Primon-Theory: Dynamical Modelling of Electromagnetic Vortical-Flow and Benchmark-Validation against the Maxwell System
{"Based":[0],"on":[1],"the":[2,6,12,18,23,52,57,82,104,112,128,135,145,158,166,198,224,229,237],"underlying":[3,194],"framework":[4,196],"of":[5,27,38,41,56,64,94,107,114,137,144,203,231,240,245],"Primon":[7,14,146,246],"theory,":[8,110],"this":[9,101,212],"paper":[10,213],"takes":[11],"indivisible":[13],"oscillatory":[15],"unit":[16],"as":[17],"minimal":[19],"research":[20],"primitive.":[21],"Abandoning":[22],"abstract-void":[24],"field":[25,109,181],"postulate":[26],"classical":[28,108,204,232],"electromagnetism,":[29],"it":[30,235],"attributes":[31],"all":[32],"electromagnetic":[33],"phenomena":[34],"to":[35],"two":[36,58],"types":[37],"physical":[39,54,89,129,199,220],"motions":[40],"Primon-oscillatory-unit":[42],"clusters:":[43],"radial":[44,96],"dilation-compression":[45],"and":[46,77,97,117,165,182,192,201],"tangential":[47,98],"circumferential":[48],"vortical-flow.":[49],"Built":[50],"upon":[51],"differing":[53],"behaviours":[55],"perturbation":[59,130],"modes,":[60],"a":[61,151,190,215],"dynamical":[62,118],"system":[63],"equations":[65],"with":[66,81],"dual":[67],"coupling":[68,99],"coefficients":[69],"is":[70,124,139,214,222],"constructed.":[71],"It":[72,132],"achieves":[73],"strict":[74],"mathematical":[75],"isomorphism":[76],"full":[78],"numerical":[79],"equivalence":[80],"Maxwell":[83],"system,":[84],"while":[85],"completely":[86],"replacing":[87],"its":[88],"mechanism.":[90],"Through":[91],"precise":[92],"benchmarking":[93],"independent":[95],"coefficients,":[100],"work":[102],"resolves":[103],"intrinsic":[105],"drawbacks":[106],"namely":[111],"absence":[113],"material":[115,226],"carriers":[116],"mechanisms.":[119],"The":[120,154,207],"transverse-wave":[121],"propagation":[122,184],"law":[123],"naturally":[125],"derived":[126],"from":[127],"equations.":[131],"clarifies":[133],"that":[134],"speed":[136],"light":[138],"an":[140],"inherent":[141],"transmission":[142],"property":[143],"background":[147],"medium":[148,227],"rather":[149],"than":[150],"spacetime-geometric":[152],"parameter.":[153],"model":[155],"strictly":[156],"distinguishes":[157],"linear":[159],"valid":[160],"regime":[161],"under":[162,170,178],"weak-field":[163],"conditions":[164,185],"nonlinear":[167],"failure":[168],"boundary":[169],"strong-field":[171],"conditions.":[172],"Falsifiable":[173],"predictions":[174],"concerning":[175],"phase":[176],"shifts":[177],"extremely":[179],"strong":[180],"ultra-long-range":[183],"are":[186],"reserved.":[187],"This":[188],"provides":[189],"self-consistent":[191],"complete":[193],"theoretical":[195],"for":[197],"reconstruction":[200],"boundary-extension":[202],"electromagnetism.":[205],"Note:":[206],"term":[208],"\\"medium\\"":[209],"used":[210],"in":[211],"descriptive":[216],"shorthand":[217],"only.":[218],"Its":[219],"referent":[221],"neither":[223],"continuous":[225],"nor":[228],"aether":[230],"physics;":[233],"instead,":[234],"describes":[236],"relaypropagation":[238],"effect":[239],"perturbations":[241],"among":[242],"discrete":[243],"clusters":[244],"vibration":[247],"units.":[248]}
Authors
- Dongzhe Song
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-09-05
- DOI
- https://doi.org/10.5281/zenodo.22313848
- Primary Topic
- Quantum and Classical Electrodynamics
- Type
- preprint