> <\body> <\hide-preamble> >>> |>>>> mode> <\title-slide|>> <\padded-right-aligned> <\padded-right-aligned> >> USTCLUG Salon> <\padded-right-aligned> \; |<\hidden> v. >> \; <\folded-explain> other than ?> <|folded-explain> <\folded> is far from satisfactory for scientific writing. <|folded> <\quote-env> You know Leslie Lamport, \ ACM Turing Award laureate, if you are using . He is actually surprised is still being used and no-one has invented something better :) is a tool, and it empowers you as well as limit you, in many ways.\ is designed for those who are not satisfied by the usual workflow and dreamt of something different. With you will have time to develop more interesting skills in college. <\quote-env> The best latex code is no latex code :) and allows you to write your best latex no-code. <\folded-std> makes scientific writing intuitive (truly ) and structured (so ) in comparison to . <|folded-std> is driven by the very philosophy of making technical document editing both innovative and more humane, beautiful and conceptually correct. No waste of screen estate, uncluttered UIs, structured editing and pixel-perfect typesetting. allows you to focus on your work without distractions. <\folded> All you need is in one place. <|folded> has slide tools, graphics tools, an internal bibliographic database, interactive sessions in a variety of engines, various plugins and allows to export , , or , etc. <\folded-explain> \+>>> <|folded-explain> The name was chosen early on to pay due respect to the two main sources of inspiration: the system and the editor, but does not share any code with these programs. has a radically different design. It aims neither to be another frontend nor to be limited by in how the output is produced. <\folded-explain> replace in everyday study and work?> <|folded-explain> <\quote-env> I use everyday for lectures, presentations, papers, exercise sheets and export most of my documents to . There is no need of in my workflow, just to send the final version to the editors. and other people I know, including most of my current students and collaborators use it also for slides and other stuff. \V Massimiliano Gubinelli Forum|http://forum.texmacs.cn/t/is-texmacs-better-than-lyx-for-users-who-need-to-export-to-latex/1151/4> |<\hidden> <\itemize> toolbar / menubar names> (>) or \ names> (>) <\itemize> Inline formulae > Let ,\,x> be variables. Let> a real vector space. Displayed formulae > <\equation*> x+y=z Several equations\ > <\eqnarray*> >|>|+>>||>|++>>>> >>> \ > <\equation*> \\.\\.\+\\\ <\equation*> a\b\c\d\e\f\x > \ > \ > \ > and > \ > >(=type the same capital twice) \ > <\equation*> f+\+\+\+\+\+\ > \ > \ > <\equation*> +\+a|n>\+\+a|n>>\+\+a|n>|k> <\equation*> \=+1|2>=>>> > \ > <\equation*> , > \ > \ > \ > <\equation*> |]> > > <\equation*> >>=|6> > \ >\ <\equation*> >> ... \x=\ \; > <\equation*> =>|n*z>|)> > \ > <\equation*> >>>>||||||||1>>|>|n>>|>|||>|>|>|>||||>|1>>|>|n>>||||>|>|||1>>|2>>|>|n>>>||||1>>|1>>|>|n>>>||||>|>|>|>>||||1>>|1>>|>|n>>>>>>=|1>>|>|n>>>|>|>|>>|1>>|>|n>>>>>>|1>>|>|n>>>|>|>|>>|1>>|>|n>>>>>> <\equation*> |gr-frame|>|gr-geometry||gr-grid||gr-edit-grid-aspect|||>|gr-edit-grid||gr-text-at-halign|center|gr-arrow-end|\|gr-grid-old||2>|gr-edit-grid-old||2>|gr-grid-aspect|||>|gr-grid-aspect-props|||>|gr-text-at-valign|center|gr-auto-crop|true|>>|>>||>>||>>|||>>|||>>||||>>||||>>>>>> \; <\itemize> System tools (e.g. in ) <\equation*> \\\<#3088\>>\\\,|]> Internal names > <\equation*> \\ numbers > <\equation*> \<#266B\>\<#3088\>>\\\,|]> > <\equation> L|)>=>|n> > \ > \ and <\conjecture> >If > is a real primitive character to the modulus , then <\equation*> L|)>\c where \0> is an absolute, effectively computable constant and |)>> is defined in As a direct consequence of we have\ <\corollary> >If > is a real primitive character to the modulus , then <\equation*> L,\|)>\0 for <\equation*> \\1-c where \0> is an absolute, effectively computable constant. <\bibliography|bib|tm-plain|LCPU_math.bib> <\bib-list|1> Yitang Zhang. Discrete mean estimates and the landau-siegel zero. 2022. <\equation*> \; \; <\equation*> \; <\equation*> \; \; \; |<\hidden> \; > <\initial> <\collection> <\attachments> <\collection> <\associate|bib-bibliography> <\db-entry|+2InaPNNd2GsDQNCb|misc|Zhang22> <|db-entry> > > > > <\references> <\collection> > > > > > > > > > > > > > > > > > > > > <\auxiliary> <\collection> <\associate|bib> Zhang22 Zhang22 <\associate|toc> |Why do we need T|E>||||0.5fn>|0fn|-0.1fn>>XACS||||0.5fn>|0fn|-0.1fn>> other than L>T|E>||||0.5fn>|0fn|-0.1fn>>X? |.>>>>|> > ||font-family|||T|E>||||0.5fn>|0fn|-0.1fn>>XACS||||0.5fn>|0fn|-0.1fn>>\T|E>||||0.5fn>|0fn|-0.1fn>>X+|font-shape|||Emacs>>>> |.>>>>|> > |Can T|E>||||0.5fn>|0fn|-0.1fn>>XACS||||0.5fn>|0fn|-0.1fn>> replace L>T|E>||||0.5fn>|0fn|-0.1fn>>X in everyday study and work? |.>>>>|> > |Three ways to input math |.>>>>|> > |Three types of formulae |.>>>>|> > |Variants |.>>>>|> > |Juxtaposition |.>>>>|> > |Special fonts |.>>>>|> > |2D math markup |.>>>>|> > |Brackets |.>>>>|> > |Large symbols |.>>>>|> > |Matrices |.>>>>|> > |Commutative diagrams |.>>>>|> > |When a symbol is hard to find |.>>>>|> > |Numbering |.>>>>|> > |Labels and reference |.>>>>|> > |math-font-series||Bibliography> |.>>>>|>