Ensure production excellence with robust quality control! Learn how scanning electron microscopes (SEMs) validate conversion coating quality. Detect defects, optimize analysis, and save time with the Phenom XL-G2 Desktop SEM. Enhance efficiency, reduce waste, and achieve superior results. #QualityControl #SEM https://ter.li/fwwjis
Accelerating Microscopy
Biotechnology
Waltham, Massachusetts 22,589 followers
Microscopy, microanalysis, and microfabrication news and updates from Thermo Fisher Scientific.
About us
We’re using electron microscopy to help scientists answer questions that enable breakthrough discoveries in #LifeSciences, #MaterialsScience and #semiconductor engineering. Thermo Fisher Scientific Inc. is the world leader in serving science. Our Mission is to enable our customers to make the world healthier, cleaner and safer. We help our customers improve patient diagnostics and therapies, solve complex analytical challenges, and increase laboratory productivity. jobs.thermofisher.com
- Website
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http://thermofisher.com/blog/microscopy/
External link for Accelerating Microscopy
- Industry
- Biotechnology
- Company size
- 10,001+ employees
- Headquarters
- Waltham, Massachusetts
- Specialties
- Microscopy, cryo electron microscopy, and cryo-em
Updates
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🔋 Can dry-coating produce a cobalt-free, high-performance battery? Absolutely! By reducing our reliance on cobalt, we address ethical concerns, enhance supply chain stability, and promote cost efficiency. Plus, it helps minimize the environmental impact of battery production. Our research together with scientists from the University of California, San Diego on LNMO cathode material showcases stable full cell operation and ultra-high loading using a dry electrode coating process. Join us in the transition towards sustainable and powerful batteries! Read more in the full paper: https://ter.li/l4k06q #BatteryInnovation #DryElectrodeCoating #CobaltFreeBatteries
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Discover a data integration platform for cryo-EM! Join us on June 11, 2024, as we introduce Thermo Scientific™ CryoFlow™ Software, our latest tool for optimizing cryo-electron microscopy workflows for single particle analysis and cryo-electron tomography (cryo-ET). In this webinar, you will learn how CryoFlow Software can help you: • Automatically monitor data collection • Quickly access and visualize results • Optimize data collection and processing • Securely share data for collaborative projects Register now: https://ter.li/65lmwq
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Embark on a journey of nanoscale discoveries with our complete workflow solution. Seamlessly integrating Transmission Electron Microscopy (TEM) and DualBeam FIB-SEM, we offer unparalleled capabilities for pristine imaging and analysis with benefits for your research, like: • Consistent, High-Quality Results: Reliable data transfer for reliable outcomes. • Automated Processes: Streamlined workflow for faster results. • Advanced Capabilities: Enhanced analysis for groundbreaking discoveries. Watch our inspiring video and download the ebook to learn more here: https://ter.li/yzj0c2
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Heading to the 35th SEMI Advanced Semiconductor Manufacturing Conference (ASMC2024)? Don’t miss our presentation “Innovative approaches for 3D metrology and defect analysis on advanced packaging structures” on Thermo Scientific Helios 5 PXL Plasma Wafer DualBeam. Session information: https://ter.li/xv4rwn
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Dr. Dan Steingart, Stanley-Thompson Professor of Chemical Metallurgy from Columbia University explores the necessity for abundant materials, such as sodium, carbon, and lithium, in #batteries and the challenges of environmentally friendly purification processes and processing the materials at a sustainable scale in our latest #CleanEnergy video series. Join the discussion below as we work together towards the future of #battery technologies. https://ter.li/xp8t2i
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Is there a way to better understand why solid-state batteries deteriorate? Fascinating research using advanced microscopy techniques reveals that transition metals, which have an important role in the cathode of these batteries, can dissolve and spread within the battery, causing degradation. This discovery helps us improve the design and performance of #SolidStateBatteries, bringing us closer to a #SustainableFuture. #BatteryResearch #EnergyStorage #MaterialsScience Read the study here: https://ter.li/2bmbbb
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Our latest blog showcases the power of Thermo Scientific Amira Software in visualizing and analyzing intricate brain structures of wrasses. 🧠🐟 Explore the unique pathways of #CognitiveDevelopment and #BrainEvolution. Read more: https://ter.li/kdcpyt
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Hear from Wendy Zhou, from Umicore in the latest interview in our #CleanEnergy series. Wendy dives into the complexity and limitations of #SupplyChains in #BatteryManufacturing, with a focus on #sustainability and circularity. Learn more: https://ter.li/ysh13b
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Gain valuable insights into the world of #BatteryResearch and #BatteryCharacterization in our latest blog, featuring Senior Director Dieter Hofmann from the Thermo Fisher Scientific Clean Energy team. Read about his vision for supporting sustainable and efficient batteries and then listen to the podcast interview linked within. 🔋 https://ter.li/4b9zbs