#chargetransfer

They haven’t kissed yet. 

Actually, the only thing they’ve done is hug, but it was a long hug--a significant hug, Foggy would say, because Matt ran fingers through Foggy’s hair and his breath got all shuddery and they both awkwardly told each other that--that they were confused, more or less. Confused about each other. 

The list of people that Foggy’s not supposed to date includes but is not limited to:

roommates

best friends

other guys 

He’s figuring out the last one but the fact that Matt checks off all three scares the shit out of him. He still wants him, though. He wants Matt more than he’s ever wanted anyone and maybe that means he adds an asterisk to the list, maybe a footnote that says excludes Matthew Murdock, the exception that proves all the rules.

I hope.

Well that could’ve gone worse.

Matt Murdock for @chargetransfer!

@ceeainthereforthat tagged me in this memethingy to post the first line of a work in progress and tag as many people as there are words in it.

“This is how it begins.”

9. what is the most sinful fic you have ever read/written: Oh gosh, um, I feel like the stuff I post doesn’t tend to be that sinful? Like the tamest A/B/O ever, or a lot of comics!Matt being gently dommed by his canonical love interests. Also one time I wrote Booster Gold having sex with the ghost of Ted Kord, although I feel like that falls more under the category of “weird and sad” than “sinful.”

Long-Range Interactions and Quantum Entanglement: Optimising Energy Transfer in Open Quantum Systems Quantum mechanics controls vital natural processes like photosynthesis' incredible energy capture and transfer. To understand energy flow, one needs understand Open Quantum Systems (OQS), where quantum coherence interacts dynamically with the environment to cause decoherence and dissipation. This crucial connection underlies many processes, from quantum information processing to charge transfer (CT) and energy transfer (ET) in molecular electronics, biomolecules, and photochemical materials.

Long-Range Interactions systems' delocalisation and entanglement effects on constructed reservoirs. The study indicates that starting a donor-acceptor system in highly coherent, delocalised quantum states can considerably boost excitation transfer efficiency and speed even when exposed to environmental dissipation.

Long-Range Interactions: Molecular Complexity Modelling

True biological and chemical transfer mechanisms, such as light-harvesting complexes, require complicated models due to their complexity. A minimal Frenkel exciton model with Long-Range Interactions qubits coupled to a damped collective bosonic mode was used to describe CT and ET related to nuclear vibrations. Qubits encode electronic degrees of freedom, and the bosonic mode replicates molecular vibrations dampened by an Ohmic bath. This model is distinguished by long-range electronic couplings that show a power-law drop in qubit ion distance. Some emitters find this interaction physically relevant, and the most modern analogue trapped-ion quantum simulators can naturally implement it. This model's capacity to isolate delocalisation and resist temperature, noise, and static disorder make it important.

States with delocalisation yield optimal transfer The major objective was to study how coherence and quantum correlations affect non-equilibrium dynamics. In a minimal two-monomer configuration (donor and acceptor, each with two qubits), the team found that preparing the initial donor state in a symmetric spin triplet superposition a maximally entangled state resulted in a much higher transfer rate than in an antisymmetric singlet superposition or a simple product state. A faster transfer rate proportional to in the perturbative domain is due to the greater electronic coupling between triplet states than other inter-monomer couplings. This explains the big speed gain. The study also found that optimal, or critically damped, transfer occurs when coherent coupling strength is nearly equal to motional relaxation rate. When coherent coupling and environmental interaction are balanced, this “optimal transfer” process suggests natural light-harvesting materials transfer more efficiently. The study also showed that this fast mechanism can transfer entanglement. Starting with the maximally entangled triplet donor state leads to a stable state that is the acceptor state when the energy gap coincides with integer multiples of the vibrational frequency under optimum, low-temperature, and resonant conditions.

Environmental resilience Open quantum systems face real-world perturbations. The examined how several faults affected transfer efficiency: Static Disorder: On-site energies or spin-phonon couplings can localise excitement and reduce transfer rate. However, adding static disorder to the on-site energy causes configurations with a higher relaxation rate to decline transfer rate more slowly, revealing how to offset these effects. White Noise/Dephasing: Electronic dephasing models temporal variations show that noise slows transfer rates by disrupting internal coherences needed for speed growth. Total transfer rate falls as bath temperature or average phonon number rises. This drop is largely caused by an enhanced steady-state population in donor sites, not a slowdown of the equilibration rate, which was robust near resonance. Scaling Complex Architectures

I mean, Peter tries really hard to avoid any collateral damage when he's at his, uh, internship, and he tries to stay out of the territory of other, um, interns, but sometimes it can't be helped. He's got to talk to those two lawyers in Hell's Kitchen before they try to figure out how to sue Spiderman for damaging that storefront. Maybe he can try to talk to Daredevil for advice, but that guy always seems to know he's coming, somehow.

yes yes yes yes

I want him to try very poorly to hide his secret identity while still trying to get them to represent him, like, “I’m not saying that I am Spider-Man because I’m just here on behalf of Spider-Man, but if I were Spider-Man. . .”