Center for Advanced Studies of Accelerators

Center for Advanced Studies of Accelerators
Thomas Jefferson National Accelerator Facility
12050 Jefferson Avenue, Suite 704
Newport News, VA 23606
757-269-5784 (phone)
757-269-5024 (fax)
bogacz@jlab.org

• Ph.D., Physics, Northwestern University, Evanston, 1986
  
• M.A., Physics, Southern Illinois University, Carbondale, 1983
  
• M.A., Physics, Technical University of Wroclaw, 1981
  
• B.A., Physics, Technical University of Wroclaw, 1979

• Sr. Staff Scientist, Accelerator Division, Jefferson Lab, July 1997 - Present
  
• Adjunct Professor, Department of Physics, Old Dominion University, July 2007 - Present
  
• Associate Research Professor, Department of Physics & Astronomy, University of CA, Los Angeles Nov. 1994 - June 1997
  
• Visiting Scholar, Muon Science Laboratory, University of Tokyo, Nov. 1996 - Apr. 1997
  
• Associate Scientist, Accelerator Physics Department, Fermilab, Feb. 1989 - Oct. 1994
  
• Research Associate, Accelerator Theory Department, Fermilab, Oct. 1986 - Jan. 1989
  

• Charged Particle High Frequency Laser, Bogacz, et al., U.S. Patent #4,817,124, 1989
  

• Beam Dynamics and Lattice Design
  Study of beam transport in recirculating superconducting linacs, beam optics and lattice design for transport lines at CEBAF, development of an on-line beam optics analysis via differential orbit measurement, lattice design of a wide aperture recirculating linac muon accelerator for future neutrino factory.
  
  
• Recirculating Linacs for Neutrino Factory
  Development of a conceptual lattice design for a 20-50 GeV muon accelerator based on recirculating SC linacs. Feasibility studies of acceleration and transport of a large phase-space of short-lived muons implemented in a proof-of-principle lattice for a recirculating linac accelerator based on 200 MHz. Appropriate lattice design choices combined with a sextupole correction to suppress chromatic effects are being explored to optimize beam transport in the proposed muon accelerator complex (straight linac and multi pass recirculating linac).
  
  
• Novel Cooling and Acceleration Schemes, Crystal Channeling
  Concept of a crystal micronundulator based on channeling of relativistic particles through a strain modulated superlattice, E763 demonstration experiment at TRIUMF. High gradient (GeV/m) acceleration scheme based on laser pumping of a relativistic beam transversely excited by a modulated crystal channel. High gradient inverse Cherenkov acceleration-demonstration experiment at BNL.
  
  
• Coherent Instabilities
  Analytic study of multi-bunch potential well distortion effects for a partially filled ring. Numerical simulation of the coupled bunch instability (longitudinal phase-space tracking). Nonperturbative analysis of the negative mas instability, Analytic studies of chromatic effects on the head-tail instability, Quasi-nonlinear Vlasov equation modeling of the saturation of collective instabilities and energy overshoot.
  
  

• Betatron Motion with Coupling of Horizontal and Vertical Degrees of Freedom
  S.A. Bogacz and V.A. Lebedev
  Nuclear Instruments and Methods in Physics Research B, submitted
  
  
• Recirculating linacs for a neutrino factory-Arc optics design and optimization
  S.A. Bogacz
  Nuclear Instruments and Methods in Physics Research A, NIMA14435 (2001)
  
  
• Status of muon collider research and development and future plans
  C.M. Ankenbrandt, et al. (Muon Collider Collaboration
  Phys. Rev. ST Accel. Beams 2, 081001 (1999) [View PDF (3866 kB)]
  
  
• First observation of luminosity-driven extraction using channeling with a bent crystal
  R.A. Carrigan, Jr. et al
  Phys. Rev. ST Accel. Beams 1, 022801 (1998) [View PDF (81 kB)]
  
  
• A µ+µ Quantum Collider Using Novel Crystal-Based Accelerator Components
  S.A. Bogacz and D.B. Cline
  International Journal of Modern Physics A, Vol 13, 14, 613 (1997)
  
  
• Micro-bunch Diagnostics by Coherent Transition Radiation
  S.A. Bogacz, Y. Liu, D.B. Cline, X.J. Wang
  Nuclear Instruments and Methods in Physics Research A, 386, 295 (1997)
  
  

• Member of American Physical Society
  
• Member of Neutrino Factory and Muon Collider Collaboration
  
• Frequent referee for Phys. Rev. E and Phys. Rev. Lett.