# Buwahahaha!!! Awesome!

I just discovered this in Jetpack while waiting for my code to compile.

$e^{\j \theta}=\cos{\theta}+\j \sin{\theta}$

But wait, there’s more!

$[\vec{\nabla} \cdot \vec{\mathbf{E}} = \frac{1}{\epsilon_0}\,\rho ]$

Man, that is freaking awesome.  I can write formulas on the fly now and not have to resort to weird things to get the images to post.  Now I just need to get back to doing those posts on the power system.

Barron is the owner, editor, and principal author at The Minuteman, a competitive shooter, and staff member for Boomershoot. Even in his free time he’s merging his love and knowledge of computers and technology with his love of firearms.

He has a BS in electrical engineering from Washington State University. Immediately after college he went into work on embedded software and hardware for use in critical infrastructure. This included cryptographic communications equipment as well as command and control devices that were using that communications equipment. Since then he’s worked on just about everything ranging from toys, phones, other critical infrastructure, and even desktop applications. Doing everything from hardware system design, to software architecture, to actually writing software that makes your athletic band do its thing.

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