/sci/ - Science & Math

[Anonymous No.15463724]

What does [math]\partial _{\lambda}{{\Gamma}^{\lambda}}_{{\mu}{\nu}} +{{\Gamma}^{\gamma}_{{\mu}{\lambda}}}{{\Gamma}^{\lambda}_{{\nu}{\gamma}}}=\frac{8{\pi}G}{c^4}(T_{{\mu}{\nu}}-\frac{1}{2}Tg_{{\mu}{\nu}})[/math] mean?

[Anonymous No.15463727]

>>15463724
Fail
[math]\partial _{\lambda}{{\Gamma}^{\lambda}}_{{\mu}{\nu}} +{{\Gamma}^{\gamma}_{{\mu}{\lambda}}}{{\Gamma}^{\lambda}_{{\nu}{\gamma}}}=\frac{8{\pi}G}{c^4}(T_{{\mu}{\nu}}-\frac{1}{2}Tg_{{\mu}{\nu}})[\math]

[Anonymous No.15463856]

[math]\partial _{\lambda}{{\Gamma}^{\lambda}}_{{\mu}{\nu}} +{{\Gamma}^{\gamma}_{{\mu}{\lambda}}}{{\Gamma}^{\lambda}_{{\nu}{\gamma}}}=\frac{8{\pi}G}{c^4}(T_{{\mu}{\nu}}-\frac{1}{2}Tg_{{\mu}{\nu}})[/math]

[Anonymous No.15463857]

[math] \partial _{ \lambda}{{ \Gamma}^{ \lambda}}_{{ \mu}{ \nu}} +{{ \Gamma}^{ \gamma}_{{ \mu}{ \lambda}}}{{ \Gamma}^{ \lambda}_{{ \nu}{ \gamma}}}= \frac{8{ \pi}G}{c^4}(T_{{ \mu}{ \nu}}- \frac{1}{2}Tg_{{ \mu}{ \nu}})[/math]

[Anonymous No.15463865]

>>15463724
[math] lol nigger [/math]

[Barkun: Demi-GodofSCI !hax6YPhEF6 No.15463869]

>>15463865
HOW DARE YOU INSULT (His) ANCESTORS

kys now

[Anonymous No.15463874]

>>15463869
[math] don't~ever~ reply~to~me,~namefag [/math]

[Anonymous No.15463885]

>>15463874
can you namefag with latex

[[math]Anonymous[/math] No.15463888]

test

[[math] test [\math] No.15463890]

>>15463888
Nice digits

[[math]E = \sqrt{(mc^2)^2 + (pc)^2}[/math] No.15463893]

>>15463890
[math]Thanks[/math]

[[math]E = \sqrt{(mc^2)^2 + (pc)^2}[/math] No.15463896]

I saw my own >>15463888 test in latex for a minute

[Anonymous No.15465422]

>>15463724
Why does this render on desktop but not on phone?

[Anonymous No.15465427]

>>15463724
Isnt that Einstein field?
I may be remembering it wrong, I took that class 4 semesters ago in the Pandemics