Austin Business Journal’s Post

Government funding will be used to allow more than 4,000 students to pursue PhDs in technologies such as artificial intelligence, quantum computing and 6G. “By doubling down on our investments in skills and backing British business, we can lay the foundations for an economy fit for the future – an economy that creates jobs and improves lives for communities up and down the country“ That is how we make our science and tech superpower mission a success.” Read the full article here: https://lnkd.in/eAcdtthq

Mike Young-Han Kim was invited to give a talk at #BETR, Berkeley Emerging Technologies Research Center, a hub of physical electronics research at the University of California, Berkeley. Mike talked about interesting challenges and opportunities in the semiconductor industry, how machine learning can play a part in revolutionizing manufacturing, and, of course, the impact #PanoptesVM can bring to the industry! It was great to meet the young brilliant talents at #ucberkeley. Thanks to everyone who joined online and offline. If you are interested in joining Gauss Labs, please visit: www.gausslabs.ai/careers We normalize AI. We revolutionize manufacturing. #industrialAI #startup #semiconductor #manufacturing #smartmanufacturing #machinelearning

#UHBauer Dean Paul A. Pavlou recently shared his thoughts on the impact of artificial intelligence & new technologies on the workforce, higher education and society with Rebellion Research. "I always recommend that students don't oppose technology — you'll always lose. Embrace technology instead. Try to use it effectively, try to understand it, and try to help use technology to make your jobs more effective. Most importantly, try to be at the forefront." Click the link to read the full interview. #TheFutureIsOurBusiness

#UHBauer Dean Paul A. Pavlou recently shared his thoughts on the impact of artificial intelligence & new technologies on the workforce, higher education and society with Rebellion Research. "I always recommend that students don't oppose technology — you'll always lose. Embrace technology instead. Try to use it effectively, try to understand it, and try to help use technology to make your jobs more effective. Most importantly, try to be at the forefront." Click the link to read the full interview. #TheFutureIsOurBusiness

As an alumnus of National Yangming Chiaotung University (NYCU), Lisa Su's visit was marked by an enlightening and profound discourse that left a lasting impact on all of us. As a NYCU graduate, it was a moment of immense learning and inspiration for me, and I am excited to share some of the invaluable insights we gained from her speech. 🔍 Importance of Interdisciplinary Collaboration: The world of innovation demands a holistic approach, where diverse perspectives and multiple disciplines come together to solve real-world problems. 🚀 AI: The Defining Trend of the Next Decade: The pace of technological advancements is unprecedented, and AI stands at the forefront of this transformative journey. AI's impact will touch every aspect of our lives, shaping every product, service, and business worldwide. To harness its potential fully, we need to synergize hardware, software, systems, applications, and business models. 📚 Embrace Learning and Broaden Your Horizons: For students and aspiring technologists, she encourage us to embrace cross-field learning and keep our knowledge base broad. The fast-evolving world of AI and technology requires adaptable minds and a thirst for continuous learning. The more versatile your skills, the better equipped you'll be to tackle tomorrow's challenges. 💪 The Power of Diversity and Inclusion: As we move forward, let's celebrate and encourage diversity in engineering and technology fields. The contributions of women in engineering are invaluable, and diverse teams with different perspectives foster creativity and excellence. Embracing inclusivity will not only drive innovation but also strengthen our industry's fabric. 👩🔬 Focus on Challenging Problems: Whether in engineering or business, learning on the job and tackling challenging problems head-on is the path to growth. Embrace obstacles with enthusiasm and learn from every experience. Each hurdle you overcome will make you wiser and more resilient. #NYCU #AI #innovation #technology #diversityandinclusion #continuouslearning #gratitude

Jensen Huang @ 2024 Standford Institute for Economic Policy Research Summit - Last week the Nvidia CEO was the keynote at the Summit. Jensen was interviewed by John Shoven, professor emeritus of economics at Stanford. The discussion largely centered around AI and Jensen provided valuable insights into Nvidia products going forward, key trends in the industry, and how AI and accelerated computing are impacting industries across the board. A brief description of his talk - "In a visionary keynote at the 2024 SIEPR Economic Summit, Jensen Huang, CEO of NVIDIA, offered deep insights into the trajectory of AI and computing. He posited the remarkable concept that the cost of computing is approaching zero, which has opened the floodgates for AI innovations, citing a million-fold reduction in deep learning costs over the past decade. Huang emphasized the expansive future of AI, predicting a million-fold increase in computational capabilities within the next decade. He forecasted a shift from static learning models to a dynamic, continuous learning process in AI – one that constantly evolves from digital interactions. The talk shone light on AI's potential in healthcare, especially in understanding the meaning of biological data, a frontier that could revolutionize drug discovery. Huang envisioned a future where AI understands the complex language of biology, equating the deciphering of protein functions to conversing about research papers. Addressing the corporate strategy, Huang highlighted NVIDIA's adaptability in the face of geopolitical risks. He acknowledged the company's navigation through restrictions, while also seizing opportunities as nations awaken to the necessity of sovereign AI. On competition, Huang candidly discussed NVIDIA's unique stance of openly competing with customers, highlighting the importance of collaborative growth and the advantage of NVIDIA's comprehensive ecosystem that customers leverage for their own AI endeavors. As for NVIDIA's corporate culture, Huang outlined a system designed for agility and empowerment, where success and failure are celebrated as opportunities for growth and resilience, fostering a robust character within the company. The final note was on the future of coding. Huang provocatively suggested that as AI grows more sophisticated, the language of communication will become the ultimate 'programming language,' ushering in an era where prompt engineering and human interaction with AI will close the technology divide, empowering more people than ever to leverage the power of computing." The Q&A session at the end was particularly interesting. Jensen addressed queries ranging from the future of semiconductors, engineering and the design of chips, coding as a profession, and geopolitical risks. An insightful and informative video. #nvidia #stanford #jensenhuang #ai #semiconductors #computing #technology

Lam Research launches Semiverse Solutions: The Semiverse™ Solutions products support an interconnected ecosystem of virtual tools and digital twins to support researchers. https://lnkd.in/g7aKzjbM #CoffeeWithAI

Bristol to host one of Europe's most powerful supercomputers 🖥🤖 Read the article below to find out more about the advancing of technology, and how the University of Bristol will be a part of this tech growth. What do you think about Europe's most powerful supercomputer?🖥 #technology #article #supercomputer

MICAS PhD graduates 2023, part 5: Vikram Jain. Many applications of #machinelearning are shifting towards execution at the #edge, on small, battery powered devices. Typical general-purpose models are too power-hungry for these devices, while specialized hardware cannot be reused at a platform level. Vikram has come up with a solution for this difficult trade-off, enabling energy-efficient hardware platforms that can keep up with the evolving machine learning software for applications at the edge. PhD supervisor: Marian Verhelst. PhD co-supervisor: Peter Karsmakers. Vikram is now postdoctoral researcher at University of California, Berkeley. More info about our research about hardware-efficient #ai and #ml can be found here: https://lnkd.in/eKhASW5N

In the era of technology, the challenge of excessive energy consumption in computing is pressing. Traditional architectures demand substantial energy, especially in machine learning. Enter neuromorphic computing—a brain-inspired breakthrough by researchers at University College London and Imperial College London. Using chiral magnets, it combines data storage and processing, slashing energy use. Marketed at USD 4,237.7 million in 2022, the sector is projected to grow at a CAGR of 21.2% from 2023 to 2030. Despite challenges, innovators like GrAI Matter Labs and SynSense lead, attracting millions in investments. The future of computing is on the brink of a transformative shift towards sustainability and efficiency. #NeuromorphicComputing #TechInnovation #SustainableTech #FutureComputing