IFSW - Institut für Strahlwerkzeuge’s Post

I'm excited to announce that I've recently co-authored a paper on Single-molecule localization microscopy with Clément Cabriel, Christian Specht, and Ignacio Izeddin! Our paper, entitled "Event-based vision sensor for fast and dense single-molecule localization microscopy," has been published in Nature Photonics. In this paper, we explore the use of a new type of sensor called a neuromorphic camera, which operates based on event detection instead of traditional frame-based camera acquisition. This approach allows for significantly faster temporal resolution in acquiring and processing single-molecule localization microscopy (SMLM) data. We demonstrate the feasibility of using this event-based sensor for SMLM super-resolution imaging, showcasing its equivalent localization precision and affordability compared to traditional cameras. The paper also highlights the advantage of using event-based SMLM for densely populated single-molecule acquisitions. https://rdcu.be/dpQhX https://lnkd.in/edw5jgrm

Shining a Spotlight on Innovation! 💡 With just four days left until The Photonics100 launch, we're gearing up to shine a spotlight on innovation and excellence. These are the qualities that drive our industry forward. Stay tuned for the big reveal on October 09th! 🌌 #Photonics100 #Countdown #Innovation Register with Electro Optics now to be one of the first to view the list! https://bit.ly/3ET0HF5

Working in the terahertz (THz) range offers unique opportunities in various applications, including biomedical imaging, telecommunications, and advanced sensing systems. However, because of the unique properties of electromagnetic waves in the 0.1 to 10 THz range, it has proven difficult to develop high-performance components that showcase the true potential of THz technology. Even the design of basic and essential elements like filters and absorbers remains a substantial challenge.

Metasurfaces have opened the door to next-generation optical devices due to their ability to dramatically modulate electromagnetic waves at will using periodically arranged nanostructures. In this paper, researchers reviewed several representative LC-based metasurfaces, which can dynamically modulate wavefront or spectral features. Additionally, significant research has been conducted on novel optical platforms utilizing LC-based metasurfaces, such as AR/VR, encryption, and sensors. Full-length paper available at https://lnkd.in/gmXzg7TM Liquid crystal-integrated metasurfaces for an active photonic platform

SRI’s Celia Merzbacher is shaping the future of the quantum industry. Her congressional testimony this year highlighted gaps in the industry (like lasers, single-photon sources, detectors, and photonic integrated circuits) and recommended that addressing those gaps become a focus of the next phase of the National Quantum Initiative, the US’s national quantum program. Merzbacher recently made it on the Photonics100 for 2024, which celebrates people who are pushing the photonics industry forward as inventors, manufacturers, or end users of technology. View the Photonics100 2024 List: https://bit.ly/3UjOEWK #Photonics100

Photonics, light interaction with matter. Integrated devices, Lab-on-chip, light splitting and coupling, Multiplexing and Demultiplexing.

SENSOR TEST 2023: We want to highlight another innovative SENSOR TEST 2023 exhibitor news. Today with ESPROS Photonics AG: epc901 - Line imager A line imager is quite a simple device: Just a bunch of very small photo diodes lined up in a row. However, the beauty is that the number of photo diodes is very high, they are very narrow, and have no separation between each other. This is possible by the integration of the photo diodes on one silicon chip which allows the integration of more circuitry such as amplifiers or temperature sensors. The result is a very versatile device with many applications. Also, because of… Read more: https://lnkd.in/e9U_kZtB #sensortest #innovationdialog

#QuantumLeap: Hamamatsu's Strategic Acquisition of NKT Photonics Redefines High-Tech Markets Hamamatsu Corporation Photonics' €427m acquisition of NKT Photonics marks a pivotal moment in the quantum, semiconductor, and medical markets. This strategic move integrates Hamamatsu Photonics Europe’s advanced detectors and cameras with NKT’s high-performance lasers and fibres, promising significant advancements in quantum computing, semiconductor metrology, and bio-imaging. Strategic Impact: 🔬 Quantum Computing Synergy: Combining NKT’s Single-Frequency DFB Fiber Lasers with Hamamatsu’s high-sensitivity cameras enhances precision in quantum state detection, accelerating quantum technology advancements. 🔬 Semiconductor Market Expansion: The integration addresses the demand for high-precision measurement equipment, driving innovation and efficiency in semiconductor metrology. 🔬 Medical and Bio-Imaging Advancements: Coupling NKT’s pulsed lasers with Hamamatsu’s imaging technologies enhances precision in medical procedures and bio-imaging, leading to better patient outcomes. Innovation and Technological Advances: 📸 Supercontinuum White Light Lasers: Ideal for bio-imaging and semiconductor metrology, these lasers integrated with Hamamatsu’s tech push the boundaries of current capabilities. 📸 Koheras Lasers for Quantum Applications: Enhancing Hamamatsu’s offerings in the quantum market, providing accurate tools for next-gen quantum technologies. 📸 Hyperspectral Imaging: Combining NKT’s lasers with Hamamatsu’s sensors creates advanced imaging systems with superior performance. Investor Insights: 📈 Emerging Market Opportunities: Look for companies innovating in high-growth sectors like quantum computing and advanced photonics. 📈 Technological Leadership: Hamamatsu’s strategic acquisition positions it as a leader in the photonics industry, making it an attractive investment target. 📈 Long-term Growth Potential: The acquisition is expected to drive sustained revenue growth and market expansion. Hamamatsu and NKT are not just merging technologies; they are charting a course for the future of high-tech innovation. Stay tuned with Market Unwinded for more insights on transformative developments. Read More: https://lnkd.in/egC8TthJ #HamamatsuPhotonics #NKTPhotonics #QuantumComputing #SemiconductorMetrology #MedicalImaging #PhotonicsInnovation #MarketUnwinded #InvestmentOpportunities #HighTechMarkets