Density of States Proportion on Electron-Hole Symmetrical-to-Asymmetrical Transport in Free-Electron Solids to Interacting Fermionic Systems: A Perspective of Entropy-Ruled Method

Dear Professors, and Scientific Expert Committee Members of Nature Index Journal,

Greetings. For your kind information, recently my perspective article entitled "Density of States Proportion on Electron-Hole Symmetrical-to-Asymmetrical Transport in Free-Electron Solids to Interacting Fermionic Systems: A Perspective of Entropy-Ruled Method" has been published in your one among the listed Nature Index journal "The Journal of Physical Chemistry Letters (JPCL)".

Although it is perspective article, I have newly introduced and analysed a few important concepts with validation such as 1) Density of States Proportion, 2) Charge Disorder Variance Principle on Electron-Hole Symmetry-to-Asymmetry Transport Transition, 3) Inverse Symmetry Behavior on Energy gap-Electronic Coupling, and 4) Entropy Production Rule via Charge Dynamics Associated Energy Flux Rate.

I honestly feel that the above conceptual developments are fundamentally important and will play a key descriptor for charge and energy transport in wide ranges of degenerate and nondegenerate systems/devices. Hence, these concept(s) and principle(s) should reach our scientific community at the right time, because we have to nurture further through electronic and band engineering in appropriate ways to achieve advanced device science and technology. Also, I have here shown the validity of the proposed concept(s)/principle using theory and simulation for some molecular and material systems.

Importantly, the introduced concept (here) of "charge disorder-associated Coulombic potential on electron-hole relative dynamics" is more important for PN junction diodes, bipolar transistors, quantum electronics and circuits.

Based on the above ground (due to the significance and urgency of work), I kindly request you to please consider my request to shortlist this article under the "Nature Index Article" category.
For your kind perusal, the weblink of the paper is as follow,
https://pubs.acs.org/doi/10.1021/acs.jpclett.5c00770 (K. Navamani, J. Phys. Chem. Lett. 2025, 16, 33, 8596–8612).

Please reconsider and approve my request for the same. I am looking forward to hearing a positive response.

With kind regards,
K. Navamani

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4 months ago

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