For a scientist, life is a series of
questions just waiting to be answered.
How we’re connected, how things work,
why they’re here… These are things that humans have been trying to figure out
since the Neanderthals began to drool.
Elaine Oran seeks her understanding of the universe through the
perspective of science.
Dr. Elaine Oran is the Senior Scientist
for Reactive Flow Physics, affiliated with the Laboratory for Computational
Physics and Fluid Dynamics at the Naval Research Laboratory in Washington
DC. Like many physicists, Dr. Oran uses
equations and numbers to analyze questions of existence and bring the answers to
life, so to speak.
So what does that mean, exactly?
“Basically, I study fluid motion, fluid
dynamics. I study the motions and the
behavior of gases and liquids and plasmas.
More specifically, I solve rather complex sets of equations, usually on
large computers, and these describe dynamics.”
Tell us a little bit about fluid motion
and dynamics, and how it applies to you.
“My specialty that flow with some kind
of reactions and turbulence. There are
really three different sorts of reactions that we look at. One is chemical reactions. That’s what drives engines — car engines and
propulsion devices. There are atomic
reactions; the Earth’s upper atmosphere is an example. Then there are thermonuclear reactions; the
sort that we look at in exploding stars.”
So how does understanding the mechanics
of an exploding star help the Department of Defense?
“In my research I try to understand how
explosions occur, and this means I want to know how the chemical or other types
of reactions interact with the fluids to release energy.”
“The Navy – and the DOD in general – is
very interested in a number of issues related to the general properties of
explosions, controlling them or avoiding them. They’re interested in both how
to avoid unwanted explosions or intense chemical reactions and how to create
them in a controlled way. If we
understand this, we can avoid dangerous situations. We could also make more efficient and perhaps
even cleaner engines.”
When it comes to your research, what
question or questions are you most excited to answer?
“At the moment the most interesting
question to me has to do with turbulent reacting flows and trying to define the
controlling processes. It seems very
likely that many of the usual classical theories are not at all complete. And so when you find something where there’s
a gaping hole in knowledge, that’s kind of where I like to dive in. Right now we have one in turbulent reacting
flows. So the most exciting questions
are simply the things we do not understand.
In this case, how the turbulence, reactions, and background flow all
interact to give surprising and unexpected results.”
What would you like to say to any young
people just starting to blaze their own scientific trail?
“I would tell young men and young women
not to be afraid. That’s what I see too
often, people being afraid, intellectually fearful. They are not willing to just look in front of
them and see where the problems are and face them head-on. Don’t afraid to be wrong, don’t be afraid to
be right. That’s the death of science.”
Fear is the death of science. You know, I think I like that. Pithy.
Dramatic. Possibly the next title
of my new science fiction book series…
We’ll keep asking the questions, Dr.
Oran, just as long as you keep working to answer them.
———
Dr. Elaine Oran is the Senior Scientist
for Reactive Flow Physics, affiliated with the Laboratory for Computational
Physics and Fluid Dynamics at the Naval Research Laboratory. Information for this article provided by the
Naval Research Laboratory
———
Jessica L. Tozer is a blogger for
DoDLive and Armed With Science. She is
an Army veteran an avid science fiction fan, both of which contribute to her
enthusiasm for technology in the military.
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