Brief Reflections from a Plasma Mirror

Plasmas consisting of relativistic electrons are used to generate highly intense attosecond laser pulses

New: USP Lasers Offer Higher Pulse Energy and Higher Repetition Rates

Coherent has significantly extended the performance of their Monaco series of industrial-grade femtosecond lasers by increasing their adjustable pulse repetition rate to a maximum of 50 MHz

A New Optical Fiber Electron Gun

Ultrabright electron sources to light up atomic motions in real time

Nobel Prize “for Ground­breaking Inven­tions in Laser Physics”

Tools made of light: optical tweezers and high-intensity, ultrashort optical pulses

New Method for Ultrafast Laser Pulses

The electro-optic modulation techniques can operate at much higher repetition rates than mode-locked lasers

Absolute Duration of the Photoelectric Effect

The photoemission from the tungsten conduction band can proceed faster than previously anticipated

Shaping Electron Bunches with Terahertz Light Pulses

Specifically-shaped electron pulses for materials studies in the femtosecond and attosecond range

New Insight into How Semiconductor Lasers Work

Coherent terahertz measurements of the ultrafast switch-on dynamics of the laser emission

New Class of Laser Materials

Doping alumina crystals with neodymium ions ultra-short, high-power laser pulses

Manz Enters Laser Glass Cutting for Medical

Picosecond laser thinly modifies the glass substrate to be processed along a line that is only two microns thick