Category Archives: Evangelism

Evangelism refers to the practice of relaying information about a particular set of beliefs to others who do not hold those beliefs.

Halloween Evangelism

It is that time of the year again, when Pastafarians can dress in official pirate regalia and Spread the Word without fear of religious persecution.  And while some may be wearing these costumes for other reasons, I have to believe that some day they too will be Touched by His Noodly Appendage.

Please send me your Halloween Evangelism photos and I’ll post them here.  As always, pirate girls are encouraged to send in their photos. For academic reasons.  Or maybe some sort of equal opportunity thing, I don’t know.

Below are some photos from this year and some of my favorites from previous years. Keep them coming.

missionaries

meeting

scooter

thegoodbook

 

Pumpkin art is one of my favorite forms of evangelism.  Here are some great pieces:

00beervolcano

00halo

00locks

00pasta

00tbhna

00touched

00wwfsmd

00yarr

More to come.  Send me your photos!

Microscopic Effigy

SmallButMighty

I stumbled upon this microscopic effigy of the FSM.  His Noodly Appendages are made of gold nanowires, 100 nm in diameter, and His Meatballs are silicon nanoparticles, ~1500 nanometers in diameter, coated with gold.

Photo source: nanowerk news

May you all be touched by His (tiny) Noodly Appendage.

RAmen,

Adam

PS – the description of the photo from the website:

Nano Spaghetti and Meatballs Colorized and overlaid scanning electron microscope images of Spaghetti and Meatballs made out of Au and Si. The ‘spaghetti’ is a collection of electrodeposited Au nanowires, 100 nm in diameter, that have released from the substrate and bundled together (Thomas Cornelius – GSI Darmstadt). The ‘meatballs’ are Si nanoparticles, ~1.5 um in diameter, with Au nanocrystals on the surface that were grown on carbon-coated substrates using ultra-high vacuum molecular beam epitaxy (Gunther Richter – MPI Stuttgart). These images highlight some of the many varied structures that can be formed at the nanoscale. (Image: Blythe G. Clark and Dan Gianola)