Azelis’ Post

"Innovation : Powering Future Industries" is the theme for National Science Week in 2023. This theme aligns closely with CERI's vision of enabling the industries of the future. To coincide with National Science Week, we are collaborating with Engineers Australia to deliver an Innovative Mindset Masterclass. If you would like to hear how we empower scientists and engineers to take their ideas to the world, join us this Thursday. https://lnkd.in/gmgNNy_3 #nationalscienceweek #scienceweek23 #scienceweek

Happy Earth Day! 🌍 Kicking off the week with an enlightening luncheon where we delved into the 2024 Federal Budget's impact on business. Here's to insightful discussions and forward-thinking strategies! Also, cheering on the Jets—Go Jets Go! 🏒 #EarthDay #BusinessInsights #GoJetsGo

#VirginiaTech’s research institutes are tackling the world’s most complex problems. 🔬 Learn more about our seven institutes, where groups of diverse world-class experts can not only come together, but do so with access to specialized equipment, advanced laboratories and research spaces. ⬇️

🎉 Today we celebrate the birth anniversary of Friedrich August Kekulé, born on 7 September in Darmstadt. In 1858, Kekulé demonstrated the tetravalence of carbon and its ability to form long chains by bonding its atoms together. However, his greatest contribution to science was undoubtedly the discovery of the cyclic structure of #benzene, a compound widely used today in the chemical industry for the production of plastics, resins, and more. 🧪 However, are you aware of the captivating anecdotes that shroud the discovery of benzene's structure? Take a look at the article "Chemistry's visual origins" to find out: https://lnkd.in/dUe2JgjP 🔎 To explore the chemical products available at the Fisher Scientific channel, we invite you to visit our website. Learn More: 👉 https://lnkd.in/dQXxtDjH #fisherscientificeu #Chemistry #ChemicalIndustry #Kekule #Anniversary

In macromolecular X-ray crystallography, it has long been possible to map particular elements through use of isomorphous replacement or anomalous dispersion methods. This capability has been lacking in cryo-EM. In a cool new approach, to which we made a small contribution, the lab of Bonnie Murphy at the Max Planck Institute has made use of electron energy loss spectroscopy coupled to a workflow for single particle analysis. The method, REEL-EM, has been applied to worm haemoglobin and one of our favorite proteins, the Ryanodine Receptor. Preprint available here: https://lnkd.in/grr5BMiu https://lnkd.in/gTEw3bki

Ever wondered about the tiny measurements that make a big difference? Meet our R&D team! 🧪🔍 From 'A Smidgen More' to 'A Dash Here' these aren't just sayings – they're the precision we apply in our quest to advance science. 🌟 Learn more about our Research & Development team- https://lnkd.in/gz5eWZuZ #ResearchAndDevelopment #ForwardScience

Happy National Science Day! Today, let's celebrate the incredible achievements of science and technology and their profound impact on society. #sarsoftwaresolutions #scienceday #nationalscienceday #cvraman #ramaneffect #scienceandtechnology #scientificinnovation #discoveries #scientificexperiment #innovationnation  

Here is my "Project Synthesis" v0.9 presentation which I presented at Limicon2024 recently. I am still working on adding everything I think is relevant and piecing it together in a meaningful way. I hope I can finish v1.0 in the coming weeks. The idea is to define a way to identify, research and implement "super-leverage points" and to use Project Synthesis and the Humane Future Lab as "institutions" to achieve this goal. These are just names though and I am totally open to adapt everything to make it successful so in case you'd like to or already work on a similar topic, want to support it, let's talk to join forces ideally. :) https://lnkd.in/eTqenJUV

Lab services play a crucial role in scientific research by providing valuable support and expertise, thus saving time and enabling scientists to focus on their core work. These services encompass various aspects such as sample analysis, equipment maintenance, data management, and specialized technical assistance. By outsourcing certain tasks to lab services, researchers can streamline their workflow and optimize their time. For instance, instead of spending hours on routine sample preparation or instrument calibration, they can entrust these activities to skilled technicians who specialize in these areas. This frees up scientists' time, allowing them to concentrate on experimental design, data interpretation, and advancing their research objectives. Moreover, lab services often possess cutting-edge technologies and infrastructure that may not be readily available to individual researchers or smaller labs. Access to state-of-the-art equipment and methodologies expands the range of experiments that can be conducted, enhancing the quality and depth of scientific investigations. In addition, lab services can help with data management and analysis, allowing researchers to navigate large datasets more efficiently. Expertise in data interpretation and statistical analysis provided by these services strengthens the reliability and accuracy of research outcomes. Ultimately, by leveraging lab services, scientists can leverage a network of skilled professionals and advanced resources, accelerating the pace of scientific discovery and innovation.

"Academic spinouts are players in the research landscape, providing an impetus for faculty and students to pursue technology development. They’re often supported by university incubation early in their entrepreneurial journeys, later acting as a magnet for industry engagement and acceleration." #techdevelopment #researchdevelopment #commercialization