Laser 2000’s Post

#TechThrowbackThursday 🔙💡 Did you know that on May 16, 1960, Physicist Theodore Maiman made history by creating the first laser light, using a synthetic-ruby crystal device. While Maiman wasn't the first to theorise about lasers or to apply for patents, he was the first in making an operational laser device. This initial invention didn't produce the continuous beam we're now familiar but rather a pulse. However, this amazing achievement laid the groundwork for other researchers to develop the first continuous laser beam shortly after. Today, it's hard to imagine our world without lasers. This technology is used in healthcare, for surgeries and eye treatments, in the entertainment industry, creating spectacular light shows and in technology and manufacturing, where lasers are pivotal for cutting materials with astonishing precision. In telecommunications they are used for transmitting data over vast distances, and in everyday gadgets like barcode scanners and printers. At Jalapeño, we're inspired by such achievements. The journey of laser technology from its beginning to its presence today reminds us of all the endless possibilities when we embrace innovation. ☀️ If you're looking to upgrade your old tech, Jalapeño are here to guide you. Our team will work with you to find the best solutions tailored to your business needs, ensuring you leverage the latest advancements to stay competitive. 🌟 #Innovation #Technology #LaserTech #BusinessSolutions

Exploring Nd YAG Laser Rod Setup in Reflective Cavity Experiment. Excited to share my latest experiment featuring the Nd YAG laser rod setup in a reflective cavity. By carefully optimizing the cavity design and aligning the components with precision, we achieved remarkable results in laser performance and efficiency. Stay tuned for more updates on our research in laser technology! #NdYAG #LaserExperiment #ReflectiveCavity #Research #LaserTechnology.

When your shipping company decides to use your package as a wrecking ball and delivers the world’s most sophisticated and highest power medical sensor lasers all smashed to hell at your clients doorstep yesterday in London!!! Bill Plano, Grant Varnau, and Lich Vo work the weekend to mill, assemble, and test new replacement parts for me to hand carry on tomorrow’s overnight London flight to have at opening of business Monday morning to meet customer commitments. We are not done yet, but I could not be prouder of our team. Thank you guys!! I’m believing these specific sensing lasers are going to help clients achieve quantum leaps in the development of cost effective hand held medical instruments. Our nano sized, fixed wave length, single spatial mode, coherent lasers continue to replace lasers that require hundreds of thousands of dollars of investment with longer lasting maintensce free devices that we can build at scale and volume right here in Texas. We’re passionate about photonics and about customer success. Our clients really are changing the world of life/medical sciences. Not saying we don’t love other industry segments too! Ooops!😁 Here’s Lich performing the fifth of six specific sets of tests this particular product will go through before it goes to the customer. What’s scary, is I’m the guy trusted to deliver it. Love my Photodigm Team! Don’t ask for tracking info! Cheers. #Photodigm #Photonics #DBR #Isobragg

#TechThrowbackThursday 🔙💡 Did you know that on May 16, 1960, Physicist Theodore Maiman made history by creating the first laser light, using a synthetic-ruby crystal device. While Maiman wasn't the first to theorise about lasers or to apply for patents, he was the first in making an operational laser device. This initial invention didn't produce the continuous beam we're now familiar but rather a pulse. However, this amazing achievement laid the groundwork for other researchers to develop the first continuous laser beam shortly after. Today, it's hard to imagine our world without lasers. This technology is used in healthcare, for surgeries and eye treatments, in the entertainment industry, creating spectacular light shows and in technology and manufacturing, where lasers are pivotal for cutting materials with astonishing precision. In telecommunications they are used for transmitting data over vast distances, and in everyday gadgets like barcode scanners and printers. At Jalapeño, we're inspired by such achievements. The journey of laser technology from its beginning to its presence today reminds us of all the endless possibilities when we embrace innovation. If you're looking to upgrade your old tech, Jalapeño are here to guide you. We understand the importance of staying ahead in today's fast-paced technological environment. Our team will work with you to find the best solutions tailored to your business needs, ensuring you leverage the latest advancements to stay competitive. ☀️ #Innovation #Technology #LaserTech #BusinessSolutions

World Laser Day celebrates the invention and significance of lasers in various fields, including medicine, technology, and science. It's a day to recognize the impact of laser technology on our daily lives and to appreciate the innovations it has brought to the world. Let's celebrate the light that lasers have brought into our lives and the endless possibilities they continue to offer! 🌟💖 #asklaser #WorldLaserDay #LaserInvention #LaserSignificance #LaserTechnology #LaserInnovation #LaserImpact #LaserMedicine #LaserTech #LaserScience #LaserInnovations #LaserAppreciation #LaserLight #LaserLife #LaserPossibilities #LaserAdvancements #LaserRevolution #LaserDiscoveries #LaserApplications #LaserBenefits #laserprogress

++TRADE SHOW+++ 🔬 Join us at analytica in #Munich next week (April 9-12), you will find us at booth A3.407. Here's a glimpse of what awaits: 🔹 #MEMS Scanners: Explore vectorscanner, #microscanner, and beyond. 🔹 Near-infrared spectroscopy (#NIR): Discover non-destructive optical material testing. 🔹 Ion-sensitive field-effect transistor (#ISFET): Dive into detecting ion concentrations in aqueous solutions. 🔹 Silicon nitride-based photonic #biosensors: Experience rapid and accurate molecular analysis for point-of-care applications. 👩💼 👨💼 For you on-site: Michael Scholles, Jan Grahmann, Julia Osten, Olaf R. Hild, Thomas Stoppe, Florenta Costache, Alexander Graf Don't miss out on this opportunity to witness innovation firsthand! 🌐 See you there or check out our technologies online: https://lnkd.in/e5jF4wB8 #Analytica #Innovation #MunichTechExpo #ResearchAnalytics #AnalyticalInsights

This paper present an active sensing array for microwave imaging of the breast in the frequency range from 3 GHz to 8 GHz. This array is composed of printed slot antennas integrated with #low-#noise #amplifiers (#LNAs). The proposed active array is designed to interface with an array of mixer chips to provide an electronically scanned sensing array with #intermediate #frequency (#IF) switching, thus overcoming the limitations of the current RF-switched arrays employed in tissue imaging. The IF-switched architecture allows for the multiplexing of 16×16 (256) IF sensing ports. The performance of the active sensor array is verified by both simulation and measurement. ---- Nooshin Valizade Shahmirzadi, Jimmy Nguyen, Romina Kazemivala, Ph.D., E.I.T, Natalia Nikolova, Chih-Hung Chen More details can be found at this link: https://lnkd.in/eGXZdTRs

APPLIED IMAGE Founded in 1978 in Rochester, NY, APPLIED IMAGE has established itself as a trusted provider of high-quality image analysis, optics, and photonics products across various industries. With decades of expertise, the company offers an extensive range of standard and custom precision-imaged products, setting the benchmark for quality and innovation. 🔸 Product Highlights 🔸: 💠 Test Targets and Charts 💠 Stage and Image Analysis Micrometers 💠 Barcode Standards 💠 Sinewave and Squarewave Patterns 💠 Grey Scales and Step Tablets 💠 Color Transmission and Reflectance Standards 💠 Photomasks 💠 Calibration Services APPLIED IMAGE combines design, manufacturing, and finishing expertise to deliver products that meet the highest industry standards. Whether you're looking for off-the-shelf solutions or customized precision products, APPLIED IMAGE is the go-to partner for quality and reliability. Explore their offerings and learn how APPLIED IMAGE can support your optical and photonics needs: https://lnkd.in/e_dugzdV #Optics #Photonics #ImageAnalysis #Calibration #PrecisionImaging #APPLIEDIMAGE #CustomSolutions

Dive into our latest "Biomaterials Research Report" 🧪✨ Discover how the Monet Laser Curing Light from AMD Lasers, Inc. revolutionizes composite curing with laser diode technology. Say goodbye to energy loss and extended curing times. Read the full evaluation to enhance your practice with evidence-based insights. Tap the link to learn more: https://ow.ly/8jmS50RPoZo #DentalAdvisor #MonetLaserCuringLight #CompositeCuring #DentalResearch

🔬 Introducing the ZEISS Axiolab 5 for Materials – Revolutionizing Routine Materialography! 🌟 👓 Superior Optics and Smart Documentation: Discover the power of the ZEISS Axiolab 5, the ultimate solution for high-performance routine materialography. With advanced digital documentation capabilities, this microscope streamlines data management and boosts efficiency in materials analysis. 🔍 Exceptional Image Quality: Dive into the details with exceptional image clarity and precision, allowing for thorough examination of a wide range of materials. Perfect for both research and quality control. 💡 Economic and Efficient: The Axiolab 5 offers outstanding performance while being a cost-effective choice for professionals in materials science. Get reliable results without breaking the bank. 📞 Enhance Your Material Analysis Today! Contact the experts at Nuhsbaum to order your ZEISS Axiolab 5 and take your research to the next level. 🔗 Contact Nuhsbaum https://buff.ly/4bm5kqr #MaterialScience #ZEISSMicroscopy #Nuhsbaum #QualityControl #ResearchInnovation