tried to think about this myself... :)
What do you think:
https://phys.org/news/2017-12-chemists-theoretical-chemical-reactions.html
 
Last edited:
Chemistry news on Phys.org
ISamson said:
Isn't this a breakthrough?
Well, a base for a breakthrough?
I have always wondered if a complete theory or accurate prediction of the formation of bonds and molecules is possible... I tried to think about this myself... :)
What do you think?
Can you provide a link so that we know what you're talking about? Until now it sounds like the headline of a pop science article somewhere, which are usually inspired by a scientific paper the author of the article failed to or did not want to understand.
 
fresh_42 said:
Can you provide a link so that we know what you're talking about? Until now it sounds like the headline of a pop science article somewhere, which are usually inspired by a scientific paper the author of the article failed to or did not want to understand.

Sorry, my typo.
SEE EDIT.
 
Link to actual paper:
https://www.nature.com/articles/nchem.2804
I haven't examined the paper closely, but it looks like an interesting way of examining transition states spectroscopically. Dan Neumark (corresponding author on the paper) has been working in this field for some time, and he does good work.

Edit: The main drawback that I see to this technique is that it's unclear how general it is.
 
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