Congratulations to Dr. Sterling Backus on being awarded the SPIE 2018 Harold E. Edgerton Award!!!!!!!! The Harold E. Edgerton Award is presented annually for outstanding contributions to optical or photonic techniques in the application and understanding of high speed physical phenomena. The development of new technologies and the new application of existing technologies shall be… Read more »
KMLabs’ Chief Scientist, Dr. Sterling Backus, has been mentioned in the July issue of Nature Photonics. The article LASERS: Diode-pump fix highlights research presented in Opt. Express 25, 12469–12477 (2017). The work demonstrates a breakthrough reduction of pump-induced loss in a direct diode-pumped Ti:sapphire oscillator by using a single pump diode and an innovative focusing geometry. The result… Read more »
Researchers have used a KMLabs Red DragonTM ti:sapphire amplifier to demonstrate a novel measurement of an electron wave packet in neon atoms. Professor Hiromichi Niikura at Waseda Unversity and his colleagues applied the Red DragonTM system to drive high-harmonic generation using both the fundamental 800 nm and the 2nd harmonic at 400nm. This two-color-driven… Read more »
KMLabs’ work on direct diode pumped Ti:sapphire (DDPTS) lasers has been highlighted in the June issue of Laser Focus World: Enhancing ultrafast: Direct diode-pumped Ti:sapphire systems By: Sterling Backus, Henry C. Kapteyn, Matt Kirchner and Margaret M. Murnane Related Products
Direct diode-pumped Kerr Lens 13 fs Ti:sapphire ultrafast oscillator using a single blue laser diode Sterling Backus, Matt Kirchner, Charles Durfee, Margaret Murnane, and Henry Kapteyn Abstract We demonstrate a direct diode-pumped Kerr Lens Modelocked Ti:sapphire laser producing 13 fs pulses with 1.85 nJ energy at 78 MHz (145 mW) using a single laser diode… Read more »
KMLabs’s latest product builds – quite literally – on its successful high-performance Y-Fi product line that delivers the shortest, cleanest, multi-µJ fiber laser pulses. By incorporating a bulk white-light-seeded optical parametric amplifier (OPA) as a second layer on top of the small briefcase-size (30×40 cm) turn-key Y-Fi™ platform, KMLabs Y-Fi OPA™ provides infrared laser pulses, tunable from… Read more »
Over ~>90% of ultrafast science research and development is done with using ultrafast Ti:sapphire lasers, a technology developed nearly 20 years ago. The great advantages of Ti:sapphire lasers are that they are broadly tunable, can achieve very high power with good efficiency and excellent beam quality, while easily producing the shortest pulse durations of <10fs…. Read more »
In recent work published in Nature Photonics, Dennis Gardner and colleagues from the Murnane/Kapteyn group at JILA used the KMLabs XUUS4TM as a light source to achieve the 1st sub-wavelength EUV imaging for any light source, small or large. They also demonstrated coherent imaging of near-periodic samples with record 12.6 nm spatial resolution, at the technologically significant wavelength of… Read more »
Margaret Murnane has been awarded the Optical Society of America’s highest award: the Frederic Ives Medal / Quinn Prize. Margaret is the first woman to receive this Medal in its nearly 90 year history. Congratulations Margaret! http://www.osa.org/en-us/awards_and_grants/awards/award_description/ives… Source: KML Site
In summer 2016, KMLabs moved to its new facility at 4775 Walnut St, Suite 102, Boulder, CO 80301. WIth >20,000 sf of space including >5,000 sf of contiguous cleanroom space for production and R&D, KMLabs is poised for growth.
KMLabs’ 4th generation EUV source, XUUS4, was named a finalist for a 2016 Prism Award. Source: KML Site
KMLabs is happy have new investors, Intel Capital, Colorado Impact Fund, and Kairos Ventures as partners. With series A funding totaling $7.2M, KMLabs is growing its profile, capabilities, and product line.