Researchers from UC Berkeley, Georgia Tech, and Hong Kong University have developed a new jelly-like lithium-ion battery that defies conventional limitations. Unlike traditional lithium-ion batteries, this innovative battery can withstand twists, cuts, and stabs while maintaining functionality, making it ideal for flexible electronics. What makes this new battery different from traditional lithium-ion batteries? How do hydrogels play a role in this advancement, and what challenges remain? As technology evolves, could these resilient batteries redefine the future of wearable and soft robotics?
Top Stories This Week
Jelly Like US Robot Battery Can Survive All Assaults Including Twists, Cuts, Stabbing
- Rescale Secures $115 Million For AI-Driven Digital Engineering
- Intel To Sell Controlling Stake In Altera Chip Business To Silver Lake
- NVIDIA To Manufacture AI Supercomputers In The U.S. For The First Time
- Trump Says New Chip Tariffs Will Be Announced Next Week
- AMD Teases Its First 2nm Chip
- US Launches Exclusive Nuclear Reactor For AI Data Center
- Remote Repairs: Discovering The Longevity Of 3D-printed Metal Parts
- Soft Robots For Rescue And Medical Use
- Korean Scientists Develop Electronic Skin With Unique, Unmatchable Fingerprints
- An Open Source Pioneer Wants To Unleash Open Source AI Robots
Hardware Business News
Rescale Secures $115 Million For AI-Driven Digital Engineering
Rescale, a digital engineering platform, has secured a $115 million Series D funding round, pushing its total raised to over $260 million. With backing from notable investors and major industry players, Rescale aims to revolutionize engineering and R&D through advanced computing, data management, and AI. The platform promises to break down barriers in computing and data silos, accelerating innovation in fields like drug development and automotive safety. How does Rescale empower engineers and R&D teams, what innovations are they driving, and how will their platform shape the future of AI-driven engineering?
Intel To Sell Controlling Stake In Altera Chip Business To Silver Lake
Intel has announced plans to sell a 51% stake in its Altera semiconductor business to Silver Lake, valuing the division at $8.75 billion. This strategic move aims to make Altera “operationally independent,” while Intel retains a significant minority share. What prompted Intel’s decision to partially divest Altera, how will this affect the rapidly growing FPGA market, and what does this mean for the future of semiconductor innovation?
NVIDIA To Manufacture AI Supercomputers In The U.S. For The First Time
NVIDIA is set to revolutionize the AI landscape by producing AI supercomputers entirely within the United States. With production of Blackwell chips underway in Arizona and plans for manufacturing plants in Texas, NVIDIA is poised to significantly boost American AI infrastructure. Amidst a backdrop of global trade tensions, what does it mean for NVIDIA to build AI supercomputers domestically? How will this shift impact the semiconductor industry and global trade dynamics? As NVIDIA invests billions in AI infrastructure, what does the future hold for AI technology and its role in the global economy?
Trump Says New Chip Tariffs Will Be Announced Next Week
President Donald Trump is set to introduce new tariffs targeting semiconductors, with flexibility for some companies, as part of a broader strategy to encourage domestic production. This move comes amid temporary exemptions for electronics like smartphones and laptops, but these may soon expire, affecting the tech industry. What impact will these semiconductor tariffs have on global trade? How will U.S. producers and international relations be influenced by these decisions? As countries react, what does the future hold for international trade agreements and the global semiconductor supply chain?
Hardware Engineering News
AMD Teases Its First 2nm Chip
In a ground-breaking development, AMD has unveiled its first 2nm-class silicon for the upcoming 6th Generation EPYC ‘Venice’ processor, marking a significant milestone in high-performance computing. This achievement underscores the robust collaboration between AMD and TSMC, leveraging TSMC’s cutting-edge N2 process technology. What makes the 6th Generation EPYC ‘Venice’ processor stand out in the competitive landscape? How does AMD’s partnership with TSMC push the boundaries of chip manufacturing? And what future innovations can we expect from this collaboration as computing continues to evolve?
US Launches Exclusive Nuclear Reactor For AI Data Center
In a shift towards sustainable energy, Aalo Atomics is pioneering the use of modular nuclear reactors, specifically designed to meet the energy demands of AI data centers. These Aalo Pods promise a scalable, efficient, and eco-friendly solution, operating independently of traditional grids and water sources. But what exactly makes the Aalo Pod a game-changer in the energy sector? How will these reactors transform the landscape of data center power supply? And could this innovation signal a new era of nuclear energy integration in our tech-driven future?
Remote Repairs: Discovering The Longevity Of 3D-printed Metal Parts
3D-printing technology, particularly laser powder bed fusion (LPBF), promises to revolutionize military logistics by enabling on-demand manufacturing of metal parts in remote locations. However, ensuring the longevity and reliability of these parts remains a significant challenge. How can the durability of 3D-printed metal parts be accurately predicted? What innovative methods are being developed to monitor and assess the quality of LPBF components? As technology advances, could this approach transform the future of military logistics and beyond?
Hardware R&D News
Soft Robots For Rescue And Medical Use
Researchers have unveiled soft robots capable of navigating the human body to deliver medicine, a breakthrough achieved by integrating flexible electronics with magnetically controlled motion. What are the unique features that enable these robots to move and respond autonomously? How do these advancements overcome design challenges and enhance medical applications? As this technology evolves, what future possibilities might emerge for non-invasive medical treatments?
Korean Scientists Develop Electronic Skin With Unique, Unmatchable Fingerprints
Recently, a team of researchers have developed a new process allowing unique fingerprints to be imprinted onto electronic skin, offering a level of distinctiveness surpassing that of human fingerprints. Developed by Professor Shim Kyo-seung’s team at UNIST, this innovation holds promise for future applications in security and identification. How does this technology work, what potential does it hold for enhancing security measures, and how might it shape the future of human-machine interfaces?
Open-Source Hardware News
An Open Source Pioneer Wants To Unleash Open Source AI Robots
Hugging Face, renowned for hosting open source AI models, has recently acquired Pollen Robotics, the creators of the humanoid robot Reachy 2. By integrating open source principles into robotics, Hugging Face aims to democratize the field, offering developers the ability to modify and enhance robotic systems. What potential does open source hold for the future of robotics, how will this acquisition impact the development of humanoid robots, and could open source robotics revolutionize our daily lives?
