Creative Experiments and More

Life took its first breath eons ago

traversing on its path of evolution since.

A multitude of changes ensued,

with time, the only constant.

This journey witnessed a change in man’s perception of time,

from sceptical approximations to a profound science.

With concrete theories postulated about its origin

measurement of time evolved too.

A day seemed to have a lot more time then,

relaxed carefree moments, now only a memory.

Days and years, a lose connotation of time in history,

is now dissected to milli, micro and nano seconds,

precision being paramount.

Today time’s shadow, has eclipsed man’s life.

His journey from the cradle to grave

is a constant run against the clock

that oscillates between the hanging dagger of time.

Reena’s Exploration Challenge #172 : Components of time

time ticks by second by second
flowing into the next hour
as it leads one to days
days become weeks
weeks turn into years
and years eventually become our end

every being experiences
the components of time
but will they be blessed with romance
or suffer with strife
choosing to engage heartily in joyous emotions
or be reduced to overflowing tears

will they experience all things possible
mentally, physically and emotionally
in the journey they embark on
or will their life’s moments feel like a burden
in the seconds, hours, days, weeks and years
before time has run out

Inspired by Reena’s Exploration Challenge #172 – Components of Time
& Eugi’s Weekly Prompt – Romance

Electrons are always moving.  They spin very quickly around the nucleus of an atom.  As the electrons zip around, they can move in any direction, as long as they stay in their shell.  Electrons can move in any direction you can imagine.  Electrons are constantly spinning in those atomic shells and those shells, or orbitals, are specific distances from the nucleus.  A guy named Schrödinger started realizing that all electrons weren’t the same and they didn’t move in the same way.  The mathematics describing the vibratory patterns that define the states of atoms in quantum mechanics is identical to that which describes the resonance of musical instruments.  Eventually it was found that all forces in nature can be classified into four types.  The gravitational force holds together the universe at large, plus the atmosphere, water, and us to the planet Earth.  The electromagnetic force governs atomic level phenomena, binding electrons…