International Linear Collider PostDoc positions

 

PostDoc Positions in Accelerator Physics

SLAC Division: Linear Collider, Particle and Particle Astrophysics (PPA) Division.
 

There are positions for:

Experimental Studies of the Electron Cloud Instability and Formation

Accelerator Design Studies

Beam Delivery Design Studies

Beam Collimator Development for the LHC

These are two-year academic appointments, renewable for a third year, conducting original research under the guidance of the Stanford Faculty. A Ph.D. in physics or engineering is required. SLAC is an equal opportunity employer.

International Linear Collider Department: The Accelerator Physics group in the Linear Collider (LC) department, at the Stanford linear Accelerator Center SLAC, is responsible for accelerator physics in LC. SLAC is one of the leaders of the worldwide collaboration for the design of a future International Linear Collider. Postdoctoral research positions are now open at the Stanford Linear Accelerator Center. Research areas include the physics of Linear Colliders and damping rings, high-gradient acceleration, to produce electron and positron beams colliding at 1TeV cm energy with very low emittances to reach high Luminosity. Specific research topics underway span the range of beam physics issues and engineering disciplines essential to the development of a future Linear Collider and advanced accelerators:

Accelerator Design, Beam Dynamics Studies of

 R&D, Design, Fabrication, and Testing of

  • Electron and Positron Sources
  • Damping Rings
  • Collective instabilities
  • Electron cloud and Fast-ion instability
  • Bunch compressor
  • Low Emittance Transport Lines
  • Main Linac, High-gradient Superconducting rf
  • Beam Delivery System and Final Focus optics
  • Accelerator Test facilities optics design
  • Advanced beam feedback systems
  • Real-time machine modeling and operational analysis
  • Polarized Electron Source Program
  • E-166 Polarized Positron Experiment
  • Positron Target Materials R&D
  • ATF Kicker Replacement
  • Electron cloud
  • 1.3GHz Injector NC Structure Development              
  • SC Linac Quad and BPM
  • ILC Klystrons
  • 1.3 GHz RF Power Source including SNS Modulator       
  • Diagnostic Processor for Power Systems
  • Modular Power Supply Development
  • SC Materials Test & Advanced Concepts
  • LARP Collimator
  • ATF Program
  • TTF Program
  • ESA Program

 

SLAC collaborates with over 70 institutions around the world in high energy physics experiments, including the world’s highest luminosity operating electron-positron collider, the SLAC B-factory, designed to study CP violation, and is one of the leading laboratory in the design of the International Linear Collider, a future e+/e- linear collider at the TeV energy frontier.

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