Molecular desgin for a narrow potential surface curve

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To achieve a narrow potential surface curvature in organic molecules, increasing the spring constant, as per Hooke's law, can be effective, indicating stronger bonds. The challenge lies in identifying how to create stronger bonds within inherently weak organic molecules. Discussions suggest exploring molecular design strategies that enhance bond strength without compromising the organic nature of the compounds. Techniques may include optimizing molecular geometry or incorporating specific functional groups to reinforce interactions. Ultimately, the goal is to design organic molecules that exhibit a narrower energy potential curve while maintaining their structural integrity.
HAYAO
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Rather a short question, but what kind of design can be used for a narrow potential surface curvature in molecules?
 
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Please rephrase. It is hard to tell what you are asking.
 
Sorry, it wasn't very clear.

Well I am talking about how to make energy potential curve (surface) narrow in molecules.

Considering that energy potential curve can be approximated to a degree with Hooke's law, the potential curve can be made narrower by making the spring constant larger.
That means stronger bonds in molecules, but I am not quite sure specifically how "strong bonds" can be created.

I am specifically talking about organic molecules that are not necessarily strong. I am talking about within these weak molecules, what could be the strongest, therefore a molecule with narrow energy potential curve.
 

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