poem

Roentgenium, “Periodic Table of Poetry” poem by Chicago poet Janet Kuypers

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Roentgenium

Janet Kuypers

from the “Periodic Table of Poetry” series (#111, Rg)
7/2/13

Being in just the right place
at just the right time
is what getting what you want
is all about.

#

Thirteen nuclear researchers
bombarded Bismuth two oh nine
with Nickel sixty four ions
to make the Nickel penetrate
the Bismuth nucleus,
so they’d come together
to make a bigger atom.

So the Nickel had to go fast enough
to penetrate the Bismuth nuclei
(not too fast, but not too slow),
and still, you’d lose a lot of atoms
to
space.

Enough experiments,
enough times,
created more atoms
of element
one one one.

They looked for so long,
and no one knows for sure
what Roentgenium looks like,
so the researchers started
predicting it’s properties
because it has such a short
half life.

#

And on the anniversary
of when this all came together
in just the right way,
at just the right time,
that’s when John Hinckley,
after stalking the rock star
and watching his habits,
that’s when he walked
from the sidewalk
and shot John Lennon.

Because as I said,
you have to be
in just the right place
at just the right time
to make everything
come together,
don’t you.

#

But if we got enough
of one one one,
we’d love this precious metal —
even if only for a short while.

‘Old Star, New elemental Tricks’, bonus “Periodic Table of Poetry” poem by Chicago poet Janet Kuypers

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Old Star, New elemental Tricks

Janet Kuypers

bonus poem from the “Periodic Table of Poetry” series, with Arsenic (#033, As) and Selenium (#034, Se)
7/24/13

When the Big Bang first exploded,
the only elements it could muster
were hydrogen and helium
and a smidgen of lithium and boron.

Higher elements were only created
after the creation of stars.

But scientists have now discovered
that in an ancient star
in the faint stellar halo
surrounding the Milky Way,
astronomers have detected
the presence of Arsenic and Selenium.

Now, I’ve only known Arsenic
as highly toxic, and scientists
pulling phosphorus from the sextet
of life while down at the Arsenic-rich
Mono Lake to fill DNA with Arsenic.

And Selenium is used for horses,
but can kill a person if ingested
regularly (even leaving a garlic
taste when given to victims).
Hmmm, and I like garlic so much…

But these two elements,
sitting right next to each other
in the Periodic Table, transition
from light to heavy elements,
and have never been found
in old stars — until now.

You see, stars like our sun
usually make the lighter elements
(like, up to oxygen),
and heavier stars can make
elements as high in the Periodic Table
as iron. Any elements
heavier than that
(like Arsenic and Selenium)
have to be made by
neutron-capture nucleosynthesis.
So, thanks to the nuclear reaction
from inside the heaviest of stars,
scientists found Arsenic and Selenium
in a 12 billion year-old halo star.

And they say the universe
is like 13.77 billion years old,
so when I’m talking old star remanants,
I’m talking infancy of the universe stars.

(And we thought we were the only ones
who know how to utilize these
poisonous elements here on earth,
and now we see that stars
from the ancient history of this universe
have been creating this stuff for eons…)

So they’ve discovered
quite a new trick
from this old star,
which means we now know how to look
for elements in other stars,
and maybe explain why
some elements appear on earth.
Cause, it’s all science,
and we can explain away
the mysteries of what’s good
and bad here on planet earth,
and trace it all the way back
to the toddler years of
this entire universe too…

Niobium, “Periodic Table of Poetry” poem from Chicago poet Janet Kuypers

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Niobium

Janet Kuypers

from the “Periodic Table of Poetry” series (#041, Nb)
started 7/5/13, finished 7/6/12

Niobium’s name is derived
from Greek Mythology,
from the woman Niobe,
daughter of Tantalus…

(and yes, there’s an element
Tantalum, and he’s
directly below her in the
Periodic Table, and it’s hard
to tell them apart sometimes…)

But after Niobe had more children
(seven sons and seven daughters),
and because Niobe felt she had
more prominent stature,
she asked,
“My father was a guest
at the table of the Gods.
My husband built and rules
this city. I have seven sons and
seven daughters worthy of pride.
You revere gods and goddesses
you cannot even see, but
aren’t I worthy
of goddess worship?”

Well, sounding a bit too haughty
to everyone in town,
the god Artemis
and her twin sister Apollo
used arrows for their vengeance —
Artemis killed Niobe’s daughters
Apollo killed Niobe’s sons.
I don’t know is any were spared,
but according to mythology,
when Niobe’s husband saw their dead sons,
he killed himself in grief and despair.
After losing everything.
Niobe fled to Mount Sipylus.
As she wept,
she was turned to stone,
and to this day
there is a natural rock formation there
that resembles a woman’s face,
and rainwater pours
through the porous limestone.
They call this the “Weeping Rock”
in honor of Niobe.

And sure,
Niobium is in chemicals
that are water soluble,
and Niobium is used
in superconducting magnets
(probably like how Niobe
had so many children,
and how everyone was drawn
to her beautiful face,
as she was always
resplendently adorned
in gold and jewels —
through I doubt she had
metal jewelry
made out of Niobium,
even though it turns
to a beautiful blue
when exposed to air).

Niobium is mixed with steel
to make it stronger —
since the Niobium in metal
is also more resistant to heat,
it can be used in anything
from jet engines,
to liquid rocket thrusters
for outer space.
(And as a funny twist, Niobium
is even in the main engine
of the Apollo Lunar Modules.)

You know, Niobium is often used
in commemorative coins,
with gold and silver.
So who knows,
maybe Niobe did have
Niobium in her jewelry,
as everyone admired
her beauty —
until she lost it all.

Neodymium, “Periodic Table of Poetry” poem from Chicago poet Janet Kuypers

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Neodymium

Janet Kuypers

from the “Periodic Table of Poetry” series (#060, Nd)

I am drawn to you, / you pull on me so,
when I think of how / you’re so magnetic.

With your electric charge, / my motor’s going,
you get me charged up / thinking it’s a game…

You use my favorite gems, / Garnet and crystals,
and you make every point / seem laser clear.

You’re focus must be why / I’m so drawn to you
I must come to you / until you’re near.

And now you know how / I love my glassware,
so I was sent to / a glass blowing lathe,

and the glass blowers / were making glassware
with you on their eyes / so they could see.

They loaned me their specs, / I put them on —
and through the green-grey specs / the flame was gone.

I did a double-take — / there was no glare —
leaving me to see / just molten glass.

‘Cause on those glasses, / you weren’t alone —
you worked in pairs there / so we could see.

‘Cause to the Greeks / you are a new twin,
that’s where together’s / how you fit in…

 

And all of this time / I was drawn to you
but now you’ve proven / you can help me see.

Mendelevium, “Periodic Table of Poetry” poem from Chicago poet Janet Kuypers

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Mendelevium

Janet Kuypers

from the “Periodic Table of Poetry”” series (#101, Md)

“Once, there lived and existed
a great learned man,
with a beard
almost as long as God’s.”

Daniel Posen wrote that,
about Demitri Mendeleev,
a Russian scientist
who created the
Periodic Table as we know it.

There’s even a sculpture
outside the Bratislava, Slovakia
University of Technology —
in the center is Mendeleev’s head,
fully adorned with metallic curves
for his flowing name and beard,
as rows of elements
emanate from his head.

Because while other scientists
tried to come up with ways
to order the known elements,
Mendeleev predicted
a system of elements,
based on their weights
and explaining their properties —
this idea showed the spaces
between the atomic weights
of discovered elements,
and explained the properties
of elements that would only be
discovered in the future.

It’s good to know
that just a few years after
the American Civil War ended,
that scientists globally
were able to understand
the relationship between
the elements, thanks to Mendeleev.

And it’s sad
that the science community
waited for nearly half a century
after this God-like scientist’s death
to mane an element after him.

#

Mendeleev did many odd jobs
during his life,
not unlike Albert Einstein,
with an element named after him
only two spots away
on Mendeleev’s Periodic Table.
And the thing is,
Mendelevium is only created
after smashing Einsteinium
with alpha particles…

But it’s sad,
that with all of the research
the world has done
to learn about this element,
we still know so little.
Mendeleev taught us
how to research and discover more,
but now that we found
only trace amounts of Mendelevium,
we still don’t know what to do…

#

Because once we’ve found you,
if you don’t give us enough
so we can learn,
we’re forced to wonder:
will you be more like Einsteinium,
silvery-white, radioactive —
but with an estimated enthalpy
that underlines your danger to us?
Because I imagine that you,
like Mendeleev,
will show us how to learn
then leave us alone
to struggle for you.

Sodium, Periodic Table poem by Chicago poet Janet Kuypers

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Sodium


from the “Periodic Table of Poetry” series
8/31/12

It’s funny that something
so common on this Earth,
the 6th most abundant element,
something so common
that it’s usually found
mixed with the ocean water…
It’s funny that something
so common on this Earth
was actually used as currency,
given to ancient Roman soldiers
in addition to their wages.
The English word for it
was even derived from “salary”,
derived from “salarium”
for the wafers for payment.
In Medieval times, “sodanum”
was used to relieve headaches.
And the element name
is probably derived
from the Arabic “suda”
for headache…
It is in the soaps we make,
and we add it to the food
we eat. It has been used
in making and bleaching paper,
it’s in water softeners,
it’s used in compounds
for industrial cleaners,
or even as a tissue dissolving agent.

It’s funny, how we have it
in kosher, iodized and rock forms
in our kitchen.

So I guess it’s fitting
that this silver-white element
(which does not occur in nature
but is derived from it’s compounds),
it’s amazing that
this abundant element
has been used in so many ways,
from creating soaps
to industrial cleaners
to even dissolving tissue…
To even flavoring our food.
In us animals, Sodium
is even needed for nerve impulses
generated in our cell membranes.
So yeah, it makes sense
that if Sodium’s so needed,
and Sodium’s so abundant,
we’d use it in as many compounds
as we possibly can
to make our lives better.