Physics_Adic_Monograph.tex

Physics

Physics_Adic_Monograph.tex

Download original file

This is the original TeX manuscript source. Use the paper’s PDF for typeset equations.

Included manuscript sections

Read the typeset paper

Skip source text

1 \input{preamble.tex}
2 \usepackage[section]{placeins}
3 \newcommand{\adicfigure}[3][htbp]{\begin{figure}[#1]\centering\includegraphics[width=.96\linewidth,height=.44\textheight,keepaspectratio]{adic_figures/#2.pdf}\caption{#3}\end{figure}}
4 \renewcommand{\KomorebiEdition}{}
5 \renewcommand{\KomorebiTitle}{Adic and Polyphase Quantum Refinement}
6 \renewcommand{\KomorebiCoverTitle}{Adic and Polyphase\\Quantum Refinement}
7 \renewcommand{\KomorebiSubtitle}{Normalized packets, spectral elimination, and compatible limits}
8 \renewcommand{\KomorebiKind}{Adic refinement monograph}
9 \renewcommand{\KomorebiShortTitle}{Adic and polyphase quantum refinement}
10 \renewcommand{\KomorebiCoverBlurb}{A connected development of prime registers, Haar refinement, radial self-energy, polyphase spectral calculus, and infinite Hilbert-space dynamics under explicit compatibility and domain hypotheses.}
11 \renewcommand{\KomorebiChapterLabel}{06 / Arithmetic refinement}
12 \KomorebiSetup
13 \begin{document}
14 \KomorebiCover
15 \input{adic/orientation.tex}
16 \section*{Finite registers and normalized refinement}
17 \input{adic/finite.tex}
18 \clearpage
19 \section*{Radial elimination and polyphase spectra}
20 \input{adic/spectral.tex}
21 \clearpage
22 \section*{Compatible dynamics and infinite limits}
23 \input{adic/limit.tex}
24 \input{adic/conclusion.tex}
25 \begingroup\small
26 \setlist[enumerate]{parsep=0pt,itemsep=3pt,topsep=4pt}
27 \input{adic/references.tex}
28 \endgroup
29 \end{document}

Back to source controls

Other PDFs for this work

Original file and source record

This copy matches the recorded source file. Its publication here does not change the work’s review status.

SHA-256: 94c52ebb1c83ba0b0a8327ddd6b17ee141a45640e40ce57d0f99ac652fa703e9

Original source on GitHub

Back to Physics