
DMITRI DENISOV
Adjunct Professor
 Physics and Astronomy
dmitri.denisov@stonybrook.edu | Brookhaven National Laboratory, Bldg. 703 
Curriculum Vitae. (Last updated: 2023 Nov 21)
Biography 
Dmitri Denisov graduated from Moscow Physical Technical Institute and joined Institute
                              for High Energy Physics (Protvino) where he performed a series of experiments at the
                              70-GeV proton accelerator for his Ph.D. research. He became a worldwide expert on
                              the development of new particle detectors for subnuclear physics experiments, including
                              fast coordinate detectors and calorimeters based on liquid argon. Denisov joined the
                              DZero collaboration at the Tevatron collider in 1987 and helped built a large, complex
                              particle detector to study the world’s highest-energy collisions of protons and antiprotons
                              at the Tevatron. In 1995, he played major role in Tevatron’s discovery of the top
                              quark, the heaviest elementary particle. In the late 1990s, his research led to the
                              precise measurements of bottom-quark production across a wide kinematic region, which
                              led to advances in the theoretical explanation of this process. Denisov oversaw major
                              part of the upgrade of the DZero detector in time for the start of Tevatron second
                              run, which began in 2001. He led successful commissioning of the DZero experiment
                              and readied it for physics data collection. From 2004 to 2006, he was the leader of
                              the electroweak physics group of the experiment, leading studies of the production
                              and properties of electroweak force carriers known as W and Z bosons. In 2006, Denisov
                              was elected spokesperson of the DZero collaboration, which comprises over 500 physicists
                              from 20 countries. He has led the collaboration to many exciting scientific results,
                              including the discovery of new heavy baryons containing bottom quarks, the highest-precision
                              measurements of the W boson and top quark masses, searches for a wide spectrum of
                              new subatomic phenomena predicted by theoretical models, and extensive hunt and then
                              studies of the Higgs boson. The DZero collaboration published more than 300 papers
                              during his term. Since 2015 Denisov is involved in developing physics program, accelerators
                              and detectors for future high energy colliders. In 2019 Denisov joint Brookhaven National
                              Laboratory to lead the laboratory particles physics program covering programs at energy,
                              intensity, cosmic and theory frontiers. In 2022 Denisov joined the Department of Physics
                              and Astronomy at Stony Brook University. Denisov serves on various advisory boards
                              in Americas, Europe, and Asia. Denisov received the Medal for achievements in high
                              energy physics and development of international cooperation from Czech Technical University
                              in 2008, he was elected Fellow of the American Physical Society in 2010 for his numerous
                              contributions to the development of experimental high energy physics and received
                              2019 European Physical Society prize for the discovery and studies of the top quark.
Research Statement
My interest and expertise are experimental particle physics with the goal of understanding
                           physics laws at the smallest possible distances and highest possible energies available
                           for experimental observations. I am also excited by developments of new detectors
                           for elementary particles and design and construction of large and complex detectors
                           used in modern particle physics. I am involved in a wide range of experiments at colliders,
                           studying neutrinos, and high precision experiments to measure properties of elementary
                           particles with extreme precision. Studies of Dark Matter and Dark Energy are among
                           my interests.
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