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eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it
eight-times-nine: mindcrankismycommander: eight-times-nine: why do people use “quantum leap” to describe huge distances over little time, when it’s literally the act of moving one electron from one orbital path around a nucleus to another it

published on: 2015-12-03 15:34:01

actionables: actionables: actionables: letspretendwearentdead:

actionables: actionables: actionables: letspretendwearentdead:

toomanyfeelings5: kisshamlet: macduf: kisshamlet: hamlet

toomanyfeelings5: kisshamlet: macduf: kisshamlet: hamlet

deadfeline: kingcheddarxvii: My parents are asleep quick reblog

deadfeline: kingcheddarxvii: My parents are asleep quick reblog

asmilinggoddess: ”and, you know, as mad as that made me as

asmilinggoddess: ”and, you know, as mad as that made me as

sushinfood: exigetspersonal: lepetitdragon: bookworm-for-life:

sushinfood: exigetspersonal: lepetitdragon: bookworm-for-life:

sirlorence: That last bubble was in english already in the original. 

sirlorence: That last bubble was in english already in the original.