Optical Conformal Heisenberg ℳℋ¢τ–Microfluidics Magnetic Microbeam in De-Sitter Heisenberg Space

In this manuscript, we investigate the optical hydromagnetic recursive visco-magnetic Belavin-Polyakov model for thermal Heisenberg radiation in de Sitter Heisenberg space. We define the conformal magnetical Heisenberg microfluidics magnetic [Formula: see text]microbeam and establish the vissco radiation Heisenberg solidity. The recursive magnetical Heisenberg microfluidics conformal Heisenberg microbeam magnetic field is constructed, followed by the optical Belavin-Polyakov visco-magnetic phase for heat visco-recursive microfluidics conformal Heisenberg thermal radiation. Finally, we present the optical Heisenberg thermal visco-magnetic Belavin-Polyakov conducting of the conformal Heisenberg microbeam. Optical physical model of [Formula: see text]microbeam solidity, visco-magnetic phase, and thermal radiation are explicitly formulated.