Advanced Search   Search Tips		Accelerator & Fusion Research From Zero to a Billion Electron Volts in 3.3 Centimeters Highest Energies Yet From Laser Wakefield Acceleration Carving New Frontiers for Ion-Beam Technology An Imprinter that Combines Electron and Ion Beams Opens the Way for Wider Applications Laser Wakefield Acceleration: Channeling the Best Beams Ever FIRST STAGE OF SPALLATION NEUTRON SOURCE COMPLETED World Record Magnet 300,000 Times Strength of Earth's Magnetic Field Fabricating Semiconductors With Ion Beam Technology and Dot-Matrix Lithography Preventing Flashover in a Half-Million-Volt Electron Gun Berkeley Lab Front-End Readied for Spallation Neutron Source Powering Communication Satellites from the Ground Finer Copper Wires for Faster Integrated Circuits First Beam of Positrons Stored in B-Factory's Low Energy Ring Berkeley Lab to Build Linear Induction Accelerator for DARHT Research at Advanced Light Source Promises Improved Solar Cell Efficiency New Process Coats Computer Hard Drives With Diamond Armor Fusion: The Intertial Confinement Strategy World's Strongest Dipole Magnet May Extend the Reach of Particle Physics Scientists Generate First Directed Beams of Femtosecond X-rays Invention Could Reduce Flat Panel Display Manufacturing Costs Accelerator for Boron Neutron Capture Therapy Proposed by Lab Boron Neutron Capture Therapy As Possible Treatment for Glioblastoma Multiforme, Cancer of the Brain Berkeley Lab Part of Collaboration to Build Spallation Neutron Source Accelerators: The Next Generation Creating Beams for a Spectrum of New Research Opportunities: The Center for Beam Physics Center for Beam Physics Feedback System Using Accelerator Technology To Produce Fusion: The Heavy Ion Fusion Accelerator Program Inertial Confinement Fusion Proposal Magnet Community Honors Klaus Halbach Bevalac Had 40-Year Record of Historic Discoveries Bevatron Shut Down in Nostalgic February 1993 Ceremony Bill Brobeck, Designer of Lab's Historic Particle Accelerators, Dies