Here's the tidied up transcript of a phone interview I had with Itamar right after we held our first read-thru for Completeness. --jw
Jeremy
Wechsler: I know you had this really long development process because I
remember you were getting ready for the workshop of Completeness when we met.
Itamar Moses: When was that?
2009?
Yes, that’s right. I was
working on the play for a few years. The first real workshop was at South Coast
Rep. at the Pacific Playwright Festival.
In May, 2010.
We spoke immediately after
the workshop and we were talking about the exciting part of trying to parse statements
from the artistic director. “If we workshop it, when we produce it…?”
Right, right right! It was
originally a commission from the Manhattan Theatre Club. After that workshop,
South Coast Rep was very interested but first we had to work out whether
Manhattan Theater Club wanted to produce it, because as the commissioning
institution they had the right of first refusal. For a while it wasn’t clear
where it was going to be first, where it was going to go next. But it all kind of worked out.
When did you start writing
it?
The commission that turned into Completeness
I got from Manhattan Theater Club from as far back as, I’m going to say 2005,
2006? The commission was from the Sloan Foundation,
and they only commission plays about math and science. I would not have taken one had it not been
the case that I already had a science
related idea.
I had been thinking about the Traveling Salesman Problem already; I
first learned about it in an electrical engineering course that I took in
college. I know… “You took an electrical
engineering course?”
I took Electrical Engineering 101. It was one of those classes you had to take as a requirement to graduate. And people were like, “Why didn’t you take Geology 101?” (Which I did) or Astronomy 101, but Electrical Engineering 101 was a class called “The Digital Information Age.” (The final project was to write your own web page in HTML; it was not a particularly challenging electrical engineering course.) The TSP came up as the reason why a long-enough random series of numbers and letters is impossible to crack in the context of how security works. If you run an algorithm that runs every possible combination, it seems like that should work, but in fact there are quickly so many combinations that it won’t work because it will take the computer fifty million years to try it. It stuck in my head. Maybe I liked the name, “Traveling Salesman Problem?”
I took Electrical Engineering 101. It was one of those classes you had to take as a requirement to graduate. And people were like, “Why didn’t you take Geology 101?” (Which I did) or Astronomy 101, but Electrical Engineering 101 was a class called “The Digital Information Age.” (The final project was to write your own web page in HTML; it was not a particularly challenging electrical engineering course.) The TSP came up as the reason why a long-enough random series of numbers and letters is impossible to crack in the context of how security works. If you run an algorithm that runs every possible combination, it seems like that should work, but in fact there are quickly so many combinations that it won’t work because it will take the computer fifty million years to try it. It stuck in my head. Maybe I liked the name, “Traveling Salesman Problem?”
I didn’t know the problem well enough to write something evocative
about it but when I got offered the Sloan Commission, I thought, “Here’s my
opportunity! Here’s my excuse to investigate this problem, see if there’s a
play in it.” As far back as 2006 there’s
some prospectus for MTC claiming ‘I want to write about a guy who’s trapped on
the Traveling Salesman Problem, not realizing that that problem is at work in
other aspects of his life’, which is in some ways not far off from
what the play became.
To keep it light I thought it should be a romantic comedy and should
make the other subject as seemingly distant from computer science as possible: the
messiest human stuff, getting together and breaking up. So that idea goes back
as far as 2006. I had a lot of seeds
based on a lot of different relationships, but it never really cohered into a
play. And I didn’t really hit on a structure that felt like it contained a
complete play until years later when I was talking to you, 2009, and I thought,
“Oh, this is the structure.” I started working it out to get it ready for that
workshop in 2010.
There is such an intricacy to
the structure of the end result. This love for theatrical structure is one of
the things that had invited so many comparisons to Stoppard over the years.
Yeah, I’m aware of structure as a way to implement the meaning, but
I like to be playful with it.
I think one of the fun things with this play is how the structure ties into both the metaphor of the problems with human relationships and eventually acts as a sort of dramatic element itself. It obviously reminded me of The Four of Us and the way it embraces theater itself as a space in which this event his happening.
The structure of Completeness,
on a dramaturgical level, the scene by scene—and I don’t want to give away
the story—but the way the pairings work, the way the couples break up and get
together, it’s actually not much more complicated than, Boy meet Girl, Boy
loses Girl, will Boy get Girl back? [laughs] The intricacy of it has to do with
the layering, like, how many things are going on at once? At any given moment a
person could be saying something about romance that could apply to the science
and also applies to theater. And vice-versa. So there’s this three level
paralleling of everything that… is not as hard to achieve as it sounds. It only
works if it follows from the storytelling. In working on a play like this I
discovered that when figuring out what the next scene should be, or the next
moment, what should happen next in the story should allow that layering to
happen organically. What the person would legitimately say next in explaining
their scientific idea or in trying to negotiate with their romantic partner,
what they would actually say in the real world would be something that is
layered and would have those echoes. And that’s often how I would know I was on
the right track.
You talked about how you had
these fragments of scenes from real life , do you keep a running notebook of
dialogue snippets that you want to use?
Sometimes, usually not dialogue. There might be a sentence fragment
or two that I might keep in a text document in my computer, sometimes it would
just be general one, that’s like “random ideas” or sometimes it’ll be specific
like “play about my family” and I’ll just throw things in there as they occur
to me. But—this is also something I
should be careful about as I get older—I also have a steal trap memory for
moments or dialogue, especially if something has an emotional impact at the
time. I can recount entire conversations pretty accurately. What sticks in my
brain, I end up using because the fact that it’s stuck in my brain means I’m
compelled by it or it has some meaning or energy.
How did you come across the
protein interaction part, unless you took Biochemistry 101?
I did not. That was much
harder. But that was much harder for a
more practical reason. The Traveling
Salesman Problem is a specific problem in computer science. I knew I wanted it
to operate as a kind of central metaphor before I really began the play. So what that means is: I don’t have to get a
BA in computer science, I don’t have to read books on general computer science.
All I have to do is make sure I understand the Traveling Salesman Problem and
whatever scholarly things around that to make it work. But in trying to find a
complimentary scientific focus for Molly, that was much more difficult because
I couldn’t randomly select some other problem. She has to be working on
something just as specific-
Right.
It would feel imbalanced. I couldn’t just randomly pick another scientific
focus, I had to pick the right one. So I
had this one fixed variable, which is the traveling Salesman Problem and then
this, like other unknown variable.. From the entire annals of science, I have
to find the idea!
Easy!
I knew right away I could narrow it down. I knew I didn’t want it to
be a really soft science. There was an early version where I thought maybe
she’s a botanist, and my girlfriend was like “So the girl is doing some girl
science?” And I was like, “You’re right, let’s not do that.” So I wanted it to
be an equally hard science, but I wanted it to deal with real world stuff. So I knew it was going to be chemistry or
biology. Those involve math, especially chemistry. But they involve math as a
byproduct or how real stuff interacts in the real world. And so I just started
reading generally about biology and I came to a number of different focuses for
Molly, none of which really clicked in for me.
Ultimately, I had to talk to molecular biologists. The Sloan people were very helpful in that
way. They put me in touch with the chair of molecular biology at Columbia and
one of his colleagues and we went for a drink in the East Village and I just
grilled him for two hours while taking notes, and that was the turning point. I
could lay out to them specifically what the dilemma was.
What I needed, first of all on
a plot level, what could a molecular biologist grad student need help with from
a computer scientist to get that first inciting incident going. We talked about
that, and what is the cutting edge in the field. What are graduate
students working on? As soon as this idea of protein interactions networks came
up–as an early test you do to find what bonds with what–I thought, “There it
is.” It was one of those things where your right brain knows instantly “That’s
it. That’s going to work.” Then it’s the very slow process of your left brain
catching up. Why does that work? And how does that work?
So then I knew what to read about specifically. I didn’t have to
learn about all of molecular biology. I could be like “ok, what is a yeast two hybrid screen? What is
the end goal of all this work?” It was also useful just hear how molecular
biologists talk about this work. There are certain lines in the play that are
direct quotes from those two professors, like, we were talking about the
eventual goal of mapping the entire protein interactome of humans and I said,
“well, um, how much have we mapped?” He said, “Less and less every day.” That
went right into the play. The joke that Elliot tells in the final scene, one of
the professors told me as a way to illustrate their process. So it was useful
to engage with them as people but also to pick their brains.
When you look at the pictures
of the Traveling Salesman Problem and the pictures of the proteins, it’s
amazing how similar they look. Were you
totally excited by the parallel?
Yes and no. I was super excited but I also have enough experience
with this stuff to… if the audience was going to experience that parallel they
were going to go to a very very deep level where no one was going to talk about
or write about after seeing the play. But yes, I was excited by it because it
made me feel like I was on sturdy ground. I had hit on a genuinely accurate
analogy. There was a bedrock of sound ideas under the play.
When we did the first
read-thru last night, we were struck by this climactic moment that abruptly
broadened the scope of their problems to a generational level. And it really brought… it unified the
human scale into a larger context. The whole play has these mathematical
problems that could almost model the real world but never entirely, and we see
how this problem is getting mapped out to a cultural dilemma. I have been
thinking a lot about my 20s. And how sucky they were. But also, how does it
suck in a different way now? Your characters are rarely confused about what
they’re feeling. They’re pretty
self-analytical and have have the ability to pick themselves apart without knowing
any real motivating forces.
Right.
You write about this process
not infrequently. Do you think this is a
generational thing?
I think its two different things. I think I am a kind of
person that is able to intellectually understand something and maybe even
articulate it, before my emotions have caught up. And so, that means of couple
of things: one, that it often doesn’t help. You can trick yourself into
thinking that you understand the problem, but until you understand it
emotionally or viscerally, you don’t really
understand it; you don’t know what you actually want. That’s not a generational
thing. There’s a different vocabulary now, but there has always been that
divide: on one side, the people who tend to intellectualize things and try to articulate
them, and on the other side, people who feel something and then act. Later, they can understand why they did it. I
think there have always been those types of people.
In terms of the generational thing, I think, yeah… one of the
critics in New York specifically dinged me for that line at the end. He felt
the play ‘was really about Gen Y special pleading and they have some special
problem but all I can say is join the club.’ To me that was a totally wrong
interpretation of that moment. It wasn’t that we’re the only generation that
has a hard time making sense of romance, its just we have a hard time making
sense of it, in a way that’s specific to
our generation. And the way you experienced that line in the reading and
the way I intended it, was an opening and reaching out acknowledging all future
generations are going to have a problem. That harkens to the first thing Elliot
does for Molly is write a genetic algorithm where every generation learns some
things, but it’s an optimization process: it acts for some goal it never
reaches, And so Molly is just articulating the point that this generation is at
on this curve, so its not to say, ‘well, this is really tough for us’, its
saying, ‘we’re in uncharted territory’ and I think we are. Whether your approach
to that is leading with your head or leading with your heart or trying to fuse
the two, we’re in uncharted territory.
I always thought writing a
romantic comedy would be super fun because you could pick out the previous
experiences but make it turn out the way you want it to. Do you find it makes
you more optimistic about love or more calculating because you have to
construct the spots where it didn’t go awry?
It’s a chicken and egg question because my romantic life has calmed
down and stabilized a great deal in my 30s as opposed to in my 20s. Whether I’m
able to write about things that actually might seem like they might work out
because I have experienced stuff that has worked better or writing about it has
helped me get to that place, the answer is probably both and neither. I’m
probably just tired also. I don’t know.
I definitely remember feeling the opposite in my 20s – I could write
relationship scenes in my 20s about things not working, and that to write
something that was working felt like I was faking it, making something up,
because I genuinely didn’t believe in it. And now I feel like I get it more.
Although its funny. The end of Completeness
is kind of a litmus test. It’s not clear
what’s going to happen. I know what I intended and I feel about it. But I have
people come up to me after the play and say how refreshing it is to see the
opposite.
I think the play suggests
this is their first experience of a genuine adult love affair, they had their
first attempt where they could imagine a life, and we can see the fist two
steps, but there’s lots left for them to work through. So – there have been two
productions. When you see your plays multiple times before you cast them off to
roam the wild, how different to the productions feel to you? Are there facets
of the play that get pulled out in one version?
Yeah because there are always different connections in a play, a lot
of which you intend and a lot of which just happen. And a different, set,
different staging, different emphasis on pauses or a different actor can bring
out all kinds of things. Things like
pace… like with Four of Us there’s a fair amount of elasticity in those
scenes. There are all kinds of different
ways to do it. And different subtexts
can come in, different moments can be solved because the physical space is
worked differently. Something that was always a huge gimmie laugh in the last
production, is suddenly not funny, because the actor is hilarious but in a
different way.
In this case its one of the things the play is about: on the
metaphorical level as theatre as an art form, about the relationship, and about
how the relationship between a script and a live performance is the same
between a computer program and molecules actually interacting in a Petri dish.
A script can give you certain things and then the live event is unpredictable
and certain other things can happen. Both those impulses are in me, to control
everything, make it production proof, whatever that means, and do it exactly
the same way, but that turns out to be a mistake because its only in not quite
aiming for that that you create something that can work in all kinds of
different contexts.
Do you find there is an
audience that enjoys this play particularly?
Audiences in their 20s seem to really
enjoy this play. Because it speaks to something that not a lot of plays speak
to in quite this focused a way. Someone told me that after it was produced in
New York all the second and third year acting students at Julliard became
obsessed with it and started doing scenes from Completeness in their acting classes because it gave them an
opportunity to play characters that thought and talked like they do. So that’s one big sub group, but that’s not to
say to that older audiences don’t enjoy the play. There are two responses I’ve gotten from
older audiences. One is ‘now I finally understand what my kid are going
through, they’re creating all these relationship problems from themselves and
now I finally know what they’re going through.’ Another one is ‘It’s always
been this way. We had our own versions of exactly this’. But getting that this is the next generation
dealing with the same problem. And science geeks seem to appreciate it.
Yup.
Because
the science in the play is accurate. And I don’t think they’re used to seeing
that and also as being seen as people who sleep with one another. Which is
true! Otherwise where would new scientists come from?
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