Intro to force field

[@stromharlan5187]

This is great! I love how they don't just throw V(r) at you from the start. Instead, the speaker works backwards with a series of very natural "Well, why?" questions. Excellent explanation.

[@zeljkom.svedruzic8406]

Nice! Short, clear, and simple, and yet very helpful explanations.

[@adamusparadus7830]

I really liked this short lecture which is really very clear explanation.

[@bobdafoe8784]

Loving the casual placement of the tryptamine.

[@anonymous7---]

Thank you for the quick and dirty explanation. Just to be sure, a force field would be each of the potential equation components, right? (i.e. bonds, angles, dihedrals, van der Waal and electrostatic)

[@shravanb.rathod4174]

Beautifully explained! I have a question regarding acceleration. Like we calculate total potential energy by using bonds, angle, dihedral, and other van der Walls forces that is the actual magnitude but what about the direction of those atoms on which we will apply the force to give new positions in the simulations trajectory. Thank you

[@rajankandel8354]

Gradient is a vector quantity

[@tag_of_frank]

How bad is the error in using newtons equations on particles whose velocities and energy should be quantized?

[@stromharlan5187]

Because we don't have the computing power to do full simulations with qm?

[@shefinb7910]

best tutorial

[@aditikonar2411]

Well explained...but what is Force field in one word? Energy or force or velocity?

[@khageshtanwar5089]

Energy! to define the atomic interactions.

[@unculturedmeat]

This is a brilliant summary. Thank you!

[@ТарасГолубовській]

Ew transvestite