News and Press Releases

July 8, 2025

Why Should You Use The 3-Color Gain-Switched Picosecond Laser Prima

Turning Vision into Results

A recent study by researchers at Mitsubishi Electric Research Laboratories (MERL) shows that it can. Using a technique called Doppler Single-Photon Lidar (SPL), they were able to simultaneously estimate distance and radial velocity with remarkable precision. Their setup worked even at high frame rates and in extremely low signal conditions, opening up new possibilities for motion-aware 3D imaging.

Behind this success was a careful choice of hardware. The team needed a laser source that could meet both the precision requirements and the flexibility needed for demanding SPL experiments. That's why they chose Prima.

Joshua Rapp, Principal Research Scientist at Mitsubishi Electric Research Laboratories and one of the authors of the recent study on Doppler single-photon lidar says:

 "We originally chose the Prima laser because it had one of the highest repetition rates for pulsed lasers that we could find."

Read more about the customer review about choosing the 3-color gain-switched picosecond laser Prima >

June 5, 2025

Boost Your TCSPC and Time Tagging Workflow with the Free DAQ Software UniHarp

Free Universal Data Acquisition Software

Advance your experiments in quantum optics, life sciences, and materials sciences with UniHarp – our free universal data acquisition software. Featuring real-time control, sleek visualization, and support for advanced analyses like g², FCS, time traces, and histograms, UniHarp offers precision and ease across all of our time-tagging devices. Streamline your workflow and focus on what matters: your results.

Supported Time Tagging and TCSPC Units (Selection):

• High-resolution multichannel event timer & TCSPC unit HydraHarp 500
• Precise and versatile event timer & TCSPC unit PicoHarp 330
• Scalable multichannel event timer & TCSPC unit MultiHarp 160

Learn more about DAQ Software UniHarp >

May 20, 2025

Which Tools Do You Need to Study TMDs?

Systems for TMD Research

TMDs exhibit fascinating photophysical behavior, including strong excitonic effects, layer-dependent band structures, and spin–valley coupling. These make them highly relevant for research in optoelectronics, valleytronics, and quantum photonics.

To fully understand how excitons, trions, and defects behave in these atomically thin materials, precise time-resolved optical characterization is essential.

Here’s how our systems fit into typical TMD research applications:

• MicroTime 100 (BXFM body) > Spatially resolved TRPL / FLIM
• MicroTime 100 (BXFM body) > Single-spot lifetime measurements
• MicroTime 100 (BXFM body) > Thin-film characterization
• MicroTime 100 (BXFM body) + FluoTime 300 > Micro-PL on local features or flakes

If you are working in a microscopy lab, the compact upright photoluminescence microscope MicroTime 100 is usually the most comprehensive tool for spatially and time-resolved studies on monolayers, flakes, or heterostructures.

> Contact our experts for your individual set up and quotes

May 6, 2025

Upcoming webinar: Designer van der Waals materials for quantum optical emission

Join our webinar with Prof. Shengxi Huang

Join us on 9 July 2025 at 5 p.m. CEST for a live webinar with Prof. Shengxi Huang (Rice University, Houston), highlighting cutting-edge research on 2D transition-metal dichalcogenides (TMDs) and their role in quantum optical emission. Discover how reflection and time-resolved photoluminescence (TRPL) imaging with MicroTime 100 microscope and FluoTime 300 spectrometer reveal key optical properties of van der Waals materials for next-gen photonic applications.

Register here for free >

April 16, 2025

New Application Note: Metabolic Imaging with Label-Free FLIM

Empowering bioimaging core facilities with our Single Photon Counting Microscope Luminosa

Discover how our Single Photon Counting Microscope Luminosa is transforming bioimaging core facilities with its fully integrated, label-free FLIM capabilities. In collaboration with Prof. Marco Fritzsche and his team at the Oxford-ZEISS Centre of Excellence, we demonstrate how Luminosa streamlines autofluorescence-based metabolic imaging of tissue samples. By combining imaging, control, and lifetime analysis in one platform, Luminosa eliminates the need for complex workflows and custom pipelines. Our latest Application Note highlights how this solution enables fast onboarding, reliable data, and reproducible results — from acquisition to analysis. Label-free FLIM has never been this practical or powerful.

Download Application Note >