PicoQuant

Interested to learn more about your materials? Meet me at the green PicoQuant booth! Nanoge Conferences #MATSUS26Fall #MATSUS26Day1 #MATSUS26

Thinking about a new time tagger? Explore new measurement possibilities with HydraHarp 500 and PicoHarp 330 - precise, flexible time tagging and TCSPC for your research. 🔹 HydraHarp 500: Multichannel timing for demanding photon-correlation and quantum optics experiments. 🔹 PicoHarp 330: Versatile time tagging with up to 4 detector channels plus a sync input. 🔹 UniHarp and snAPI: Interactive acquisition and visualization, plus Python control and automation. Our Year-End Trade-In Offer gives you up to 20 % off the list price of selected PicoQuant hardware when you return a comparable device. Equipment from other manufacturers can qualify. Even if it no longer works. 👉 https://lnkd.in/dP4KESEM

At Perovskite Connect today with Henry, representing PicoQuant! I'm here to learn as much as possible about the latest developments in perovskite solar cells, especially the challenges of moving from research to industrial production and how characterization techniques can help along the way. Looking forward to interesting discussions, exchanging ideas, and meeting people working in the field! #PerovskiteConnect #Perovskites #SolarCells #PicoQuant #TRPL #Photoluminescence

Meet Solira at MRS Fall and join our free TRPL masterclass! How far can charge carriers travel before they recombine? Which processes limit your material’s performance? Join Dr. Emilio Gutierrez-Partida to explore how steady-state and time-resolved photoluminescence help investigate carrier diffusion, mobility, and radiative versus non-radiative recombination. Bring your research questions and exchange ideas with other scientists. No prior experience with photoluminescence measurements is needed. 📅 December 1 or 2, 2026, during the afternoon coffee break 📍 PicoQuant booth 709, MRS Fall, Boston We’re also celebrating the official U.S. launch of Solira. at the MRS Fall! Discover how our flexible TRPL microscope connects spatial, temporal, and spectral information to reveal local variations in your materials. Explore Solira https://lnkd.in/d9DENCm9 Register for the free masterclass: https://lnkd.in/dPdJFF22

🔬 What does fluorescence really tell us about molecular structure? Fluorescence experiments give us valuable insights into biomolecular interactions and dynamics. But turning photon signals into reliable structural information is far from straightforward. A recent review by Thomas-Otavio Peulen et al. explores why the behavior of fluorescent dyes matters, how molecular models help interpret measurements, and why combining complementary observables can make a difference. In our latest newsletter, we take a closer look at these insights and the role of methods such as FRET, FCS, fluorescence lifetime measurements, and anisotropy in quantitative fluorescence research. 👇 Read the newsletter to explore how we can move from photons to molecular structures. #Fluorescence #SingleMolecule #FRET #FCS #Biophysics

🔬 What happens to individual molecules inside biomolecular condensates? We can see condensates under the microscope. But what about the molecules inside them? How do they move, change their conformation, or interact with their environment? A recent review by Ben Schuler et al. highlights how single-molecule fluorescence spectroscopy helps answer these questions. In our latest newsletter, we explore how complementary techniques such as #smFRET, #FCS, #fluorescence lifetime measurements, and #anisotropy provide insights into molecular structure, concentration, and dynamics across different spatial and temporal scales. 👇 Read the newsletter to discover what single-molecule measurements can reveal about the inner workings of biomolecular condensates. #SingleMoleculeSpectroscopy University of Zurich