U.S. Department of Energy Office of Science Office of Scientific and Technical Information

DOE Physicists at Work - David Rainwater

DOE Physicists at Work Archive


DOE Office of Science celebrates 2005 World Year of Physics

 

DOE Physicists at Work

 

Profiles of representative DOE-sponsored physicists
doing research at universities and national laboratories

 

Compiled by the Office of Scientific and Technical Information

David Rainwater


How do you choose between scholarships in physics, engineering or music? That's the decision David Rainwater faced when he entered college at the University of Missouri-Columbia.  So, with a passion for both problem-solving and cello, he attempted to keep all his options open.

 

David Rainwater

"I enrolled in two separate degree programs - physics and mechanical engineering - and took a fifth year to do it," says Dr. Rainwater, currently one of two Markshak Fellows at the University of Rochester.  "That way I kept those two scholarships.  Also I thought that separate, complete degrees would give me better future options."

 

But when he learned that he couldn't count music classes as electives in the engineering program, he had to drop the music scholarship.  "Besides, I quickly realized that I could have music as a hobby and pursue physics, but you can't have physics as a hobby and be a musician."

 

Still, there was a surprise waiting for him on his road to a career.  While he entered college thinking he would choose between careers in aerospace, controlled fusion, or music performance, he bumped head-long into high energy physics - a field that won out over other areas of study.  Partly this was due to his fascination with the field, and partly due to other career considerations.  "Both aerospace and fusion research appeared to be in the doldrums," says Dr. Rainwater.

 

He received a fellowship to spend the summer after graduation in Japan at the Tokyo Institute of Technology's Research Laboratory for Nuclear Reactors.  Then, his undergraduate advisor suggested the University of Wisconsin-Madison as one of the better places to study high energy physics.  So after a year working in industry to enable the purchase of a new cello, he moved to Wisconsin in 1994.

After earning his Ph.D., Dr. Rainwater continued studying physics while a post-doc in the Fermilab theory group, and recently completed a stint as a post-doc at the German laboratory DESY in Hamburg.

 

Dr. Rainwater says that using measurement to unravel mysteries is what fascinates him so much about physics.  What gives things mass?  How can we understand the properties of something as yet undiscovered?  Not unlike a detective, Dr. Rainwater relies on his knack for breaking down complex ideas into practical facets of information.  He has a particular love for showing how those smaller bits of information "can help yank into view presumably-hidden parts" of science.  He calls it, "Exploring the connection between theory and experiment."  Hailing from Missouri, he says that this intrigue for breaking down the big picture to reveal "hidden parts" may be part of his "Show-Me" state upbringing.

 

Now, at the University of Rochester, Dr. Rainwater explores ways the "yank into view hidden parts" of a might big picture.  "We're trying to figure out what that special thing is out there that gives things mass - in essence, how nature works," says Dr. Rainwater.  "Well, there are a number of theories to explain what that 'something special' might be, but those theories are kind of abstract and fairly technical.  However, if through our experiments we can start to see certain things, then we start to take measurements.  It's at that point that we can start to see certain things, then we start to take measurements.  It's at that point that we can begin to prove or disprove those complex ideas."

 

Dr. Rainwater spends time thinking up ways to measure properties of the Higgs boson, believed to generate mass, which is what holds the universe together.  He also works to improve how we measure properties of the top quark, the largest known of those tiny building blocks of matter.  Little is understood about the top quark, but because of its unusually large size, it's considered a probably window for revealing much about nature.

 

Despite a full-time career as a physicist, Dr. Rainwater's musical ambitions have never waned.  He has played with numerous amateur orchestras in Chicago and Germany, culminating in a performance of Mahler's Fifth Symphony in the famous Musikhalle in Hamburg with Orchester '91, one of the best amateur orchestras in Germany.  "Mahler nearly killed me!  I had to practice for weeks just to play all the notes, and another month to play them in the right order," says Dr. Rainwater.

 

While Dr. Rainwater delights in taking apart the big picture to reveal the "hidden parts," he also keeps in mind the broader view - in a very concrete way.  While a post-doc at Fermilab, Dr. Rainwater took up aerobatics.  He says that while not many of his friends and colleagues accept his offer of testing loops and hammerhead in a sport plane, they rarely pass up an invitation to an aerial tour of Fermilab.  "People like seeing their own house or where they work but they usually don't recognize it from above," says Dr. Rainwater.  "Physicists who see the Fermilab complex from the air come back with a completely different perspective of what they're involved in - it helps keep the big picture in mind."

 

 

Dr. Rainwater's articles accessed via OSTI:

 

Information Bridge

 

Higgs boson production at hadron colliders: Signal and background processes

 

Precision Higgs physics at a future linear collider

 

Energy Citations Database

 

Physics at future Hadron Colliders

 

A full-acceptance detector at the LHC (FELIX)

 

Method for identifying H → τ τ → e±μ/pT at the CERN LHC

 

E-print Network

 

Probing Electroweak Top Quark Couplings at Hadron Colliders

 

Pseudo-axions in Little Higgs models

 

Physics Interplay of the LHC and the ILC

 

Determination of Higgs-boson couplings at the LHC

 

Extracting Higgs boson couplings from LHC data

 

The Higgs Working Group: Summary Report 2003

 

Probing the Higgs self-coupling at hadron colliders using rare decays

 

Robust LHC Higgs Search in Weak Boson Fusion

 

Next-to-leading order QCD predictions for W+2j and Z+2j production at the CERN LHC

 

Examining the Higgs boson potential at lepton and hadron colliders: a comparative analysis

 

Review of Top Quark Physics

 

TeV resonances in top physics at the LHC

 

Determining the Higgs Boson Self Coupling at Hadron Colliders

 

Measuring the Higgs Boson Self Coupling at the LHC and Finite Top Mass Matrix Elements

 

Higgs Boson Production at Hadron Colliders: Signal and Background Processes

 

The Higgs Working Group: Summary Report (2001)

 

Measuring the top-quark Yukawa coupling at hadron colliders via tth, h->WW

 

Increased Yield of ttbb at Hadron Colliders in Low-Energy Supersymmetry

 

Top quark associated production of topcolor pions at hadron colliders

 

Higgs Decays to Muons in Weak Boson Fusion

 

Linear Collider Physics

 

Determining the Structure of Higgs Couplings at the LHC

 

Precision Higgs Physics at a Future Linear Collider

 

H-->WW as the discovery mode for a light Higgs boson

 

Probing Neutral Gauge Boson Self-interactions in ZZ Production at the Tevatron

 

Probing Neutral Gauge Boson Self-interactions in ZZ Production at Hadron Colliders

 

P Pbar to T Tbar H: A Discovery mode for the Higgs boson at the Tevatron

 

Report of the Working Group on Photon and Weak Boson Production

 

A new method for extracting the bottom quark Yukawa coupling at the CERN Large Hadron Collider

 

Electroweak Physics

 

A method for identifying H -> tau tau -> e mu pTmiss at the CERN LHC

 

Intermediate-Mass Higgs Searches in Weak Boson Fusion

 

Observing H -> W*W* -> e mu pT(miss) in weak boson fusion with dual forward jet tagging at the LHC

 

Drell-Yan plus missing energy as a signal for extra dimensions

 

Searching for VV -> H -> tau tau at the CERN LHC

 

Probing the MSSM Higgs Sector via Weak Boson Fusion at the LHC

 

Searching for H --> tau tau in weak boson fusion at the LHC

 

Searching for H -> gamma gamma in weak boson fusion at the LHC

 

Multijet Structure of High E_T Hadronic Collisions

 

Probing color-singlet exchange in $Z+2$-jet events at the LHC

 

A no-lose theorem for observation of the MSSM Higgs sector

 

 

 
 

 

 

 

 

 

 

 

Last updated on Thursday 01 August 2013