I suspect the answer is "No", but felt I should ask anyway. Given that the everything we know about the Star Trek "universe" has changed with the Abrams reboot, I was wondering how this would affect the rest of the galaxy, especially the nearly omnipotent species like the Q or Organians. To keep the question specific, though, let's limit it to the Q Continuum.  Have we seen anything on-screen or in EU materials that would indicate the Q are subject (or immune, even) to widespread changes in the timeline?  I know that we've seen Q himself interact with alternate timelines on a couple of occasions, but those were localized events involving the Enterprise-D or Voyager crews. When it comes to large-scale alterations like the Mirror Universe, I don't think we've seen the Q involved...
As shown in various episodes ("Mirror, Mirror," "Phantasms," etc.), other universes exist, oftentimes containing the same characters, albeit in different situations than in the prime universe. I'm curious, though, whether individuals that apparently exist outside of the multiverse, such as members of the Q, would not be duplicated elsewhere. It seems reasonable to me, but I'm not sure.
What is a "callable"? Trying to show that $\ln(x) = \lim_{n\to\infty} n(x^{1/n} -1)$ How do I show that $\ln(x) = \lim_{n\to\infty} n (x^{1/n} - 1)$?  I ran into this identity on . I haven't been able to find any proof online and my efforts to get from $\ln(x) := \int_1^x \frac{\mathrm dt}t$ to that limit have been a failure. Find a bijection from $\mathbb R \to  \mathbb R-\mathbb N$. I want to set my function up such that all natural numbers get mapped to $n+.1$ and reals of the form $n+.1$ to $2n+.1$ is this correct? Explanation of the binomial theorem and the associated Big O notation Can I update an early Airport Time Capsule? Will grammar errors become correct after enough people use them for enough time? What exactly is a hat?  I have seen a lot of people arguing the significance of hats and the limited edition hats. I know the hats are sort of linked to the Winterbash stuff, but what exactly is a hat, what does it do, how do I get one?  Is there a full list of hats? Adding holes simultaneously within mesh Negative pressure How is negative pressure created in a fluid system?Isn't it counter intuitive that we are reducing the pressure of a system containing no molecules(zero pressure) to a lower value? Test whether string is a valid integer I am a newbie in Latex. My goal is to have the word "Chapter" in the title of any chapter, and the word "Appendix" in the title of appendix. I also want to add "Appendix" in TOC. However, using the following MWE from my university, I end up having "Appendix A" in TOC. How can I remove the letter "A" in TOC.  \documentclass[12]{thesis}  \RequirePackage{tocloft} \RequirePackage{titlesec} \usepackage[titletoc]{appendix}  \newcommand{\spacemultiplier}{1.5} \renewcommand{\baselinestretch}{\spacemultiplier}\normalsize  \renewcommand{\frontmatter}{ %TABLE OF CONTENTS \addcontentsline{toc}{chapter}{Contents} {\renewcommand{\baselinestretch}{1}\normalsize \tableofcontents } \newpage \titleformat{\chapter}[display]{\renewcommand{\baselinestretch}{1.5}\LARGE\sc\fillast}{Chapter   \thechapter}{0pt}{}[\renewcommand{\baselinestretch}{\spacemultiplier}\normalsize] \titlespacing{\chapter}{0pt}{1.4cm}{20pt} \setcounter{chapter}{0} }  % Appendix setup \newcommand{\universityappendix}{ \appendix \titleformat{\chapter}[display]{\renewcommand{\baselinestretch}{1.5}\normalsize \LARGE\sc\fillast}{Appendix}{0pt}{} \titlespacing{\chapter}{0pt}{-30pt}{20pt} \renewcommand{\baselinestretch}{1.5}\normalsize }   \begin{document}  \frontmatter  \chapter{blah blah} This is a chapter  \universityappendix \begin{appendices} \chapter{blah blah} this is appendix \end{appendices} \end{document}   Thanks Verification the integral identity $\int_0^\pi \ln(1+\alpha\cos(x))dx=\pi\ln\left(\frac{1+\sqrt{1-\alpha^2}}{2}\right)$. I have to verify that     $$\int_0^\pi \ln(1+\alpha\cos(x))dx=\pi\ln\left(\frac{1+\sqrt{1-\alpha^2}}{2}\right)$$   with $|\alpha|&lt;1$. It is my homework and don't know where to begin. How do I install a different Python version using apt-get? How can I install a different version of Python using apt-get?  Obviously I realise I can install using the source tar ball, however I would prefer not to install from source and instead use the package manager, as that's what it's there for. Surely somewhere reputable builds .deb files for the latest Python releases (why python.org don't is beyond me) that I can reference.   What do I need to do to reference them and what issues might it create when upgrading to the next version?  If there is no way except for building from source, is there a (pseudo) package that I can can install that will provide all of the dependencies needed without having to find and install each individually? So that I don't get:  The necessary bits to build these optional modules were not found: _bz2                  _curses               _curses_panel       _dbm                  _gdbm                 _lzma               _sqlite3              _ssl                  _tkinter            readline              zlib How do I copy vertex groups from one object to another? So, I decided that a previous project contained exactly what I needed to expedite a new project, so I appended the appropriate objects form the previous project to the new one. This was great, because I didn't have to define new materials, &amp;c.   Regrettably, though, I found out that when it came to vertex groups, where it would have been as helpful to be able to copy vertex groups from one object to another as it was to copy materials, I couldn't figure out how to do so.   Am I looking for a feature which does not yet exist?  NOTE: I did not expect the vertex groups to have assignments in the target objects, but it would have been handy not to have had to retype 25 names. Not booting from USB or CD (SYSLINUX Message) I'm looking for an example of $2$ non isomorphic groups $G_1,G_2$  that are finitely generated and presented that have the same finite quotients (up to isomorphism) .  Thanks How do i convert a binary int into a string? Could it be that Goldbach conjecture is undecidable? Lie algebra of $\left(\begin{smallmatrix}a & b\\ & a^2\end{smallmatrix}\right )$ in $GL_2(\mathbb{R})$ I'm working on the question     Let $G$ be the group of invertible real matrices of the form $\left [\begin{array}{c c}a &amp; b\\ &amp; a^2\end{array}\right ]$. Determine the Lie algebra $L$ of $G$, and compute the bracket on $L$.   I'm familiar with how to derive the Lie algebra for a linear group like $U_n$, $SU_n$, etc. but I'm not sure what to do in a more explicit case like this. This is a canonical question and answer developed by the community to help address common questions. If you've been directed here, or your question has been closed as a duplicate, please look through the resources here and use them to shape more specific questions. To browse all canonical questions and answers, including more unit test resources, navigate to the  tag.  How do I unit test code that includes a SOAP or REST-based callout, or indirectly calls code that makes a callout? I'm getting an error saying that callouts are not supported.