Parker's new cochlear implant arrived in the mail this morning at 9:12. Luckily I was just returning from dropping the 5 lil ones at their respective learning locations and was folding up my massive double stroller outside our apartment when I saw him spritely arrive....
THE UPS GUY.
I wanted to hug him!
And he had the most gentle, crystal blue eyes.
I didn't of course.
Maybe if we were in the States I could do that. Or not, actually, maybe he'd sue me if I did that in the States... But in any rate, I restrained myself.
This, after already getting lots of strange smirks to-ing and from-ming from school with my hair in plaits. About 8 I think. Grown women are not meant to wear braids in public, ya know. At least not in Paris. ESPECIALLY not in Paris. And all my chic neighborhood parental comrades were dropping off their equally chic offspring at their chic parisian schools as we marched our own ways... And most couldn't help but stare and smile at my braids and bright yellow stroller, and my multiple offspring (come on, you have to admit, 5 is REALLY not all that many...)in tow. So I was feeling especially unique (why?), and a little bit fun this morning. It's amazing that I was here when he came. I am not always that efficient in my timing of things. As those who know me well will attest to, hands down. (My name in french sign language means "LATE"--its kinda rude, right? But was given to me by my classmates in LSF class. I have to admit, it's a propos.)
So anyway, this is NOT AT ALL ABOUT ME.
IT'S ABOUT THE BOX. IT'S ABOUT THE PACKAGE. IT'S ABOUT WHAT'S INSIDE THE BOX.
I can't help but think of John trying to teach me what a "function" was in Calculus in college. He said repeatedly, "A function is like a box. You have something and you put it in the box. When it comes out of the box, it's actually something different. It's changed." Honestly I did not get it at all. Somehow I got a B+ in that calculus class (thank goodness for take-home exams and group finals!). But I think I might get it now.
What went into this box is a lot of plastic and design, hours and years of research,and trial and error---lots of accessories, cords and even some fancy, flesh-colored magnets and a very special minuscule computer that is totally blank.
What will come out of this box later today is the same thing. But we will quickly connect it to the ORL computer at Necker and give Parker some new programs.
What will come out of this box is my son's hearing.
My deaf son's hearing.
It's magic, right?
It's no doubt the BEST thing we'll get in the mail ALL YEAR!
This box is unbelievably noteworthy. This box has my son's future inside of it.
It might as well be covered in sparkles and fairy dust. Maybe I will put some sparkles on it and show the girls at lunchtime.
And I should quote someone who has a cochlear implant--a man named Michael Chorost, who went totally deaf in a matter of hours at the age of 36, then wrote a book titled Rebuilt: How Becoming Part Computer Made me More Human---(beware, it's very technical!)
"The cochlea has three mechanisms for converting sound into nerve impulses, called rate coding, place coding and phase coding. Place coding happens to be the easiest to replicate with a string of implanted electrodes, because from a place coding perspective, the cochlea resembles a piano keyboard in a spiral. Hair cells at the base of the cochlea resonate to high frequencies; ones at the apex, to low frequencies. The electrode array can therefore simulate the place coding mechanism by firing electrodes in the appropriate places. High frequencies are transmitted by firing electrodes at the base of the cochlea; low frequencies, by firing electrodes at the apex. The other two mechanisms, rate coding and phase coding , are so much more difficult to replicate electrically that the engineers have focused on place coding. But is replicating only one of the ear's mechanisms enough to do the job? The brain is so flexible- so eager to deal with whatever information it gets-that the answer, more or less, is yes. So the electrode array plays the cochlea like a piano. That is, a very small and very complex piano. Most sounds consist of a jumble of frequencies. A normal cochlea uses physical mechanisms to separate out the frequencies the way a coin sorter rattles coins into piles. A cochlear implant, however, has to do the task with binary logic, digitally taking sound apart and figuring out which electrodes to fire on the array in every passing millisecond. The software that manages this process is one of THE monumental achievements of bionics."
But imagine what this means if your new software is different, or "upgraded" from your older software. I just wonder if your brain is forced to adapt and work harder every time you get an update. And exactly how hard it is to "upgrade" your brain.....to adapt to newly upgraded software?!
Every now and then you have these big moments in your life....
MOMENTS where you are trembling with excitement and anticipation and hope and dreams for the future.
For me, I can say I've had a handful of moments like this:
1-The first I can think of are college acceptance letters, where your future is hanging on those letters, or more likely, the size of those letters (big envelopes=acceptance, small envelopes=refused)...next:
2-when my husband proposed to me.... and I could hardly believe my ears. I wanted to soak in every single thing about that moment--his words, his lips when he said it, remember his perfectly-gelled missionary hair cut, the table cloth and beautiful dishes at the table we were sitting at, the images of the view behind him and around us, knowing that his words and my response would indefinitely change our future....or
3-EVERY. SINGLE. TIME I pushed out a little one from the safety of my tummy into the coldness of this world, to see if it was a BOY or a GIRL.(count em, F-I-V-E)....or
4-Waiting in the dirty, old reception of the ORL department at Necker just hours after my son woke up from his coma to do a hearing exam that I did not completely understand the ramifications of... Waiting for his destiny to unfold in that doctor's office...Listening to her nervous twitch and watching her swish her hair as she told us....and we squeezed our hands together, John and I, with our jaws open, and gaping, that our sweet baby son who just woke up from 9 days of coma, and shock and seizures...and worry that he wouldn't survive..., was now bilaterally, profoundly and permanently D-E-A-F.
It's these moments in our lives that define us. How we respond to these moments and where they take us that make us who we are.
For good, or for bad.
That's where I am this morning. Shuddering with anticipation. Grateful for these researchers and scientists and programmers and miracle-workers who restore some-kind-of-hearing to my little-once-perfect-son's cochlea.
Cochlear is the name of the company. I shake with emotion and fear and trembling and hope and wonder as to how Parker's internal computer implanted in his cochlea and his brain and his little magnet on his skull above his right ear with his thick, rustled strawberry blonde locks will receive this new device, these new programs.
How they will change his life.
His future.
And ours.
Now, I'm gonna go find those sparkles.
