Death On a Stick V.2

Once upon a time..
EVERYTHING EXPLODED INTO HAPPY BITS AND BODY PARTS AND FIRE and I was pleased.

So I also had to doodle some Mystfi because reasons.  NO IDEA IF I DID ANYTHING RIGHT, WHATEVS.  This is so messy.  I kinda feel less like I hate how I drew Lafi’s face than I usually do though.

So I also had to doodle some Mystfi because reasons.  NO IDEA IF I DID ANYTHING RIGHT, WHATEVS.  This is so messy.  I kinda feel less like I hate how I drew Lafi’s face than I usually do though.


Artist: huiro

Reblogged from kokoopa

Artist: huiro

Reblogged from theroyalwitch

theroyalwitch:

I wanted to draw these nerds looking evil together but I realized I hadn’t drawn them in FOREVER so I wanted to practice drawing Myst’s face and aging Lafi.

Look at these two ‘retired’ villain cuties.  

Reblogged from theroyalwitch

schrodingersowen:

important headcanons to consider:

  • can they use chopsticks
  • what do they do when they cant sleep
  • what would they impulse buy at the grocery store
  • what order do they wash things in the shower
  • what’s their coffee order
  • what sort of apps would they have on their smartphone
  • how do they act around children
  • what would they watch on tv when they’re bored and nothing they really like is on
Howl
Florence and The Machine
Lungs [2009]

Reblogged from theroyalwitch

dangerouspoetry:

Howl - Florence + The Machine

(Source: thesimgrove)

Reblogged from theroyalwitch

gentlemanbones:

samurott:

*blows kiss down to the ground (for the skeletons)*

image

(Source: raidoucoolzunoha)

gdfalksen:

golden eyed elf by len-yan

Reblogged from theroyalwitch

gdfalksen:

golden eyed elf by len-yan

Reblogged from gentlemandeerlord

setoshi-zombie:

Artist: Jon Foster

tildesalad:

Xsaiavlairnn, now in transparent.

Reblogged from tildesalad

tildesalad:

Xsaiavlairnn, now in transparent.

thatscienceguy:

Where the different rules of physics apply:
Regular, otherwise known as Newtonian physics only applies on the average, everyday, scale. That is, objects larger than an atom at low energy, where energy in this context refers to velocity and (sometimes) temperature.
Once you step it up, increasing to high energy levels, (when velocity approaches c, the speed of light) newtonian physics no longer works due do what we call relativity, and observations or calculations need to take into account this effect usually using some form of the Lorentz factor,
gamma = [ 1 - (v^2)/(c^2) ]^(-1/2)
On the other hand, if you keep to a low energy system but bring the scale down to sub-atomic particles, such as electrons, things change yet again, but this time in an entirely new way. This is where Wave-Particle dualtity theory comes into play, the theory that waves (namely electromagnetic, i.e. light) are particles, and particles are wave packets. not only do you need to account for this, but you also need to take into account Heisenbergs uncertainty principle; It is impossible to know both the exact velocity and exact position of a sub atomic particle, the more certain you make one the less certain the other becomes.
Finally we come to Quantum Field Theory, which i honestly do not know anything about, at least i won’t until third year physics when i start taking courses on it.

Reblogged from thatscienceguy

thatscienceguy:

Where the different rules of physics apply:

Regular, otherwise known as Newtonian physics only applies on the average, everyday, scale. That is, objects larger than an atom at low energy, where energy in this context refers to velocity and (sometimes) temperature.

Once you step it up, increasing to high energy levels, (when velocity approaches c, the speed of light) newtonian physics no longer works due do what we call relativity, and observations or calculations need to take into account this effect usually using some form of the Lorentz factor,

gamma = [ 1 - (v^2)/(c^2) ]^(-1/2)

On the other hand, if you keep to a low energy system but bring the scale down to sub-atomic particles, such as electrons, things change yet again, but this time in an entirely new way. This is where Wave-Particle dualtity theory comes into play, the theory that waves (namely electromagnetic, i.e. light) are particles, and particles are wave packets. not only do you need to account for this, but you also need to take into account Heisenbergs uncertainty principle; It is impossible to know both the exact velocity and exact position of a sub atomic particle, the more certain you make one the less certain the other becomes.

Finally we come to Quantum Field Theory, which i honestly do not know anything about, at least i won’t until third year physics when i start taking courses on it.