Materials Science & Chemistry
The Modern Materials Science and Chemistry Lab Industry success now more than ever is being dictated by the ability to continuously develop innovative new materials and chemicals, and companies are looking to Materials Informatics solutions as the key. What is Materials Informatics? Materials Informatics (MI) is the modern approach to materials discovery and product development…
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Large Language Models+ For Scientific Research Updated August 2023 LLMs and Tools for R&D To help scientists and researchers navigate the increasing number of advanced artificial intelligence (AI) options, Enthought’s experts put together this summary of Large Language Models (LLMs) and related tools that are most relevant for R&D updated as of early August 2023.…
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View Webinar-on-Demand Live webinar held on June 27, 2023 Overview ChatGPT and the explosion of advanced Large Language Models (LLMs) are disrupting every industry. We are now living in a new age of AI with an unprecedented pace of advancement. This paradigm shift is forcing all businesses, including innovation-driven companies in the life sciences and…
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May 17, 2023 Overview For many industry labs, scientific data has historically been generated to answer specific, immediate research questions and then archived to protect IP with little attention paid to the future value of reusing the data to answer similar questions. The resulting data often lack a consistent structure and quality. In addition, the…
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5 Tips to Kickstart Your Journey to the Future-Proofed R&D Lab Despite an increase in digital transformation efforts across all industries, 70% fall short of their objectives. For science-driven organizations whose core innovation center is the R&D lab, success can be even more out of reach. To build the digital lab of the future,…
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A Specialty Chemical Company Wanted to Remove the Bottleneck from their Polymer Scale-Up Process Many of the high tech products we interact with on a daily basis are enabled by the use of specialty plastics that are carefully engineered to have a wide range of critical properties (mechanical, optical, electrical, thermal) that must be co-optimized…
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Digital technologies and the innovation they enable are steadily transforming chemicals and materials labs. This webinar proposes five ‘levels’ of lab digital capability, providing managers and scientists with a mental model to evaluate where they are now, and how to leverage technology and technical leadership to ‘level up’, ultimately transforming lab performance and its impact…
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Challenge A significant part of Procter and Gamble’s (P&G) manufacturing involves mixing fluids. P&G spends resources to design mixing systems that optimize this process. Many of the engineers responsible for designing production processes are not experts in mixing, but also do not need the complexity of a computational fluid dynamics tool like Virtual Mixing System…
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CHALLENGE Rheology, the analysis of non-Newtonian fluid properties, conventionally requires cumbersome experimental setups with centrifuges and substantial quantities of test fluid. The technique of microrheology, pioneered at Harvard’s Experimental Soft Condensed Matter Group, consists of capturing the motion of micron-scale tracer particles in the test fluid through a microscope. The statistical analysis of the Brownian…
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A time consuming and tedious process for running virtual mixing experiments A significant part of Proctor and Gamble’s (P&G) manufacturing involves mixing fluids. P&G spends resources to design mixing systems that optimize this process. Manufacturing enough new tanks and impellers to physically experiment with all of the design parameters is much too expensive, so CAD…
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