Modelocked diode laser

The MLD-2000 modelocked diode laser produces 100-pJ pulses at 830 nm, with pulse widths from 700 fs to 100 ps. The user can select from eight discrete repetition rates from 10 kH¥to 300 MHz. System operation is from 110-V line power.

Apr 1st, 1995

The MLD-2000 modelocked diode laser produces 100-pJ pulses at 830 nm, with pulse widths from 700 fs to 100 ps. The user can select from eight discrete repetition rates from 10 kH¥to 300 MHz. System operation is from 110-V line power.

Electro-optic pulse generators

More in Lasers & Sources
Quantum states of a photon have been teleported (transferred by entanglement) into a diamond, improving the viability of quantum repeaters and distributed quantum computers.
Lasers & Sources
Yokohama researchers teleport quantum information into a diamond
Gail Overton
Jul 9th, 2019
Corning is using ultrafast lasers for glass cutting to enable processes not possible with scribe and break machining equipment.
Lasers & Sources
Corning using ultrafast laser nanoPerforation process for 3D glass cutting
Gail Overton
Jul 4th, 2019
Laser Photonics' 2000 W handheld laser cleaner removes rust from a surface.
Lasers & Sources
Handheld 2000 W laser cleaner removes corrosion, paint, other contamination
John Wallace
Jul 3rd, 2019
The main component of the cathodoluminescent lamp from Russian researchers includes the cathode modulator unit (1), cathode (2), modulator (3), emitted electrons (4), phosphor (5), aluminum mirror serving as anode (6), anode output (7), and glass vacuum tube (8).
Lasers & Sources
Cathodoluminescent lamps rival LEDs without using rare earths
Gail Overton
Jun 30th, 2019
A diagram shows NIST’s ion trap used for reversible “quantum squeezing” to amplify and measure ion motion. The ion (white ball) is confined 30 microns above the trap surface by voltages applied to the eight gold electrodes and the two red electrodes. Squeezing--that reduces the uncertainty of motion measurements--is achieved by applying a specific signal to the red electrodes. The ion is moved by applying another type of signal to one of the gold electrodes. Then the squeezing is reversed, and the blue electrodes generate magnetic fields used to decode the amplified motion measurements.
Lasers & Sources
NIST quantum squeezing and amplification technique advances quantum computing
Gail Overton
Jun 25th, 2019
Danke 720
Commentary
An era ends
Andreas Thoss
Jun 24th, 2019
Sld Blue Module (1)
Lasers & Sources
Blue laser module technology from SLD Laser debuts
Laser Focus World Editors
Jun 24th, 2019
Laser-based frequency combs are being used to both generate and receive radio frequency (RF) signals.
Lasers & Sources
Frequency combs trick a laser into producing/receiving an RF signal
Gail Overton
Jun 21st, 2019
Illustrative drawing of optical tweezer.
Lasers & Sources
New type of optical tweezers reduces laser intensity at focus by up to 100 times
John Wallace
Jun 20th, 2019
SUNY Poly professor Satyavolu Papa Rao (shown) and colleague Nathaniel Cady were awarded $900,00 from AFRL to advance quantum computing.
Optics
AFRL awards SUNY Poly $900K to advance quantum computing
Gail Overton
Jun 13th, 2019