PicoQuant

Congratulations to Ashish Joshi for winning the ⁦@PicoQuant⁩ sponsored student award! 🙌

Meet our experts at at booths 8511 (BiOS) and 3511 (Photonics West) #PhotonicsWest #PhotonCounting #Photonics #QuantumCommunication

🚀 Pushing the Boundaries of Confocal FLIM Microscopywith Luminosa! 🔬 Fluorescence lifetime imaging (FLIM) has never been more precise, intuitive, or powerful. With Luminosa, we’re pushing the boundaries of confocal microscopy: ✨ Advanced Analysis: NovaFLIM software offers intuitive workflows and tools like phasor plots and multi-exponential fitting – making complex data analysis seamless. ✨ Enhanced Imaging: Combine Image Scanning Microscopy (ISM) with FLIM for improved resolution and species separation, all without changing your protocols or dyes. ✨ Consistent Results: Automated optimizations ensure precision and reliability in every experiment. ➡️Discover how Luminosa is shaping the future of FLIM. Watch the full talk here: youtube.com/watch?v=eDhceL…🚀 ➡️Learn more about our confocal microscope Luminosa picoquant.com/products/categ… #FLIM #Microscopy #Innovation #SinglePhotonCounting #Biophysics

🚀 Excited about the latest upgrade in live-cell imaging technology! Our single photon counting microscope Luminosa now features a high-precision stage top incubator by Tokai Hit. This add-on ensures optimal control of temperature, CO2, and humidity, making it perfect for long-term live-cell experiments. Whether you're studying dynamic cellular processes or environmental sensing with FLIM, this setup offers the stability and precision needed for high-quality, real-time imaging. ➡️Discover more about how this innovative solution can enhance your research: picoquant.com/products/categ… ➡️Do you have any questions about Luminosa? Reach out to our team today! picoquant.com/contact

The Power of Internal Clock Sources in Quantum Research 🕰️ In the world of quantum optics and photon counting, precision is everything. That’s why having a very high precision internal clock source in your time-tagging electronics, like the PicoHarp 330, is a game-changer for researchers. 🔍 Why It Matters: An internal clock ensures precise time-stamping of photon events without needing external synchronization. This simplifies setups, reduces error risks, and guarantees stable, reproducible results. 🎯 Key Benefits for Researchers: - High Precision: Essential for g(2) correlation, photon antibunching, entanglement studies, and other temporal-resolved measurements - Simplified Setup: No external timing hardware required. - Versatility & Stability: Works seamlessly alone or with external devices for synchronized measurements. With the PicoHarp 330, you get low jitter, high resolution, and a very high precision internal clock source, which are indispensable for advancing quantum emitter characterization. ➡️ Want to boost your experimental accuracy? Let’s talk! picoquant.com/products/categ…

🎓 NEW Student Award in Biological Fluorescence Are you an M.S. or Ph.D student or recently obtained your Ph.D. degree conducting outstanding research in biological fluorescence? Showcase your work and gain recognition! @PicoQuant 🗓 Deadline: January 15, 2025

Looking to expand the application areas of your #bioimaging core facility? #Luminosa, our FLIM-optimized confocal #fluorescence #microscope, empowers researchers with user-friendly design and advanced features for dynamic imaging. Prof. Marco Fritzsche (@FritzscheLab) from the Oxford-ZEISS Centre of Excellence (@OxZCoE @UniofOxford), shares how Luminosa advanced their groundbreaking research. 👉 Download the reference story: picoquant.com/images/uploads…

☀️ Advanced Photoluminescence for Solar Research The FluoTime 300 enables detailed, time-resolved photoluminescence analysis to study charge carrier dynamics and recombination in solar cell materials. Its modular design supports flexible configurations, providing critical insights into efficiency and stability. This versatile spectrometer is ideal for advancing photovoltaic research, offering adaptability to meet diverse experimental requirements. ➡️ Check out the FluoTime 300: picoquant.com/products/categ… #SOLAR #Research

🚀 Exciting Update for Researchers: Expand Your Capabilities with Luminosa! 🔬 Introducing the Exit Port add-on for our Luminosa microscope – unlocking new possibilities for detection and integration: 🔹 Seamlessly connect to external detectors, spectrographs & advanced tools 🔹 Enjoy ultimate flexibility with fiber or free-space coupling 🔹 Create custom workflows, working in harmony with internal detectors ✨ Imagine: ✅ Single-molecule sensitivity with a CCD camera ✅ Tunable imaging with FlexWave filters ✅ Enhanced detection with a superconducting nanowire Explore the possibilities picoquant.com/products/categ… Meet us at #CellBio2024, booth 241 in San Diego! 🌟 #Microscopy #ResearchInnovation #PhotonDetection

Maximize Precision with PicoHarp 330’s On-Board Event Filters In quantum optics, every photon counts—literally! The PicoHarp 330 features multifunctional on-board event filters that take your TCSPC experiments to the next level. 🔍 What do these filters do? They enable real-time data filtering, discarding irrelevant events and reducing noise before the data is stored. 🎯 Key Benefits for Researchers: - Cleaner Data: Focus on only relevant events. - Higher Throughput: Filter out unnecessary data to prevent bottlenecks even in demanding experiments which require high data rates. - Time Efficiency: Minimize post-processing and storage needs. Whether you’re studying photon correlations or entanglement, these filters ensure precision and efficiency, helping you get reliable results faster. ➡️ Visit our website to learn more: picoquant.com/products/categ… ➡️ Contact our sales team for a quote: picoquant.com/contact

Second week of #TtT_FLIM_Phasors2024 has started with a demo session of #Luminosa from @PicoQuant Thanks @e_sisamakis for sharing all the capabilities on the new Luminosa microscope for #FLIM #FRET and #Phasors

Tunable Wavelength Unit for Microscopy FlexWave is a high-sensitivity fluorescence module for confocal and widefield microscopes, offering >80% transmission (400–1000 nm) for peak sensitivity and high temporal resolution without pulse broadening. It enables precise photoluminescence and lifetime imaging, supporting detailed analysis of material properties and dynamics for advanced material characterization. ➡️ More about FlexWave: picoquant.com/products/categ…

🚀 Unlock new potential in metabolic imaging with our Luminosa Our system now features a compact fiber femtosecond laser by TOPTICA for precision FLIM of NAD(H)—a game-changer for studying cellular metabolism. 🔬 Key Benefits: ✅ Track NAD(H) to identify metabolic states ✅ Customizable setups with external detectors ✅ Seamlessly integrates into workflows 👉 Learn more: picoquant.com/products/categ… 📩 Questions? Contact us: picoquant.com/contact 📍 See us at Cell Bio 2024, Booth 241 in San Diego! 🌟 #MetabolicImaging #FLIM #Biophysics

Enhance Your Nanomaterials Research with Our Tools and Expertise Unlock the full potential of nanomaterials like NaYF4/Er upconversion nanoparticles, carbon dots, and 2D TMDs with our state-of-the-art TRPL tools: 💡FluoTime 300 Spectrometer: Designed for precise time-resolved studies of photoluminescence in nanomaterials. Ideal for applications requiring high sensitivity and flexibility: picoquant.com/products/categ… 💡Micro-Photoluminescence Upgrade: Add spatial resolved photoluminescence capabilities, enabling microscopic-scale analysis of luminescent properties in materials: picoquant.com/products/categ… 💡EasyTau 2: Intuitive software for fluorescence lifetime data analysis, providing user-friendly control over experimental parameters and results: picoquant.com/products/categ… 💡FluoMic: A compact, upright widefield photoluminescence microscope, perfect for time-resolved imaging in materials science: picoquant.com/products/categ… 💡MicroTime 100: An upright fluorescence microscope optimized for time-resolved studies of fluorescence decay at the single-molecule level: picoquant.com/products/categ… Our dedicated team of scientists provides personalized guidance to optimize your measurements. Contact us today for a personalized quote picoquant.com/contact #researchers #material

🔬 Discover advanced TRPL tools at #MRSFall2024! We’re showcasing innovative solutions that link atomic structure to macroscopic behavior, using steady-state & time-resolved spectroscopy. Tailor your research with flexible fluorescence microscopes & spectrometers for multidimensional insights. 📍 Meet us in Boston: #13580" target="_blank" rel="nofollow noopener">picoquant.com/events/exhibit… 🔗 Explore our solutions: picoquant.com/applications/c… #MaterialsScience #Innovation #Spectroscopy

🚀 Advanced Nanomaterials: Redefining Materials Science 🧪 From NaYF4/Er upconversion nanoparticles to 2D TMDs, cutting-edge research is transforming energy transfer & luminescence dynamics. 🔬 Why Choose Our TRPL Tools? ✓ High sensitivity for subtle processes ✓ Real-time luminescence monitoring ✓ Broad spectral & temporal range ✓ Modular for diverse needs 💡 Let’s unlock nanotechnology's potential together! picoquant.com/applications/c… 👉 Join us at MRS Fall #13580" target="_blank" rel="nofollow noopener">picoquant.com/events/exhibit… #Nanotechnology #MaterialsScience #Photoluminescence

PicoQuant donates 3000 EUR to Familienhörbuch 🎙️💝 The project preserves the voices and stories of terminally ill parents, leaving their children a lasting legacy. Proud to support this and other amazing initiatives in our annual #charity program. More: familienhoerbuch.de

@Da_Vinc08 @iitbombay Congratulations. Well done!

Grateful to have been part of the FCS XV/OWLS 17 conference at @iitbombay from 16-21 November, 2024, where I was honored with a fellowship sponsored by @PicoQuant for the BEST POSTER! Honoured to be the first recipient of the fellowship sponsered by @PicoQuant.

Congratulations to @Da_Vinc08 for receiving the PicoQuant Fellowship Award at FCS XV held at @iitbombay last week. Proud to foster the next generation of scientists.