Abstract
A two-part Notional Synthesis on Nanophotonics Fundamentals is being carried out: On the one hand, a rather novel depiction of the Fermionic Quantum Causality is being attempted. On the other hand, a Nanophotonic Response Encoder is being devised: Illuminated Electrons are the original Protagonists.
Highlights
A two-part Notional Synthesis on Nanophotonics Fundamentals is being carried out: On the one hand, a rather novel depiction of the Fermionic Quantum Causality is being attempted
Which is satisfied by the sum of its Partial Solution φp = 1 and the Solution of its Respective Homogeneous Differential Equation (DE) (constrained through (8)) φH = expx: φ ( x=) ex + 1 (9)
Ψ(β) is derived through Equation (28) as the Resultant of the Orthogonal Component Eigenfunctions ψν(β) scaled by the appropriate Real Coefficients κν determined through the Photoenhancement-associated Stimulus Function Μμβ(β) energising the Nanophotonic Response of the eachtime experimentally monitored Semiconductor Fermionic Device
Summary
How to cite this paper: Anagnostakis, E.A. (2018) A Notional Duette on Nanophotonics Fundamentals. How to cite this paper: Anagnostakis, E.A. (2018) A Notional Duette on Nanophotonics Fundamentals. Received: August 2, 2018 Accepted: November 17, 2018 Published: November 20, 2018
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