Chicago poet and Austin resident Janet Kuypers was honored to join poets and musicians at the Dripping Springs City Hall, where she was asked to do a feature for Thirsty Thursday on September st 2017 (9/2/21, or 20170921).
Included in her poetry show, she started with guitar from John while singing and performing her poem “True Happiness in the New Millennium (2017 Dripping Springs edit)”. In the remainder of her show, her poetry reading about all of the seasons as they change was accompanied by music recordings from the HA!Man of South Africa (including “big drops falling on my walk” and “the cold feeling of touch”, from his “Hotel Music”). The entire show was also accompanied by a random art generation on a computer screen of her images from around the world.
Before the show started she also released a chapbook of all of the short poems she read in this show, and this chapbook “Seasons Change” is still available online even during her reading, so anyone could (and can) download the chapbook titled “Seasons Change” as a PDF file for free any time.
(bonus poem from the “Periodic Table of Poetry” series)
based on the original name (before Natrium) for Sodium, #11, Na
started 1/16/15, edited and completed 1/29/15
I’ve been studying elements
in the Periodic Table, and when
I heard the word “Nitrium,”
it made me laugh
(thinking of Nitrous Oxide).
So I looked it up online…
The only thing I could find
was from the Memory Alpha
in Star Trek Wikia,
and they could only guess
that Nitrium was either an alloy
or a metallic element.
But the history buff in me
remembered that Nitrium
is a variant of natrium,
and it was the original name
for the element Sodium.
(I mean, doctors even call
low sodium levels in the blood
So as I read up
at my Star Trek Wikia —
I suddenly realized how
essential this Nitrium really was:
If you remember basic chemistry,
sodium reacts violently with water,
disintegrating, or even exploding (no no no, you’re thinking of salt,
that’s not straight sodium,
that’s why it mixes with water…)
And as I read, Nitrium
(which was the first name
was prevalent in asteroids
and it was used
in so many places
in the construction
of Federation starships.
Now, when it comes to our own bodies,
Sodium (or should I say Nitrium)
controls blood pressure
and blood volume —
it’s essential in our bodies
to keep them running smoothly.
So it makes total sense
that Galaxy-glass vessels
used Nitrium in their ships,
from computers, to engines
to their life support systems.
Nitrium was so crucial
to the Cost of Living —
you see, I expanded my research
from Star Trek Wikia
to straight-up Wikipedia
and discovered that parasites
were eating the Nitrium
all over the Enterprise,
jeopardizing the ship’s integrity.
Because as I’ve learned,
with every Periodic Table
element out there
there’s a good side
and a bad side:
if Nitrium is used
all over the Enterprise,
something could easily come along
to destroy it as well.
I mean, think of it
in our own bodies:
when Sodium (or Nitrium)
reacts with water
and forms Sodium Hydroxide,
but this reaction
gets the Hydrogen so hot
that it burns.
And if Nitrium
was the original name for Sodium,
that probably explains why
you never see
a Galaxy-class starship
entering a planet’s atmosphere,
where there’s water in the air.
the people at Star Trek learned
that even just a little water in the air
would be enough
to make their starship
…Really, whenever the Enterprise
actually goed to a planet,
they never land on the planet
with their big Galaxy-class starship,
they send a shuttle,
or they beam someone down,
because in this case,
the water in the air
that’s embedded in the atmosphere,
that water could react
with the Sodium —
oops, I mean,
that water could react
with the Nitrium —
and it might actually
do the Enterprise in.
As I said,
with all the elements
there’s a good side
and a bad side to them.
We might desperately need them,
but they also may somehow
do us in
if they’re mixed
in the just the right way.
Because if you sit in a lab
in the twenty-first century,
you can watch this element
react with water in a beaker —
and if you’re going
where no one has gone before
in the twenty-fourth century,
you might have to be sure
your Nitrium-rich ship
finds no water in space,
and finds no parasites
that may eat you
out of your only way home.
from the “Periodic Table of Poetry” series (#90. Th)
Think of how many times
you’ve heard scientists say
(or maybe you’ve heard it
from people on daredevil tv)
“do not try this at home” —
knowing that someone,
won’t heed this advice
and end up
with an unintended explosion
instead of a fantastic discovery
from their radical experiment…
Well, good thing one Swedish chemist
didn’t decide to “not try this at home”,
doing groundbreaking experiments
in his kitchen flat.
Though Jöns Jacob Berzelius < !—(yens yoke-ub bear-zeal-ee-us)—>
discovered a few elements,
he seemed so psyched
to name one new element
for the Scandinavian god of thunder, Thor.
And it’s kind of funny
that with his affinity for Thorium,
he never understood
when he discovered Thorium,
even been discovered yet).
But after Thorium was discovered,
Thorium was used
for powering gas lamps
back in the day
when the world’s light
disappeared at nightfall.
But wait, Thorium’s radioactive,
and back in the day
they didn’t know this,
so did people get cancer
from radiation poisoning?
Well, maybe if
there was enough Thorium
in those gas lamps,
and maybe if that Thorium
wasn’t stopped from
getting to humans
by the glass surrounding the lamps…
Because only if you’d eat Thorium (and maybe
only the supernatural God Thor
would eat Thorium)
maybe only if you ate it
only then might it make you sick.
I mean, they still sell it
today in camping lamps,
unless you actually look for a lamp
But even when it came
to eating Thorium,
some people would do it
back in the ‘30s with x-rays
for detecting their cancer,
because at the time Thorium
was perfect for saving lives
thanks to those x-rays.
So with Thorium for cancer x-rays,
the new cancer risk
seemed like a fair trade-off
before they could find
a safer x-ray detection agent.
So yeah, there’s no way
a Swedish chemist
could have guessed it
when he discovered
the element Thorium
and wanted to name it
after the God of Thunder,
but Thorium can bring
some light into our world,
as long as we use Thorium
in just the right way.
from the “Periodic Table of Poetry” series (#105, Sg)
7/28/14 (started 7/27/14)
I’ve always loved the sea.
When standing at these Pacific shores
I’m always intoxicated by the action there,
at the vibrancy, the sense of life.
I’ve always been drawn to the idea of learning,
to California’s desire to explore and discover.
There was a scientist, Glenn Seaborg,
who later worked through U of C Berkeley.
And when it comes to discovery in California,
Seaborg really had a hold on the chemistry market.
Because during his career, he did theoretical work
in the development of the Actinide series
in the Periodic Table, and he even helped discover
ten elements (many in that Actinide series).
But one element that wasn’t in the Actinides series
that he helped discover, element one oh six,
that was the element people petitioned
to be named after him (you know, because
of all he had discovered for the Periodic Table).
But scientists in Dubna Russia were also wanting
to claim the naming rights for element one oh six,
and naming this element after Seaborg
caused quite a stir, because elements
are only named after dead people, they said.
But the Americans actually pulled it off
and got the new element named Seaborgium.
Transuranium elements like Seaborgium
are only artificially made with particle accelerators,
and I know those scientists,
after finding elements that way
only acquire one or two atoms,
and they can only guess the element’s properties
by their location on the Periodic Table…
I mean, Seaborgium’s isotopes
have half lives only seconds long,
and there’s no use we know of for Seaborgium
other than scientific research
(like for scientists like Seaborg or Albert Ghiorso,
or the leader of that Seaborgium discovery team).
But after the element was named Seaborgium,
and since Seaborgium is the only element
named after a living person,
it may have been possible
to send Glenn Seaborg a letter
addressed in chemical elements:
send it to Seaborgium,
in lawrencium (for his Lawrence Berkeley Lab),
in the city berkelium,
in the state californium,
(if the letter’s being mailed
from outside the U.S.)
in the country americium…
I don’t know if any letters like this
actually got through to him,
but for a man with that many
discoveries under his belt,
sending letters to him
using only Periodic Table elements
almost seems like icing on the cake.
from the “Periodic Table of Poetry” series (#104, Rf)
And when I get that engagement ring…
I don’t want Zirconium, I want a diamond!
I want something stronger!
Even the band,
everyone wants Gold,
but Platinum is stronger,
(which has a cool goth sound to it)…
What’s the strongest element out there – Iridium?
Hey, that’s the stuff that was in the asteroid
that killed all the dinosaurs!
‘Cuz that stuff’s so strong that it’s brittle
and can’t even be bent into a wedding band…
But I want the biggest, strongest ring on my finger
because I want EVERYONE to know
that I’m gonna be the bride!
Because I’ve really had my heart set
on this one amazing man, Ernest.
(Isn’t that the coolest name, Ernest?
I mean, I’m being earnest with you,
that’s his name, and it sounds so cool!)
You see, he’s from the Rutherford family
and I’m so taken with him.
Oh, and get this, he was born in New Zealand
and now lives in the U.K. — this man
must know the world,
and I think I’m gonna melt!
But the things is, whenever he’s around
he’s only around for fleeting moments,
he mixes with friends
and his isotopes are around for as long as an hour,
but sometimes only for ten minutes,
and sometimes just for a minute or two…
So I ever get the chance to be with him
long enough to tell him how I feel.
My friends tell me not to bother,
because his radioactive personality
(that I’m so drawn to)
means that if I get too close
he might be trouble for me.
Well, I may not be the smartest girl
if he is such a strong and intelligent man,
but I’ve been doing all the research I can
about him. When it comes to researh,
I want to work with him,
and I want to learn.
I only hope he’ll let me.