phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014
phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 
It was fun making looser/weirder stuff than I usually do.
©Phoebe Wahl 2014

phoebewahl:

Last night I made these drawings in my sketchbook for a zine I’m making called WARPED. 

It was fun making looser/weirder stuff than I usually do.

©Phoebe Wahl 2014

(via filaydelfiaye)

Who could argue with this?

rawstory:

image

(via ummno)

yesmissmori:


THINX Underwear:

Thoughtful underwear with hidden powers. For every pair purchased you fund 7 pads to a girl in need.

OH SHIT YOU GUYS THIS COMPANY IS MAKING UNDERWEAR THAT IS STAIN RESISTANT, ANTIMICROBIAL, AND WILL ABSORB UP TO 6 TEASPOONS OF LIQUID BUT STILL LOOKS FUCKING SEXY
AND DID I MENTION THIS PART:

For every pair of THINX you buy, you help one girl in the developing world stay in school by providing her with seven washable, reusable cloth pads.

AND WHY IS THAT SUCH A BIG DEAL? HERE’S WHY:

After doing some research, Agrawal says she found that more than 100 million girls in the developing world were missing a week of school because of their periods, and using things such as leaves, old rags, or plastic bags in the place of sanitary pads.

THE SIZES RUN FROM XS TO XXL AND THE PRICES ARE NOT INSANE, THEY’RE OBVIOUSLY HIGHER THAN THOSE 5 FOR $10 SALES AT TARGET BUT YOU WON’T HAVE TO THROW THEM OUT BECAUSE YOU MISCALCULATED YOUR FLOW AND BLED ALL OVER THEM BEFORE YOU COULD GET TO A BATHROOM
I’M SORRY FOR SHOUTING I’M JUST REALLY EXCITED ABOUT THIS
LIKE HOLY FUCKBASKET IT’S ABOUT DAMN TIME
yesmissmori:


THINX Underwear:

Thoughtful underwear with hidden powers. For every pair purchased you fund 7 pads to a girl in need.

OH SHIT YOU GUYS THIS COMPANY IS MAKING UNDERWEAR THAT IS STAIN RESISTANT, ANTIMICROBIAL, AND WILL ABSORB UP TO 6 TEASPOONS OF LIQUID BUT STILL LOOKS FUCKING SEXY
AND DID I MENTION THIS PART:

For every pair of THINX you buy, you help one girl in the developing world stay in school by providing her with seven washable, reusable cloth pads.

AND WHY IS THAT SUCH A BIG DEAL? HERE’S WHY:

After doing some research, Agrawal says she found that more than 100 million girls in the developing world were missing a week of school because of their periods, and using things such as leaves, old rags, or plastic bags in the place of sanitary pads.

THE SIZES RUN FROM XS TO XXL AND THE PRICES ARE NOT INSANE, THEY’RE OBVIOUSLY HIGHER THAN THOSE 5 FOR $10 SALES AT TARGET BUT YOU WON’T HAVE TO THROW THEM OUT BECAUSE YOU MISCALCULATED YOUR FLOW AND BLED ALL OVER THEM BEFORE YOU COULD GET TO A BATHROOM
I’M SORRY FOR SHOUTING I’M JUST REALLY EXCITED ABOUT THIS
LIKE HOLY FUCKBASKET IT’S ABOUT DAMN TIME

yesmissmori:

THINX Underwear:

OH SHIT YOU GUYS THIS COMPANY IS MAKING UNDERWEAR THAT IS STAIN RESISTANT, ANTIMICROBIAL, AND WILL ABSORB UP TO 6 TEASPOONS OF LIQUID BUT STILL LOOKS FUCKING SEXY

AND DID I MENTION THIS PART:

For every pair of THINX you buy, you help one girl in the developing world stay in school by providing her with seven washable, reusable cloth pads.

AND WHY IS THAT SUCH A BIG DEAL? HERE’S WHY:

After doing some research, Agrawal says she found that more than 100 million girls in the developing world were missing a week of school because of their periods, and using things such as leaves, old rags, or plastic bags in the place of sanitary pads.

THE SIZES RUN FROM XS TO XXL AND THE PRICES ARE NOT INSANE, THEY’RE OBVIOUSLY HIGHER THAN THOSE 5 FOR $10 SALES AT TARGET BUT YOU WON’T HAVE TO THROW THEM OUT BECAUSE YOU MISCALCULATED YOUR FLOW AND BLED ALL OVER THEM BEFORE YOU COULD GET TO A BATHROOM

I’M SORRY FOR SHOUTING I’M JUST REALLY EXCITED ABOUT THIS

LIKE HOLY FUCKBASKET IT’S ABOUT DAMN TIME

(via thebusiness)

rose1936:

housewifeswag:

evilsoutherngentleman:

theblogthatneversleeps:

Barack Obama has attained a level of sassiness one can only dream of.

Holy shit it’s real.

oh my fuck. sass king.

As a president I’m pretty split with Obama but as a person I absolutely love him

(via wilwheaton)

"There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…" "There were once three brothers who were traveling along a lonely, winding road at twilight…"

"There were once three brothers who were traveling along a lonely, winding road at twilight…"

(via brain-food)

teamvampireweekend:

#throwback: Vampire Weekend at Rock Werchter, 2013
teamvampireweekend:

#throwback: Vampire Weekend at Rock Werchter, 2013
teamvampireweekend:

#throwback: Vampire Weekend at Rock Werchter, 2013

teamvampireweekend:

#throwback: Vampire Weekend at Rock Werchter, 2013

zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
zenpencils:

MAYA ANGELOU ‘Phenomenal Woman’
brownglucose:

Shit
brownglucose:

Shit
brownglucose:

Shit
brownglucose:

Shit
brownglucose:

Shit
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen 
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen 
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen 
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen 
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen 
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen 
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen 
skunkbear:

What makes fireworks colorful?
It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.
You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 
But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.
Aluminium has a special role — it emits a bright white light … and makes sparks!
Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen

skunkbear:

What makes fireworks colorful?

It all thanks to the luminescence of metals. When certain metals are heated (over a flame or in a hot explosion) their electrons jump up to a higher energy state. When those electrons fall back down, they emit specific frequencies of light - and each chemical has a unique emission spectrum.

You can see that the most prominent bands in the spectra above match the firework colors. The colors often burn brighter with the addition of an electron donor like Chlorine (Cl). 

But the metals alone wouldn’t look like much. They need to be excited. Black powder (mostly nitrates like KNO3) provides oxygen for the rapid reduction of charcoal (C) to create a lot hot expanding gas - the BOOM. That, in turn, provides the energy for luminescence - the AWWWW.

Aluminium has a special role — it emits a bright white light … and makes sparks!

Images: Charles D. Winters, Andrew Lambert Photography / Science Source, iStockphoto, Epic Fireworks, Softyx, Mark Schellhase, Walkerma, Firetwister, Rob Lavinsky, iRocks.com, Søren Wedel Nielsen

(via liviatsang)