High-Brightness Sources and Light-Driven Interactions Congress
March 22nd, 2022Tomorrow the High-Brightness Sources and Light-Driven Interactions Congress (23-25 March, 2022) starts in Budapest and we will be there.
Tomorrow the High-Brightness Sources and Light-Driven Interactions Congress (23-25 March, 2022) starts in Budapest and we will be there.
In late August 2021 we reported on studies on meteorites using nanoscale IR spectroscopy. Now the hard work of Van T.H. Phan, Rolando Rebois, Pierre Beck et al. at Uni Grenoble CNSR-INSU is published.
The latest version of our APE Calculator app is available on Google Play. Be sure to download or update it, and experience new insights that it offers. You can expect a QUICK + EASY access to commonly needed equations in ultrafast and nonlinear laser optics. Besides basic functions, we have developed and integrated new features based on user feedback, such as:
While many of you enjoyed interesting talks and discussions at Photonics West, some of us were at home and had a bit of fun with the pulseCheck NX. We joked around in the lab with one of our software engineers trying pushing our motto to the limit: At the pulse of light! They were able to measure the pulse duration of our laser using their smartwatch and the new pulseCheck software. Stay tuned for updates in the near...
Come meet us at BIOS and Photonics West in San Francisco, CA, United States this weekend! Experience the latest products from APE: • Revealing new light source for our new Dual Color SRS microscopy: The deltaEmerald • pulseCheck 50 NX -The newest generation autocorrelator for easy and accurate characterization of ultrashort laser pulses. • and other novelties from Berlin Get the latest business insights on photonics industry or share your feedback with us in person. In...
The Mosaic team at Institut Fresnel (Sandro Heuke, Herve Rigneault and others) together with APE published a paper about DC- SRS imaging with a new, shot noise limited light source setup. It shows the capability for stimulated Raman histology as well as for background free imaging of deuterated samples. The work was done in collaboration with LightCore Technologies and the AP-HM hospital of Marseille. Check out the open access publication here Stay tuned for Photonics West in January to learn more.
using Angle-Resolved Photo-Emission Spectroscopy (ARPES) with our light source (80 MHz, 6.5 eV energy, < 1 meV bandwidth), Gerd Schönhense et al. recently demonstrated a new method for enabling time-of-flight photoelectron momentum microscopy for high-repetition rate light sources. The novel technique is based on the use of a photoelectron bandpass pre-filter. This enables momentum microscopy with 4.2 meV energy resolutions and analyzed region-of-interest of < 800 nm.
On 9 November 1992, APE Angewandte Physik & Elektronik GmbH was founded. What started as a small adventure is now a well-known expert in the world of ultrafast laser pulses. Thanks to the trust of its customers and the drive for innovations, the company has expanded its product portfolio, and worked tirelessly to improve their functionality and design. One thing is certain, it would not have been possible without the hearth and dedication of each of the APE employees. We have come a long way, and...
Another day in the field for our product developer Matthias Baudisch. During Mittweidaer Lasertagung next week, he has the opportunity to present one of our recent innovations on Autocorrelation. The Laserinstitut Hochschule Mittweida is hosting this conference for the 12th time with the focus on strengthen the connection between laser industry and research institutions. Our new product, the pulseCheck SM Type 2, is an easy to use and advanced tool for high-dynamic range pulse-contrast measurements of high-repetition rate, sub-µJ energy pulses....
This is what we saw yesterday above the APE factory, it was truly a beautiful day of Photonics. It shows us that even nature likes what we are doing at APE ;)
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