Pravii Technologies and Industry Solutions’ Post

Pravii Educational services: Knowledge Byte in coatings 🔬 Materials & Spectral Curves: Unlocking the World of Thin-Film Coatings Creating thin-film coatings is like painting with light! It involves choosing the right materials and composites to develop targets for sputtering or other coating techniques. These coatings are crucial for applications ranging from architectural glass to advanced optical devices. Let’s dive into how this works and why it’s fascinating for everyone—kids, students, researchers, and industry experts! What Are Sputtering Targets? Definition: A sputtering target is a solid material used to deposit thin films in a vacuum. Materials Used: Aluminum, silver, titanium, and even composites like silicon-doped zinc oxide are common. Purpose: These materials are transformed into ultra-thin coatings that define how light interacts with a surface. How Spectral Curves Help When a coating is applied, it’s tested using a spectrophotometer, which measures how much light is transmitted, reflected, or absorbed at different wavelengths. The resulting spectral curves are like fingerprints, telling us about the coating's optical properties. From Spectral Curves to Optical Properties: Transmission: How much light passes through the coating. Reflection: How much light bounces off the surface. Refractive Index: How light bends when it enters the material. For Kids Think of Sunglasses: Just like sunglasses block some light and reflect the rest, coatings on glass do the same. But instead of your eyes, these coatings protect buildings or make displays clearer! For Students Physics in Action: Measuring spectral curves lets engineers calculate the refractive index of a coating. Imagine creating a phone screen that’s scratch-proof and glare-free—spectral data makes it possible! For Researchers Simulation Is Key: Using software like CODE, you can take spectral data and simulate how coatings will behave before they’re even made. This saves time and resources in R&D. For Industry Experts Real-World Impact: High-reflection coatings for solar panels or anti-reflective layers for camera lenses are developed by analyzing spectral responses and optimizing material composites. Why This Matters By designing coatings with precise optical properties, we can: Make buildings energy-efficient. Enhance the durability and performance of devices. Innovate new products for displays, optics, and sensors. 🌟 At Pravii Technologies, we empower innovation with advanced tools and services: CODE Thin Films Software: Simulate and analyze coatings with ease. Spectral Data Analysis: Translate curves into actionable insights. Expert Consulting: Tailored solutions for academia and industry. 📧 Contact us: sales.services@pravii.co.in 🌐 Explore our services: www.pravii.co.in 🔗 Follow us on LinkedIn: Pravii Technologies 👉 Quote: Let’s innovate today for a brighter tomorrow! 🌈

🔬 Daily Knowledge Byte: The Fundamental Principle of Thin Films! 🌐 In the world of materials science, thin films are layers of material ranging from fractions of a nanometer to several micrometers in thickness. They play a crucial role in everything from electronics to solar energy and optical coatings. The fundamental principle? Thin films alter the way light interacts with surfaces, allowing for applications in reflection, transmission, and absorption—essential in industries like architecture, automotive, and display technologies. At Pravii Technologies, we specialize in optical thin film coatings designed for industrial applications, and we're sharing daily insights into the science behind these revolutionary materials. Follow us for more on thin films and visit pravii.co.in to explore our innovations! 🌍💡 Dr. Shivani Gupta Dr. Naini Garg Dr. Prachi Arora Dr. Sunita Parinam Dr. CHIRAG PANWARIYA #ThinFilms #OpticalCoatings #MaterialScience #PraviiTech #Innovation #ScienceDaily #Engineering #Research

🚀 India-Russia S&T Partnership: A Legacy of Innovation and Cooperation 📜 Historical Collaboration: 📚 Strong roots since the Soviet era, with deep penetration in universities, industries, and scientific labs. 🏭 Establishment of Bhilai Steel Plant, IIT Bombay, ARCI Hyderabad, and more. 🔬 Joint R&D Projects: 📊 Over 150 joint projects in fields like Mathematics, Physics, Chemistry, Earth Science, Biological & Medical Sciences. 💉 Notable projects: Indigenous oral polio vaccine, materials science advancements, and high-performance computing. 💡 Cutting-Edge Technologies: 🤖 Collaboration in AI, Nanotechnology, Quantum Technologies, Marine Biodiversity, Blue Economy, and Disaster Management. 🌐 Potential in Polar Science research and joint projects in the Arctic/Antarctica. 🌐 Bilateral and Multilateral Platforms: 🤝 Active participation in BRICS, SCO, and G-20 for joint research and innovation. 🌍 Joint efforts in emerging technologies and addressing global challenges. 🌱 Applied Research and Innovation: 🌿 Support for joint R&D in Environmental Sciences, Energy, Nano-science, ICT, and Biotechnology. 🚀 Promotion of entrepreneurship, innovation, and techno-commercial R&D through Skolkovo Foundation and technology parks. 👩🎓 Youth Innovation Exchange: 🎓 Atal Innovation Mission (AIM) and SIRIUS programs for young innovators. 🌟 Deep Learning and Exchange programs nurturing bilateral relations through education and cultural exchange. #Innovation #Technology #Research #IndiaRussia #Collaboration #Science #YouthInnovation #SustainableDevelopment #GlobalPartnerships Government of India Government of Russia

Insightful interview with Dr. Makoto Gonokami, President of RIKEN, featured in 'Science Japan', a news service operated by the Japan Science and Technology Agency (JST). He outlines RIKEN's 'Vision 2030,' which aims to redefine the century-old 'RIKEN spirit.' 🚀💡 'Vision 2030' seeks to transform RIKEN into a hub for cutting-edge research, fostering environments where breakthroughs that tackle humanity's pressing issues can thrive. The 'RIKEN spirit' is rooted in the institute's tradition of free and ambitious scientific inquiry, promoting an environment where researchers can explore and innovate without constraints, fostering a culture of excellence and discovery. 🌏🔬 RIKEN is one of Japan's leading research institutes, renowned for its advanced contributions in various scientific fields, including physics, biology, and medical research. 🔭🌿🏥 Link to the interview [in English]: https://lnkd.in/gPCjbxnn #Japan #InnovativeJapan #RIKEN #Vision2030 #Innovation #ScienceResearch #GlobalChallenges

🌟New Funding Opportunity! 🌟 We’re thrilled to share the launch of the ARIA Opportunity Seed: Scalable Neural Interfaces grant! This cutting-edge funding programme is designed to drive transformative advancements in scalable neural interfaces, with the potential to revolutionise healthcare, computing, and human-machine interactions. If you're working on high-risk, high-reward innovations in neural technology and seeking funding to explore bold ideas, this is your chance. With support from ARIA (Advanced Research and Invention Agency), this initiative aims to push the boundaries of science and technology. 🔑 Key Details: ✅ Open to UK-based innovators and organisations ✅ Focus on breakthrough neural interface technologies ✅ Aimed at scalability and transformative impact 💡 Why It Matters: Neural interfaces hold the promise to redefine how we interact with machines, treat neurological conditions, and expand human capabilities. This grant represents a unique opportunity to take ambitious concepts to the next level. Interested in learning more? Explore the grant details here: https://lnkd.in/eiDwH3-H Let’s innovate together and shape the future of technology! 🚀 #Innovation #NeuralInterfaces #Grants #ResearchAndDevelopment #FutureTech Alex Chalkley Mareike Chalkley Sophie Glaser-Deruelle Malu Avila Oliver Cressall

Transforming India's Scientific Landscape! PM Modi has launched the PARAM Rudra supercomputers, emphasizing India's commitment to prioritizing science, technology, and research. This initiative will significantly enhance capabilities in various scientific domains. Read more..... https://lnkd.in/gYdFf482 #ScienceAndTechnology #PARAMRudra #Innovation #PMModi #DigitalIndia #Research

Exciting News Alert! 🚀 Cambridge Institute of Technology, in association with IEEE CAS Bangalore Chapter , is thrilled to announce our upcoming "Institute to Industry Connect" event! 🎉 From June 3rd to June 8th, join us for an incredible opportunity to bridge the gap between academia and industry. 🌟 This event is designed to connect students with industry experts, fostering meaningful collaborations and providing invaluable insights into the world of technology. 💡 Stay tuned for more updates and mark your calendars! See you there! #InstituteToIndustryConnect #CambridgeInstituteOfTechnology #IEEECASBangaloreChapter #IndustryConnect #Opportunity #Innovation IEEE BANGALORE SECTION

On October 1st, Tokyo Institute of Technology #Titech and Tokyo Medical and Dental University #TMDU officially merged to form the new Institute of Science Tokyo (Science Tokyo) (also known as #ISCT or #Kagakudai 科学大). 🏫🚀 Following this major development, the university has launched three new #ResearchInstitutes focused on interdisciplinary collaboration in #LifeSciences, #AdvancedMaterials, and #DataScience. These institutes aim to promote cross-disciplinary innovation, bridging the gap between cutting-edge research and real-world applications, especially in supporting the growth of startups. 🌍💡 The university is led by Naoto Ohtake as 理事長 (Chairman of the Board) and CEO, and Yujiro Tanaka as 学長 (President) and CAO, reflecting a division between operational and academic management. This structure is crucial for an application to the "Universities of International Research Excellence" #UIRE funding program by the Japan Science and Technology Agency #JST, aimed at enhancing global research leadership. 🔬🌐 With a focus on integrating diverse fields, Tokyo Science University is set to drive new innovations and connect discoveries to societal needs. This initiative also brings in new personnel and a talented team of researchers, pushing the boundaries of science and technology. 🚀💡 Prof. Ohtake and Prof. Tanaka talk about their future vision in an article on Science Tokyo's website: https://lnkd.in/g4ecM9b9 #JapaneseHigherEducation #InnovativeJapan #InterdisciplinaryResearch #Innovation #Startups #ScienceAndTechnology #CuttingEdge

Let’s explore how data-driven solutions and rigorous design thinking can shape everything from transdisciplinary research to high-containment facilities. How can we help you push the boundaries of what's known, tackle society's biggest challenges, and empower your purpose?

The Indian Embassy in Washington has initiated a novel virtual mentorship program called MARG (Mentoring for Academic Excellence and Research Guidance). This program seeks to link Indian students and researchers with faculty from top-tier US universities, with a particular focus on reaching those in smaller Indian cities and towns. Key Program Features: - Faculty from prestigious institutions such as Stanford, Purdue, the University of Maryland, and George Mason are taking part in the initial sessions. - Students will gain insights into cutting-edge developments in crucial fields including AI, semiconductors, quantum technology, and clean energy. - Participants will receive career advice, skill development opportunities, and research guidance from international experts. Benefits for India: - This initiative marks a significant step in strengthening academic and research collaborations between India and the US, underscoring India's commitment to emerging technologies. - It aims to stimulate innovation through cross-border partnerships, aligning with India's emphasis on global cooperation in technological progress. Ready to start your EB-1A journey? Check out our new 'EB-1A Copilot' program aimed at providing personalized guidance: https://lnkd.in/gyMasK-B :) #IndianStudents #MentorshipProgram #IndianResearch #USUniversities #InnovationInEducation #EmergingTech