@KyleKanos Ah. Well then I suppose the esteemed Mr. Mitchison may choose to ignore my little note. Mark, I totally agree with what you said in that chat message. A person needs to have the will to trying things oneself. Good on your for doing it and being persistent.
@DanielSank it seems none of you understood my point of view.. Did you go through thr entire convo and see what I was asking? I understand that maybe you guys were too busy to help me.. Was I really annoying?
@KyleKanos Let me correct one thing.. he DID help... I even accepted his answer to my question on that subject...
@KyleKanos And at this moment, are you trying to say that @MarkMitchison shouldn't help me? Because, at this moment, I have gone to tons of research and asked my physics friend who is also confused about this.. Who else should I ask?
Now, I feel that I need to have a conversation who is an expert on this field.. who knows this subject well.. I want to have a chat.. I have askec many questions on ts subject and either i get an answer that isn't very useful, ir I get no answer... Anybody know why?
Recently, I have been interested in the energy transfer within the FMO complex. I was wondering, how could the wavelength of the light that excites the complex affect the energy transfer efficiency. In particular, could it affect the Coulomb couplings, or the site energies, or even the dephasing ...
Try asking two different questions in two different posts: 1. How does dephasing rate affect diffusion in a quantum random walk? 2. How does incoming light wavelength affect the dephasing rate of photons moving around in the FMO complex?
3. How does the incoming light wavelength affect the site energies of a photon moving around in the FMO complex?
@ACuriousMind Skyre + Immersive Creatures = 15 minute fight with a "Draugr Reaper" that leveled me up twice in one handed, once in archery, twice in blocking and once in light armor and 20 or so potions down the drain.
@TanMath I would edit the existing one down to be more focused and post new questions as suggested.
@TanMath:
[This](http://physics.stackexchange.com/questions/197761/how-to-determine-the-collapse-operator-for-a-lindblad-equation) is good and I'll answer it if I find myself with a few hours to re-remember what I need to answer it.
[This](http://physics.stackexchange.com/questions/197730/conversion-of-units) is not well written. That, combined with the fact that it's about unit conversion *and the fact that you again ask multiple questions at once*, is probably why it doesn't have good answers. Most of the time when you are unsatisfied with existing answers it is because the question is …
Guys, why do my links fail like that? @KyleKanos?
@TanMath: This is just so vague that it's hard to know how to answer it. I think I know what you're looking for, but it would help if you would give an example of what you mean. For example, you want something analogous to $U = \exp(-i H t / \hbar)$, but for Lindblad, right?
