/sci/ - Science & Math

[Anonymous No.3616917]

>don't mind me, just testing

<span class="math">p = \gamma m \beta c[/spoiler]
--- blank line ---
<span class="math">\underline{\mathbf{B_x}} = \vec{p_4} = \left ( \rlap { \lower{-1.5em}{\gamma ~~ 0 ~~ 0 ~~ -\beta \gamma} } \rlap { \lower{-0.5em}{0 ~~ 1 ~~ 0 ~~ 0} } \rlap { \lower{0.5em}{0 ~~ 0~~ 1 ~~ 0} } \rlap { \lower{1.5em}{-\beta \gamma ~~ 0 ~~ 0 ~~ \gamma} } ~~~~~ \right )[/spoiler]
<span class="math">E^2 - (cp)^2 = \left (mc^2 \right )^2[/spoiler]

fuck that better work...

[Anonymous No.3616920]

>>3616917
I think you into and can't get outta.

[Anonymous No.3616922]

E=mc22

[Anonymous No.3616923]

I posted this in the other thread before it 404'd:

http://userscripts.org/scripts/show/81801

<span class="math">\overset{\cdot~\cdot}{\smile}[/spoiler]

[Anonymous No.3616925]

>lol, of course...
>trying again

<span class="math">p = \gamma m \beta c[/spoiler]
--- blank line ---
<span class="math">\underline{\mathbf{B_x}} = \left ( \rlap { \lower{-1.5em}{\gamma ~~~~ 0 ~~~~ 0 ~~~~ -\beta \gamma} } \rlap { \lower{-0.5em}{0 ~~~~ 1 ~~~~ 0 ~~~~ 0} } \rlap { \lower{0.5em}{0 ~~~~ 0 ~~~~ 1 ~~~~ 0} } \rlap { \lower{1.5em}{-\beta \gamma ~~~~ 0 ~~~~ 0 ~~~~ \gamma} } ~~~~~~~~~~~~~~~~~~ \right )[/spoiler]
<span class="math">E^2 - (cp)^2 = \left (mc^2 \right )^2[/spoiler]

yeah, this is way too much work...

[Anonymous No.3616935]

>god fucking damn it

<span class="math">\underline{\mathbf{B_x}} = \left ( \rlap { \lower{-1.5em}{\gamma ~~~~~~ 0 ~~~~~~ 0 ~~~~~~ -\beta \gamma} } \rlap { \lower{-0.5em}{0 ~~~~~~ 1 ~~~~~~ 0 ~~~~~~ 0} } \rlap { \lower{0.5em}{0 ~~~~~~ 0 ~~~~~~ 1 ~~~~~~ 0} } \rlap { \lower{1.5em}{-\beta \gamma ~~~~~~ 0 ~~~~~~ 0 ~~~~~~ \gamma} } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ \right )[/spoiler]

god damn

[Anonymous No.3616948]

>let's see if this works.


<span class="math">\underline{\mathbf{B_x}} = \left ( \rlap { \lower{-1.5em}{\gamma ~~~~~~ 0 ~~~~~~ 0 ~~~~ -\beta \gamma} } \rlap { \lower{-0.5em}{0 ~~~~~~ 1 ~~~~~~ 0 ~~~~~~ 0} } \rlap { \lower{0.5em}{0 ~~~~~~ 0 ~~~~~~ 1 ~~~~~~ 0} } \rlap { \lower{1.5em}{-\beta \gamma ~~~~ 0 ~~~~~~ 0 ~~~~~~ \gamma} } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ \right )[/spoiler]

[Anonymous No.3616959]

>yeah okay, but there's no way this is going to be efficient...

\underline{\mathbf{B_x}} = \left ( \rlap { \lower{-1.5em}{\gamma ~~~~~~~~ 0 ~~~~~~~~ 0 ~~~~ -\beta \gamma} } \rlap { \lower{-0.5em}{0 ~~~~~~~~ 1 ~~~~~~~~ 0 ~~~~~~~~ 0} } \rlap { \lower{0.5em}{0 ~~~~~~~~ 0 ~~~~~~~~ 1 ~~~~~~~~ 0} } \rlap { \lower{1.5em}{-\beta \gamma ~~~~ 0 ~~~~~~~~ 0 ~~~~~~~~ \gamma} } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ \right )

[Anonymous No.3616966]

>okay, even i lol'd

<span class="math">\underline{\mathbf{B_x}} = \left ( \rlap { \lower{-1.5em}{\gamma ~~~~~~~~ 0 ~~~~~~~~ 0 ~~~~ -\beta \gamma} } \rlap { \lower{-0.5em}{0 ~~~~~~~~ 1 ~~~~~~~~ 0 ~~~~~~~~ 0} } \rlap { \lower{0.5em}{0 ~~~~~~~~ 0 ~~~~~~~~ 1 ~~~~~~~~ 0} } \rlap { \lower{1.5em}{-\beta \gamma ~~~~ 0 ~~~~~~~~ 0 ~~~~~~~~ \gamma} } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ \right )[/spoiler]

[Anonymous No.3617034]

yeah fuck this i'm done.

anyone have any better ideas on how to post matrices?

[Anonymous No.3617048]

>oh, i had another idea.
>more testing....

<span class="math">\underline{\mathbf{B_x}} =\rlap { \lower{-1.5em}{\gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{-\beta \gamma} }[/spoiler]

[Anonymous No.3617051]

>>3617034
>anyone have any better ideas on how to post matrices?

Well, it *is* an <span class="math">image[/spoiler]board.

[Anonymous No.3617071]

>so far so good...

<span class="math">\underline{\mathbf{B_x}} =
\rlap { \lower{-1.5em}{\gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{-\beta \gamma} } ~~~~~~~~
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{1} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{0} } ~~~~~~~~
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{1} } \rlap { \lower{1.5em}{0} } ~~~~~~~~
\rlap { \lower{-1.5em}{-\beta \gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{\gamma} }
[/spoiler]

[Anonymous No.3617081]

>>3617051
and? this is /sci/. we should be able to post all the math we want.

>this will probably not work
<span class="math">\underline{\mathbf{B_x}} = ~~
\rlap { \lower{-1.5em}{\gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{-\beta \gamma} }
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{1} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{0} }
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{1} } \rlap { \lower{1.5em}{0} }
\rlap { \lower{-1.5em}{-\beta \gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{\gamma} }
[/spoiler]

[Anonymous No.3617099]

>>3617081
>makes sense.

>i'd be surprised if this works
<span class="math">
\underline{\mathbf{B_x}} = ~~
[/spoiler]<span class="math">
\rlap { \lower{-1.5em}{\gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} }
[/spoiler]<span class="math">
\rlap { \lower{1.5em}{-\beta \gamma} } \rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{1} } \rlap { \lower{0.5em}{0} }
[/spoiler]<span class="math">
\rlap { \lower{1.5em}{0} } \rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{1} }
[/spoiler]<span class="math">
\rlap { \lower{1.5em}{0} } \rlap { \lower{-1.5em}{-\beta \gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} }
[/spoiler]<span class="math">
\rlap { \lower{1.5em}{\gamma} }
[/spoiler]

[Anonymous No.3617110]

>yupyup

<span class="math">
\underline{\mathbf{B_x}} = ~~ \left (
\rlap { \lower{-1.5em}{\gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{-\beta \gamma} } ~~~~~~~~
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{1} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{0} } ~~~~~~~~
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{1} } \rlap { \lower{1.5em}{0} } ~~~~~~~~
\rlap { \lower{-1.5em}{-\beta \gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{\gamma} } \right )
[/spoiler]
>right parenthesis is probably gonna be wrong...

[Anonymous No.3617113]

<div class="math">
\underline{\mathbf{B_x}} = \left(\vcenter{
\rlap{\quad \rlap {\gamma} \qquad \rlap 0 \qquad \rlap 0 \quad -\beta \gamma}
\rlap{\quad \lower{1em}{\rlap 0 \qquad \rlap 1 \qquad \rlap 0 \qquad 0}}
\rlap{\quad \lower{2em}{\rlap 0 \qquad \rlap 0 \qquad \rlap 1 \qquad 0}}
\lower{3em}{\rlap{-\beta \gamma} \quad \qquad \rlap 0 \qquad \rlap 0 \qquad \rlap \gamma \quad \enspace}
}\right)
</div>

[Anonymous No.3617117]

>>3617110
>oh okay, but not as bad as i thought it was gonna be

<span class="math">
\underline{\mathbf{B_x}} = ~~ \left (
\rlap { \lower{-1.5em}{\gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{-\beta \gamma} } ~~~~~~~~
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{1} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{0} } ~~~~~~~~
\rlap { \lower{-1.5em}{0} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{1} } \rlap { \lower{1.5em}{0} } ~~~~~~~~
\rlap { \lower{-1.5em}{-\beta \gamma} } \rlap { \lower{-0.5em}{0} } \rlap { \lower{0.5em}{0} } \rlap { \lower{1.5em}{\gamma} } ~~~~~~~~ \right )
[/spoiler]

[Josef crossed the Atlantic !!nUf2NflSAyw No.3617120]

>>3617113
Not bad, sir! Now write some script that generates such a matrix and you shall be knighted.

[Anonymous No.3617144]

>>3617113
quad was a good idea, thanks. trying it.

<span class="math">
\underline{\mathbf{B_x}} =
\left(\vcenter{ \rlap{\quad \rlap {\gamma} \qquad \rlap 0 \qquad \rlap 0 \quad -\beta \gamma}
\rlap{\quad \lower{1em}{\rlap 0 \qquad \rlap 1 \qquad \rlap 0 \qquad 0}}
\rlap{\quad \lower{2em}{\rlap 0 \qquad \rlap 0 \qquad \rlap 1 \qquad 0}}
\lower{3em}{\rlap{-\beta \gamma} \quad \qquad \rlap 0 \qquad \rlap 0 \qquad \rlap \gamma \quad \enspace} }\right)
[/spoiler]

>>3617120
no u.

[Anonymous No.3617186]

ha i just noticed i was boosting in z this whole time. fuck i'm tired...

<span class="math">
\underline{\mathbf{B_y}} =
\left(\vcenter{ \rlap{\quad \rlap {\gamma} \qquad \rlap 0 \qquad \rlap 0 \quad -\beta \gamma}
\rlap{\quad \lower{1em}{\rlap 0 \qquad \rlap 1 \qquad \rlap 0 \qquad 0}}
\lower{2em}{\rlap{-\beta \gamma} \quad \qquad \rlap 0 \qquad \rlap 0 \qquad \rlap \gamma \quad \enspace} }\right)
\rlap{\quad \lower{3em}{\rlap 0 \qquad \rlap 0 \qquad \rlap 0 \qquad 1}}
[/spoiler]

[Anonymous No.3617217]

>>3617186

<span class="math">
\underline{\mathbf{B_y}} = \left(\vcenter{ \rlap{\quad \rlap {\gamma} \qquad \rlap 0 \qquad \rlap 0 \quad -\beta \gamma}
\rlap{\quad \lower{1em}{\rlap 0 \qquad \rlap 1 \qquad \rlap 0 \qquad 0}} \lower{2em}{\rlap{-\beta \gamma} \quad \qquad
\rlap 0 \qquad \rlap 0 \qquad \rlap \gamma \quad \enspace} }
\rlap{\quad \lower{3em}{\rlap 0 \qquad \rlap 0 \qquad \rlap 0 \qquad 1}} \right)
[/spoiler]

god damn it. i'm done.

[Anonymous No.3617259]

<span class="math">(wut)[/spoiler]

[Anonymous No.3617371]

Alright, this one should be doable automatically. No more manual centering.
<div class="math">
\underline{\mathbf{B_z}} = \left(\vcenter{
\rlap{\strut\ulap{
{\qquad\atop\smash{\gamma}}
{\qquad\atop\smash{0}}
{\qquad\atop\smash{0}}
{\qquad\atop\smash {-\beta \gamma}}
}}
\rlap{\lower{1em}{\ulap{
{\qquad\atop\smash{0}}
{\qquad\atop\smash{1}}
{\qquad\atop\smash{0}}
{\qquad\atop\smash{0}}
}}}
\rlap{\lower{2em}{\ulap{
{\qquad\atop\smash{0}}
{\qquad\atop\smash{0}}
{\qquad\atop\smash{1}}
{\qquad\atop\smash{0}}
}}}
\lower{3em}{\strut\ulap{
{\qquad\atop\smash{-\beta \gamma}}
{\qquad\atop\smash{0}}
{\qquad\atop\smash{0}}
{\qquad\atop\smash \gamma}
}}
}\right)
</div>

[Anonymous No.3617461]

<div class="math">
\left[
\vcenter{
\rlap{\strut
\ulap{\qquad\atop\smash{this}}
\rlap{\beta \gamma^2}\qquad
\qquad\qquad\llap{and_0}
\ulap{\quad\atop\smash{n}}
\ulap{\quad\atop\smash{o}}
}
\rlap{\lower{1em}{
\ulap{\qquad\atop\smash{col}}
\rlap{this} \qquad
\qquad\qquad\llap{here^2}
\ulap{\quad\atop\smash{a}}
\ulap{\quad\atop\smash{w}}
}}
\rlap{\lower{2em}{
\ulap{\qquad\atop\smash{is}}
\rlap{is} \qquad
\qquad\qquad\llap{right}
\ulap{\quad\atop\smash{r}}
\ulap{\quad\atop\smash{}}
}}
\rlap{\lower{3em}{
\ulap{\qquad\atop\smash{cent}}
\rlap{left} \qquad
\qquad\qquad\llap{\&wide}
\ulap{\quad\atop\smash{r}}
\ulap{\quad\atop\smash{}}
}}
\rlap{\lower{3.5em}{
\ulap{\qquad\atop\smash{s}}
\rlap{h} \qquad
\qquad\qquad\llap{o}
\ulap{\quad\atop\smash{r}}
\ulap{\quad\atop\smash{t}}
}}
\rlap{\lower{4em}{
\ulap{\qquad\atop\smash{s}}
\rlap{h} \qquad
\qquad\qquad\llap{o}
\ulap{\quad\atop\smash{r}}
\ulap{\quad\atop\smash{t}}
}}
\rlap{\lower{5.5em}{
\ulap{\qquad\atop\smash{T}}
\rlap{A} \qquad
\qquad\qquad\llap{L}
\ulap{\quad\atop\smash{L}}
\ulap{\quad\atop\smash{}}
}}
\lower{7em}{\strut
\ulap{\qquad\atop\smash{T}}
\rlap{A} \qquad
\qquad\qquad\llap{L}
\ulap{\quad\atop\smash{L}}
\ulap{\quad\atop\smash{}}
}
}
\right]
</div>

[Anonymous No.3617884]

<span class="math">
\left(\displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{
\gamma }}
\ulap{\qquad\atop\smash{ 0 }}
\ulap{\qquad\atop\smash{ 0 }}
\ulap{\qquad\atop\smash{ -\beta \gamma }}
}\rlap{\lower{1em}{\ulap{\qquad\atop\smash{
0 }}
\ulap{\qquad\atop\smash{ 1 }}
\ulap{\qquad\atop\smash{ 0 }}
\ulap{\qquad\atop\smash{ 0 }}
}}\rlap{\lower{2em}{\ulap{\qquad\atop\smash{
0 }}
\ulap{\qquad\atop\smash{ 0 }}
\ulap{\qquad\atop\smash{ 1 }}
\ulap{\qquad\atop\smash{ 0 }}
}}\lower{3em}{\strut
\ulap{\qquad\atop\smash{
-\beta \gamma }}
\ulap{\qquad\atop\smash{ 0 }}
\ulap{\qquad\atop\smash{ 0 }}
\ulap{\qquad\atop\smash{ \gamma
}}
}}}\right)
[/spoiler]
<div class="math">
\left(\displaystyle{\vcenter{\rlap{\strut
\rlap{
\gamma }\qquad
\ulap{\quad\atop\smash{ 0 }}
\quad\llap{ 0 }
\rlap{ -\beta \gamma }\qquad
}\rlap{\lower{1em}{\rlap{
0 }\qquad
\ulap{\quad\atop\smash{ 1 }}
\quad\llap{ 0 }
\rlap{ 0 }\qquad
}}\rlap{\lower{3em}{\rlap{
0 }\qquad
\ulap{\quad\atop\smash{ 0 }}
\quad\llap{ 1 }
\rlap{ 0 }\qquad
}}\lower{6em}{\strut
\rlap{
-\beta \gamma }\qquad
\ulap{\quad\atop\smash{ 0 }}
\quad\llap{ 0 }
\rlap{ \gamma
}\qquad
}}}\right)
</div>

[Anonymous No.3617980]

<div class="math">
\left(
\displaystyle{\vcenter{\rlap{\strut
\ulap{\quad~~\atop\smash{
2 }}
\ulap{\quad~~\atop\smash{ 2 }}
}\lower{1.5em}{\strut
\ulap{\quad~~\atop\smash{
-1 }}
\ulap{\quad~~\atop\smash{ 0
}}
}}}
\right)
</div>

[Anonymous No.3617987]

foo <span class="math">
\left(
\displaystyle{\vcenter{\rlap{\strut
\ulap{\quad~~\atop\smash{
3 }}
\ulap{\quad~~\atop\smash{ 5 }}
}\lower{1.5em}{\strut
\ulap{\quad~~\atop\smash{
-1 }}
\ulap{\quad~~\atop\smash{ 0
}}
}}}
\right)
[/spoiler] bar

[Anonymous No.3618031]

And now, a script to generate these matrices:
http://userscripts.org/scripts/show/111163

[Anonymous No.3618069]

>>3618031
Holy balls you're amazing.
Does it work on chrome? Some of the others don't...

[Anonymous No.3618073]

<div class="math">
\displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{ t }}
\ulap{\qquad\atop\smash{ e }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ s }}
\ulap{\qquad\atop\smash{ t }}
}}}
</div>

[Anonymous No.3618080]

<div class="math">
\chi(\lambda) = \left| \displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\quad\atop\smash{
\lambda - a }}
\ulap{\qquad\quad\atop\smash{ -b }}
\ulap{\qquad\quad\atop\smash{ -c }}
}\rlap{\lower{1em}{\ulap{\qquad\quad\atop\smash{
-d }}
\ulap{\qquad\quad\atop\smash{ \lambda - e }}
\ulap{\qquad\quad\atop\smash{ -f }}
}}\lower{2em}{\strut
\ulap{\qquad\quad\atop\smash{
-g }}
\ulap{\qquad\quad\atop\smash{ -h }}
\ulap{\qquad\quad\atop\smash{ \lambda - i }}
}}} \right|.
</div>

[Anonymous No.3618099]

>>3618069
Just tested it, it does work with Chrome.
The interface with the previewer script uses unsafeWindow, but that part's not essential.

[Anonymous No.3618137]

>>3618099
el scripto no worko <span class="math">\ddot {\frown}[/spoiler]
Maybe i'm just being an idiot though...

[Anonymous No.3618190]

>>3618137
The preview script doesn't work on Chrome. You don't need the preview script for the matrix one, though.

[Anonymous No.3618199]

>>3618190
Hokay, testing.


<span class="math">\begin{matrix} \gamma & -\beta \gamma \\ \-beta \gamma & \gamma \end{matrix}[/spoiler]

[Anonymous No.3618209]

>>3618199
Hmm... it didn't do the conversion, which should have happened despite the \-beta.

Posting this in Chrome, with the -\beta fixed:
<span class="math">\begin{matrix} \gamma & -\beta \gamma \\ -\beta \gamma & \gamma \end{matrix}[/spoiler]

I'm going to try rewriting so it skips the unsafeWindow stuff if that's not defined.

[Anonymous No.3618214]

>>3618209
That's odd. Trying again:
<span class="math">\begin{matrix} \gamma & -\beta \gamma \\ -\beta \gamma & \gamma \end{matrix}[/spoiler]

[Anonymous No.3618217]

ITT: SHOW OFFS

captcha = multi-D eivisity

[Anonymous No.3618220]

test
<div class="math">\chi(\lambda) = \left| \begin{array}{ccc}
\lambda - a & -b & -c \\
-d & \lambda - e & -f \\
-g & -h & \lambda - i \end{array} \right|.</div>

[Anonymous No.3618245]

testsdfa
<div class="math">\displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{\gamma }}
\ulap{\qquad\atop\smash{ -\beta \gamma }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ -\beta \gamma }}
\ulap{\qquad\atop\smash{ \gamma }}
}}}</div>

[Anonymous No.3618251]

Okay, found the problem. It should work in Chrome now unless there are more bugs to be discovered.
<div class="math">\displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{\gamma }}
\ulap{\qquad\atop\smash{ -\beta \gamma }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ \-beta \gamma }}
\ulap{\qquad\atop\smash{ \gamma }}
}}}</div>

[Anonymous No.3618256]

Found the problem; it should work in Chrome now, unless there are more bugs to be discovered.
<div class="math">\displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{\gamma }}
\ulap{\qquad\atop\smash{ -\beta \gamma }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ -\beta \gamma }}
\ulap{\qquad\atop\smash{ \gamma }}
}}}</div>

[Anonymous No.3618295]

>>3618256
>>3618209
Woo! My bad, testing again:

<span class="math">\begin{matrix} \gamma & -\beta \gamma \\ -\beta \gamma & \gamma \end{matrix}[/spoiler].

Where'd you learn this stuff man? Self-taught?

[Anonymous No.3618310]

>>3618295
Did you install the new version?

[Anonymous No.3618320]

>>3618310
Motherfuck, i could've sworn... It's like 3am here, my bad.

<span class="math">\begin{matrix} \gamma & -\beta \gamma \\ -\beta \gamma & \gamma \end{matrix}[/spoiler]

[Anonymous No.3618325]

>>3618320
shit nevermind, i did install it, but forgot to allow it on chrome.
... again...

<span class="math">\displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{\gamma }}
\ulap{\qquad\atop\smash{ -\beta \gamma }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ -\beta \gamma }}
\ulap{\qquad\atop\smash{ \gamma }}
}}}[/spoiler].

i hope this works now.

[Anonymous No.3618329]

>>3618325
PRAISE THE HEAVENS!

<span class="math">\vec{p_4} = \left ( \displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{E }}
}\rlap{\lower{1em}{\ulap{\qquad\atop\smash{ cp_x }}
}}\rlap{\lower{2em}{\ulap{\qquad\atop\smash{ cp_y }}
}}\lower{3em}{\strut
\ulap{\qquad\atop\smash{ cp_z }}
}}} \right )[/spoiler].

[Anonymous No.3618335]

>>3618329
seems like it doesnt work

[Anonymous No.3618336]

>>3618329
A historic day for /sci/, indeed!

<span class="math">\left ( \displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{\gamma }}
\ulap{\qquad\atop\smash{ - \beta \gamma }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ -\beta \gamma }}
\ulap{\qquad\atop\smash{ \gamma }}
}}} \right ) ~~ \left ( \displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{c \Delta t }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ \Delta x }}
}}} \right ) = \left ( \displaystyle{\vcenter{\rlap{\strut
\ulap{\qquad\atop\smash{c \Delta t' }}
}\lower{1em}{\strut
\ulap{\qquad\atop\smash{ \Delta x' }}
}}} \right )[/spoiler]

Wheeeee, so much fun to be had!

Bonus points to whoever writes the 3-D boost matrix.

[Anonymous No.3618337]

>>3618335
i oops i had to refresh for jsmath to load
heavens be praised

[Anonymous No.3618339]

>>3618335
For serial?
It looks good to me (chrome).

>>3618336
This one came out great too