I've Been Nominated!
Jan. 5th, 2010 12:42 am*bow, flourish* I am honored.
Brainwreck
Brainwreck
Brainwreck
Brainwreck
This poem was inspired by a prompt from ellenmillion. It is presented as today's second freebie poem, courtesy of new prompter
fortunavirilis.
What makes a science hard?
It's there in the physicality,
Until you get to quantum physics
And reality turns slippery as teflon.
It's there in the graphism thesis,
Until you get to technical analysis
Which is not even in the field of science.
What makes a science soft?
It's there in the people,
Until you remember there are people in every science.
It's there in the sloppiness of language,
Until a linguist mashes it into graphs.
Where is the method in the madness?
It's there in the hypothesis and the experiment,
Until someone crops the data to get a grant.
It's there in the cause and effect,
Until you come back to quantum mechanics
And disconnect causality with the flick of a pen.
The hard and soft of scientific method remain subjective.
This field is wide and blooms with many flowers.
The world is analog and language is digital.
Even agreement is a fleeting thing.
Yet underneath it all lie the principles,
As clear and shiny as stones:
Observe the world.
Learn from it.
Make educated guesses.
Test them.
Be prepared to change your mind at need.
These are the diamonds of science, and
Diamond science is a girl's best friend.
This poem was inspired by a prompt from ellenmillion. It is presented as today's second freebie poem, courtesy of new prompter
fortunavirilis.
What makes a science hard?
It's there in the physicality,
Until you get to quantum physics
And reality turns slippery as teflon.
It's there in the graphism thesis,
Until you get to technical analysis
Which is not even in the field of science.
What makes a science soft?
It's there in the people,
Until you remember there are people in every science.
It's there in the sloppiness of language,
Until a linguist mashes it into graphs.
Where is the method in the madness?
It's there in the hypothesis and the experiment,
Until someone crops the data to get a grant.
It's there in the cause and effect,
Until you come back to quantum mechanics
And disconnect causality with the flick of a pen.
The hard and soft of scientific method remain subjective.
This field is wide and blooms with many flowers.
The world is analog and language is digital.
Even agreement is a fleeting thing.
Yet underneath it all lie the principles,
As clear and shiny as stones:
Observe the world.
Learn from it.
Make educated guesses.
Test them.
Be prepared to change your mind at need.
These are the diamonds of science, and
Diamond science is a girl's best friend.
This poem was inspired by a prompt from ellenmillion. It is presented as today's second freebie poem, courtesy of new prompter
fortunavirilis.
What makes a science hard?
It's there in the physicality,
Until you get to quantum physics
And reality turns slippery as teflon.
It's there in the graphism thesis,
Until you get to technical analysis
Which is not even in the field of science.
What makes a science soft?
It's there in the people,
Until you remember there are people in every science.
It's there in the sloppiness of language,
Until a linguist mashes it into graphs.
Where is the method in the madness?
It's there in the hypothesis and the experiment,
Until someone crops the data to get a grant.
It's there in the cause and effect,
Until you come back to quantum mechanics
And disconnect causality with the flick of a pen.
The hard and soft of scientific method remain subjective.
This field is wide and blooms with many flowers.
The world is analog and language is digital.
Even agreement is a fleeting thing.
Yet underneath it all lie the principles,
As clear and shiny as stones:
Observe the world.
Learn from it.
Make educated guesses.
Test them.
Be prepared to change your mind at need.
These are the diamonds of science, and
Diamond science is a girl's best friend.
This poem was inspired by a prompt from ellenmillion. It is presented as today's second freebie poem, courtesy of new prompter
fortunavirilis.
What makes a science hard?
It's there in the physicality,
Until you get to quantum physics
And reality turns slippery as teflon.
It's there in the graphism thesis,
Until you get to technical analysis
Which is not even in the field of science.
What makes a science soft?
It's there in the people,
Until you remember there are people in every science.
It's there in the sloppiness of language,
Until a linguist mashes it into graphs.
Where is the method in the madness?
It's there in the hypothesis and the experiment,
Until someone crops the data to get a grant.
It's there in the cause and effect,
Until you come back to quantum mechanics
And disconnect causality with the flick of a pen.
The hard and soft of scientific method remain subjective.
This field is wide and blooms with many flowers.
The world is analog and language is digital.
Even agreement is a fleeting thing.
Yet underneath it all lie the principles,
As clear and shiny as stones:
Observe the world.
Learn from it.
Make educated guesses.
Test them.
Be prepared to change your mind at need.
These are the diamonds of science, and
Diamond science is a girl's best friend.
The Cybernaut
The astronaut's body
is a thing of physical perfection,
able to withstand the crush of liftoff
and the nauseating release of freefall.
This is what it takes
for flesh to visit space.
The cybernaut's body
is a withered, twisted cage
from which the mind writhes toward freedom
and the cybernaut's vessel
is a mothership filled with antbots and flybots
and probes of all kinds
within which the cybernaut can
swim in the hydrocarbon lakes of Titan,
skate over the icy crust of Europa,
and soar on the endless winds of Jupiter.
This is what it takes
for the mind to go exploring.
A hale body holds the mind in a firm grasp,
demanding to be taken along for the ride --
but a feeble body allow the mind to slip loose
and moor itself in a shell of steel and silicon
to ride a rising tide of ones and zeros
pushing past frontiers where flesh can never follow.
The Cybernaut
The astronaut's body
is a thing of physical perfection,
able to withstand the crush of liftoff
and the nauseating release of freefall.
This is what it takes
for flesh to visit space.
The cybernaut's body
is a withered, twisted cage
from which the mind writhes toward freedom
and the cybernaut's vessel
is a mothership filled with antbots and flybots
and probes of all kinds
within which the cybernaut can
swim in the hydrocarbon lakes of Titan,
skate over the icy crust of Europa,
and soar on the endless winds of Jupiter.
This is what it takes
for the mind to go exploring.
A hale body holds the mind in a firm grasp,
demanding to be taken along for the ride --
but a feeble body allow the mind to slip loose
and moor itself in a shell of steel and silicon
to ride a rising tide of ones and zeros
pushing past frontiers where flesh can never follow.
The Cybernaut
The astronaut's body
is a thing of physical perfection,
able to withstand the crush of liftoff
and the nauseating release of freefall.
This is what it takes
for flesh to visit space.
The cybernaut's body
is a withered, twisted cage
from which the mind writhes toward freedom
and the cybernaut's vessel
is a mothership filled with antbots and flybots
and probes of all kinds
within which the cybernaut can
swim in the hydrocarbon lakes of Titan,
skate over the icy crust of Europa,
and soar on the endless winds of Jupiter.
This is what it takes
for the mind to go exploring.
A hale body holds the mind in a firm grasp,
demanding to be taken along for the ride --
but a feeble body allow the mind to slip loose
and moor itself in a shell of steel and silicon
to ride a rising tide of ones and zeros
pushing past frontiers where flesh can never follow.
The Cybernaut
The astronaut's body
is a thing of physical perfection,
able to withstand the crush of liftoff
and the nauseating release of freefall.
This is what it takes
for flesh to visit space.
The cybernaut's body
is a withered, twisted cage
from which the mind writhes toward freedom
and the cybernaut's vessel
is a mothership filled with antbots and flybots
and probes of all kinds
within which the cybernaut can
swim in the hydrocarbon lakes of Titan,
skate over the icy crust of Europa,
and soar on the endless winds of Jupiter.
This is what it takes
for the mind to go exploring.
A hale body holds the mind in a firm grasp,
demanding to be taken along for the ride --
but a feeble body allow the mind to slip loose
and moor itself in a shell of steel and silicon
to ride a rising tide of ones and zeros
pushing past frontiers where flesh can never follow.
This poem was inspired and sponsored by minor_architect.
The human body is holographic,
each tiny cell holding
the pattern of the whole.
The seeds of life grow,
branch, and blossom
into a complete body.
We know how they do it.
How do they know to do it?
That's the part we don't know.
The body responds to damage.
It seals, binds, and renews
until what was broken
is whole again.
We know how but not why --
we have the lock
but are still seeking the key.
Questions lead us
through crimson jungles
in search of the answers
that sleep within us.
What we seek
is both elusive
and immanent.
It is there in the blood and the bone.
It is there in the stem cells
and the extracellular matrix.
It is there in the DNA and the RNA,
written in finer lines than the eye can see.
If we could but turn the key in the lock,
we could regrow any lost part
as good as new.
If we would but pluck the apple from the tree,
we could remake what had grown awry
better than ever.
Believe that life was given into our hands
to be lived and explored and discovered
in all its infintesimal glory.
Believe that what we could become
is better than what we have ever been.
Believe that the secrets were placed within us
waiting patiently for the day
we learn to read.
This poem was inspired and sponsored by minor_architect.
The human body is holographic,
each tiny cell holding
the pattern of the whole.
The seeds of life grow,
branch, and blossom
into a complete body.
We know how they do it.
How do they know to do it?
That's the part we don't know.
The body responds to damage.
It seals, binds, and renews
until what was broken
is whole again.
We know how but not why --
we have the lock
but are still seeking the key.
Questions lead us
through crimson jungles
in search of the answers
that sleep within us.
What we seek
is both elusive
and immanent.
It is there in the blood and the bone.
It is there in the stem cells
and the extracellular matrix.
It is there in the DNA and the RNA,
written in finer lines than the eye can see.
If we could but turn the key in the lock,
we could regrow any lost part
as good as new.
If we would but pluck the apple from the tree,
we could remake what had grown awry
better than ever.
Believe that life was given into our hands
to be lived and explored and discovered
in all its infintesimal glory.
Believe that what we could become
is better than what we have ever been.
Believe that the secrets were placed within us
waiting patiently for the day
we learn to read.
This poem was inspired and sponsored by minor_architect.
The human body is holographic,
each tiny cell holding
the pattern of the whole.
The seeds of life grow,
branch, and blossom
into a complete body.
We know how they do it.
How do they know to do it?
That's the part we don't know.
The body responds to damage.
It seals, binds, and renews
until what was broken
is whole again.
We know how but not why --
we have the lock
but are still seeking the key.
Questions lead us
through crimson jungles
in search of the answers
that sleep within us.
What we seek
is both elusive
and immanent.
It is there in the blood and the bone.
It is there in the stem cells
and the extracellular matrix.
It is there in the DNA and the RNA,
written in finer lines than the eye can see.
If we could but turn the key in the lock,
we could regrow any lost part
as good as new.
If we would but pluck the apple from the tree,
we could remake what had grown awry
better than ever.
Believe that life was given into our hands
to be lived and explored and discovered
in all its infintesimal glory.
Believe that what we could become
is better than what we have ever been.
Believe that the secrets were placed within us
waiting patiently for the day
we learn to read.
This poem was inspired and sponsored by minor_architect.
The human body is holographic,
each tiny cell holding
the pattern of the whole.
The seeds of life grow,
branch, and blossom
into a complete body.
We know how they do it.
How do they know to do it?
That's the part we don't know.
The body responds to damage.
It seals, binds, and renews
until what was broken
is whole again.
We know how but not why --
we have the lock
but are still seeking the key.
Questions lead us
through crimson jungles
in search of the answers
that sleep within us.
What we seek
is both elusive
and immanent.
It is there in the blood and the bone.
It is there in the stem cells
and the extracellular matrix.
It is there in the DNA and the RNA,
written in finer lines than the eye can see.
If we could but turn the key in the lock,
we could regrow any lost part
as good as new.
If we would but pluck the apple from the tree,
we could remake what had grown awry
better than ever.
Believe that life was given into our hands
to be lived and explored and discovered
in all its infintesimal glory.
Believe that what we could become
is better than what we have ever been.
Believe that the secrets were placed within us
waiting patiently for the day
we learn to read.
This poem was inspired by a prompt from valdary. It was crowdfunded by
asakiyume and
kestrels_nest. Huzzah for new donor
kestrels_nest!
Dr. Maria Rodriguez was intrigued
by the theories of Lamine and Arndt, whose explorations
of quantum decoherence and superposition
gave her ideas about reversing the effects of gravitational waves.
When she first invented antigravity,
nothing remarkable happened
beyond the brass ball floating into the air.
When she tried it on herself, however,
something considerably more remarkable happened
besides realizing her childhood dream of flight.
Dr. Maria Rodriguez considered the professional appeal
of winning a Nobel Prize ...
then she considered that what makes the world go 'round
is not gravity after all.
She went home She stayed at work
and played with her baby girl and pocketed the A-Grav generator
and drove her son to soccer then burned her notes for it
and baked some cookies. and started studying wormholes.
and nobody ever seemed to notice
that her feet never quite touched the ground.
This poem was inspired by a prompt from valdary. It was crowdfunded by
asakiyume and
kestrels_nest. Huzzah for new donor
kestrels_nest!
Dr. Maria Rodriguez was intrigued
by the theories of Lamine and Arndt, whose explorations
of quantum decoherence and superposition
gave her ideas about reversing the effects of gravitational waves.
When she first invented antigravity,
nothing remarkable happened
beyond the brass ball floating into the air.
When she tried it on herself, however,
something considerably more remarkable happened
besides realizing her childhood dream of flight.
Dr. Maria Rodriguez considered the professional appeal
of winning a Nobel Prize ...
then she considered that what makes the world go 'round
is not gravity after all.
She went home She stayed at work
and played with her baby girl and pocketed the A-Grav generator
and drove her son to soccer then burned her notes for it
and baked some cookies. and started studying wormholes.
and nobody ever seemed to notice
that her feet never quite touched the ground.
This poem was inspired by a prompt from valdary. It was crowdfunded by
asakiyume and
kestrels_nest. Huzzah for new donor
kestrels_nest!
Dr. Maria Rodriguez was intrigued
by the theories of Lamine and Arndt, whose explorations
of quantum decoherence and superposition
gave her ideas about reversing the effects of gravitational waves.
When she first invented antigravity,
nothing remarkable happened
beyond the brass ball floating into the air.
When she tried it on herself, however,
something considerably more remarkable happened
besides realizing her childhood dream of flight.
Dr. Maria Rodriguez considered the professional appeal
of winning a Nobel Prize ...
then she considered that what makes the world go 'round
is not gravity after all.
She went home She stayed at work
and played with her baby girl and pocketed the A-Grav generator
and drove her son to soccer then burned her notes for it
and baked some cookies. and started studying wormholes.
and nobody ever seemed to notice
that her feet never quite touched the ground.
This poem was inspired by a prompt from valdary. It was crowdfunded by
asakiyume and
kestrels_nest. Huzzah for new donor
kestrels_nest!
Dr. Maria Rodriguez was intrigued
by the theories of Lamine and Arndt, whose explorations
of quantum decoherence and superposition
gave her ideas about reversing the effects of gravitational waves.
When she first invented antigravity,
nothing remarkable happened
beyond the brass ball floating into the air.
When she tried it on herself, however,
something considerably more remarkable happened
besides realizing her childhood dream of flight.
Dr. Maria Rodriguez considered the professional appeal
of winning a Nobel Prize ...
then she considered that what makes the world go 'round
is not gravity after all.
She went home She stayed at work
and played with her baby girl and pocketed the A-Grav generator
and drove her son to soccer then burned her notes for it
and baked some cookies. and started studying wormholes.
and nobody ever seemed to notice
that her feet never quite touched the ground.
This poem was inspired by a prompt from siliconshaman and an article that I once read in an aquarium magazine. It was sponsored by
laffingkat and dedicated to
eveofdstruction. The indriso form is a very flexible 8-line variation on a sonnet.
I hope you enjoy your poem, eveofdstruction!
When aliens discovered its clear dome,
The octopus slipped out, ate them, went home ...
Then cleaned the tell-tale trail off of the chrome.
An octopus is a stomach with arms.
It's smart. It can learn. But it has no charms.
This poem was inspired by a prompt from siliconshaman and an article that I once read in an aquarium magazine. It was sponsored by
laffingkat and dedicated to
eveofdstruction. The indriso form is a very flexible 8-line variation on a sonnet.
I hope you enjoy your poem, eveofdstruction!
When aliens discovered its clear dome,
The octopus slipped out, ate them, went home ...
Then cleaned the tell-tale trail off of the chrome.
An octopus is a stomach with arms.
It's smart. It can learn. But it has no charms.
This poem was inspired by a prompt from siliconshaman and an article that I once read in an aquarium magazine. It was sponsored by
laffingkat and dedicated to
eveofdstruction. The indriso form is a very flexible 8-line variation on a sonnet.
I hope you enjoy your poem, eveofdstruction!
When aliens discovered its clear dome,
The octopus slipped out, ate them, went home ...
Then cleaned the tell-tale trail off of the chrome.
An octopus is a stomach with arms.
It's smart. It can learn. But it has no charms.
This poem was inspired by a prompt from siliconshaman and an article that I once read in an aquarium magazine. It was sponsored by
laffingkat and dedicated to
eveofdstruction. The indriso form is a very flexible 8-line variation on a sonnet.
I hope you enjoy your poem, eveofdstruction!
When aliens discovered its clear dome,
The octopus slipped out, ate them, went home ...
Then cleaned the tell-tale trail off of the chrome.
An octopus is a stomach with arms.
It's smart. It can learn. But it has no charms.