Md Atiqur Rahman Ahad’s Post

#Quantum #technologies represent a paradigm shift with the potential to disrupt the ongoing #digitaltransformation, introducing unprecedented #economic and #societal implications, (OECD April 2024 - https://lnkd.in/g3BD-9tU). The World Economic Forum's Quantum Economy Blueprint, (published in collaboration with IBM and SandboxAQ), a new guide for building a '#quantumeconomy', accessible to all nations and societies, includes steps for creating a national #quantumstrategy, broadening access to #quantumtechnologies and raising awareness about them - (05/02/2024 - WEF https://lnkd.in/d-VPSsGP . 'Innovation in Living Labs: A Quantum Approach' (Seppo Leminen, Mervi Rajahonka, Mika W., JIM Vol. 11 No. 4 2023) study analyses #innovation in #livinglabs inspired by the lens of #quantumtheory and its key concepts, including #superposition, #entanglement and #wavefunctioncollapse. More specifically, the study applies insights from quantum theory to improve understanding of #innovation endeavours in living labs. https://lnkd.in/gMYz7Si9 University of South-Eastern Norway Carleton University Aalto University Xamk - South-Eastern Finland University of Applied Sciences Aalto University School of Business Small Business Center - Aalto SBC Sprott School of Business at Carleton University OECD - OCDE World Economic Forum #openinnovation #innovationmanagement #management #smartcity #smartlabs #labs #innovate #digitalisation #data #opendata #smartcities #smartcommunities #researchimpact #academia #research #smartsolutions #SME #societalinvolvement #energytransition #cleanenergy #SDGs #sustainability #livinglab #livinglabs #urbanlivinglabs #parallelinnovation #quantumtheory #quantumcomputing #superposition #collapseofwavefunction #fieldtheory #entanglement #QFT #quantumphysics #quantumfieldtheory #physics #lab #data #Opendata #openscience #science #quantumentanglement #wavefunctioncollapse #OECD #WEF

🎉 We're excited to share that the slides, code, and dataset from our recent webinar on "Validation of Results: Statistical Models and MU Identification Accuracy" are now available on our webpage! Dive deeper into the insights discussed during the session: https://lnkd.in/dtm4HMDq Missed the live event? Don't worry! We're working on making the recording of the entire webinar available soon. Stay tuned for updates on when it will be accessible. A big thank you to everyone who participated, and we're excited to continue our journey of exploration and learning together! 🚀💡 UM FERI, Universitat Politècnica de Catalunya, Chalmers University of Technology and Imperial College London #WebinarResources #HybridNeuro #StatisticalModels #MUIdentificationAccuracy

🔬🤖 Chemistry Meets Artificial Intelligence for Sustainable Innovation! 🌱🧪 Meet Chonghuan Zhang and Adarsh Arun, emerging stars in the field of chemical engineering at the University of Cambridge. 🌟 Their groundbreaking research combines the power of Reaxys data with cutting-edge AI techniques to predict reaction outcomes and unlock greener synthesis routes. 🌿🔗 Chonghuan is pioneering the fusion of synthetic biology with organic chemistry, exploring new avenues for the economical production of complex molecules. Adarsh, on the other hand, is using machine learning to predict byproducts and impurities, optimising chemical processes for sustainability. 🌎🔬 Their work not only advances the field of chemistry but also contributes to a more sustainable future. Let's applaud these young minds for their dedication to greener, cleaner, and smarter chemical manufacturing! 🙌🌍 #ChemistryInnovation #AIForSustainability #GreenSynthesis #SyntheticBiology #ChemicalEngineering

🚀 Additional funding for our AI powered Copilot for the students of the MG2040 Assembly Technology course! 🎉 Plus some reflection on the preliminary results. Together with my colleagues Fabio Marco Monetti Fredrik Enoksson and Ludwig Kristoffersson we are thrilled to announce that our student support initiative using the copilot chat-bot has secured funding from the KTH Digitalisation Platform (https://lnkd.in/dGW_D2cY). This generous support will enable us to analyze the data collected and prepare a public report detailing the activity's impact. Since its introduction, our students have quickly embraced the copilot, using it frequently. The most asked question so far has been: when is the deadline to deliver the project? This and other general request for deadlines for various course moments have been very popular so far. A reflection: On the one hand these inquires about deadlines for project assignments reduces the number of emails and IRL questions I receive to "double-check" readily available information. This saves my time. Interestingly, while the copilot always advises students to verify information with me, not a single student has reached out so far. This indicates a growing trust in the technology's reliability! However, this shift also brings some more problematic and possibly negative effects. Traditionally, even routine queries provided an opportunity for me to engage with students on a deeper level. Questions about project details often led to valuable discussions and feedback. A missed opportunity? As we continue to integrate this technology, it's crucial to balance its convenience with maintaining meaningful student interactions. There's much to explore about the future of such innovations and the steps needed for their responsible integration. I'm looking forward to diving deeper into these considerations. Any thoughts? Stay tuned for more updates on our journey towards transforming educational experiences with technology! #DigitalTransformation #EducationTechnology #StudentSupport #InnovationInEducation #GenAI #KTH #DigitalisationatKTH

What is the #Independent_Society_of_Knowledge? --> Science and engineering has been predominantly taught in academia, many places through centuries has been made to gather minds of their time (and mostly their place) in the form of an institute or university. giving them a place to work on their researches and giving lectures to the next generation. Academia has now become a property to distinguish advanced societies from other. But some of the disadvantages of a classic academia lies beneath the spatial coordinates that they would have. In order to work with a professor at Harvard, you must be at Harvard. leaving true collaboration to be only possible for a few lucky ones. --> Decentralization is the process by which the activities of an organization, particularly those regarding planning and decision-making, are distributed or delegated away from a central, authoritative location or group and given to smaller fractions within it. One of the main goals of Independent Society of Knowledge is to achieve decentralized academia, be it research programs between people from all over the world, or lectures accessible for people of the society. --> We have the objective to make collaboration in science and between science and economy, easy, open, and better thatn before. Through designing platforms that would able The Knowledge Society to get their knowledge to the economy and use and upgrade latest technologies in the world to make better tools for scientists and engineers. We believe that decentralization makes a great impact on how science would progress in this century. --> For out initial program, we are developing software and libraries used by many scientists in a more general, abstracted way. By binding older codes which are not human readable and writing new codes, using better and more advanced technologies and frameworks, we initiated many libraries that we are going to work on, public and open-source for collaboration. Thus, to explain ISK we have to consider its initial phase as a software development organization and leading later to be a decentralized academia. The paper attached to this post will explain in more depth what is ISK all about. ISK is a decentralized academia, for open and accessible collaboration of scientists all around the globe. #Academia #Physics #Mathematics #ComputerScience #Science #OpenSource #Decentralization #ISK

A groundbreaking new paper by Manning et al. (2024) demonstrates how LLMs can be used to generate hypotheses efficiently, design experiments, simulate human subjects, and analyze results - all without human intervention at any step. Key Takeaways: - LLMs can be used to fully automate the scientific process, from hypothesis generation to analysis - Experiments with LLM-simulated human subjects can produce insights that closely match real-world results - Structural causal models (SCMs) provide a robust framework for organizing these automated research pipelines - LLMs have latent knowledge about human behavior that can be systematically extracted through simulation - Eliciting predictions directly from LLMs is far less accurate than running experiments on LLM-powered agents This work opens exciting new possibilities for rapidly exploring complex social dynamics and unlocking novel insights. I see immense potential to harness this technology for understanding issues like misinformation spread, technology adoption, and the socio-behavioral aspects of technology. At the same time, we must remain mindful of the limitations and carefully validate the results. #LLM #AutomatedScience #SocialDynamics #ResearchInnovation

The Knut and Alice Foundation has just granted SEK 70 million to the Wallenberg AI, Autonomous Systems and Software Program (WASP) for an innovative new initiative. With the new initiative, WASP takes on the mission to coordinate AI for Science efforts in Sweden. 🚀   “This initiative builds on the needs and the successful collaborations between WASP and the Knut and Alice Wallenberg Foundation’s programs on sustainable materials and life science,” says Anders Ynnerman, WASP Program Director. “One of the goals is to bridge the gap between the latest AI research and other areas of science to enable breakthroughs.”   A key asset of the AI for Science initiative is the AI supercomputer Berzelius, funded by the Knut and Alice Wallenberg Foundation, which has enabled breakthroughs in a range of disciplines. To support both current and new user communities, the Knut and Alice Wallenberg Foundation has allocated SEK 125 million for an upgrade to the latest GPU architecture in fall 2024. Read more about Berzelius at LiU.se (in Swedish) 👉https://lnkd.in/dDFzymEn Press release in Swedish 👉https://lnkd.in/dq2YmVWB Knut och Alice Wallenbergs Stiftelse #WASP #AI #Science #Research #Innovation #berzelius

‘How can companies use their past to shape their future?’ 🎥 Check out UCL School of Management Professor Davide Ravasi in the spotlight of UCL Engineering’s #DisruptiveThinkers Series. When we think of innovation we often think of the future, new trends, new technological trajectories, and how the world is changing. Davide’s research focuses on innovation that draws inspiration from the past where corporate museums are used to inspire new future-orientated initiatives. Each month, UCL Engineering have been releasing a new video showcasing how researchers are innovating and helping to make a difference in the world. Watch the video here 👉 ow.ly/ht3G50Rl3bs #UCL #UCLSoM #Innovation #Research #UCLEngineering 

We're delighted to see Oxford University Innovation (OUI) hosting its first-ever Deep Tech Investor Day, bringing together over 50 investors and numerous spinout companies. With sectors like AI, robotics, Quantum, Clean Tech, Computing, and Photonics in the spotlight, this event promises to be a game-changer for innovation and investment. Key players, including our investor partners SOSV and Oxford Science Enterprises as well as Mubadala Capital and IP Group plc, are working together to help bring groundbreaking research from the lab to the market. Additionally, we're thrilled to see our client, Brill Power, being showcased for their industry-leading advances in battery sustainability for electric vehicles. Dr Mairi Gibbs emphasised the exceptional talent, scientific excellence, and commercial potential within Oxford's innovation ecosystem. With decisive, large-scale investment, we can grow companies that create jobs, further university research, and compete globally, positioning the UK as a hub of innovation excellence. Alun Williams from Parkwalk Advisors highlighted the fantastic opportunities to partner with global investors to fund and grow world-class Deep Tech companies born out of Oxford's discoveries. Read more: https://lnkd.in/evg47u-e #DeepTech #Innovation #Investment #AI #QuantumComputing #CleanTech #OxfordInnovation #VentureCapital #LabToMarket #TechTransfer

How can we equip students with skills that enable them to thrive in a rapidly changing world? Explore this article from Getting Smart where Mason Pashia (https://bit.ly/43WVTJT) and Shawnee Caruthers share a new framework from the Stanford University Institute of Design / d.school that covers five approaches to encountering uncertainty like a futurist: https://bit.ly/47JQ9pb #futureoflearning #designthinking