➀ KIOXIA AiSAQ is a research project that transitions AI data storage from DRAM to SSDs, enhancing performance by offloading compressed vectors; ➁ It significantly reduces DRAM usage, improving AI workload efficiency; ➂ The technology will be showcased at CES 2025, highlighting its potential impact on large datasets and AI models.

➀ Researchers at MIT have discovered a method to control magnetic materials using terahertz light; ➁ This creates a stable, long-lasting magnetic state in antiferromagnetic materials; ➂ The technology could revolutionize data storage and memory technologies, offering faster, more efficient, and durable solutions for next-generation electronics.

➀ Researchers at Flinders University have developed a reusable polymer for high-density data storage; ➁ The polymer, made from sulphur and dicyclopentadiene, allows for nanometer-scale indent data storage with erasable and reusable capabilities; ➂ This innovation could provide a more sustainable alternative to traditional storage devices like hard disk drives and solid-state drives.

➀ A new 3D imaging technique reveals key details of the magnetic skyrmion, a nanoscale object with potential for new microelectronic devices with high data storage capacity and low power consumption. ➁ Researchers at Lawrence Berkeley National Laboratory have created 3D X-ray images to characterize the spin orientations within skyrmions, which could lead to more efficient quantum computing and data storage devices. ➂ The study demonstrates the importance of understanding the 3D spin texture of skyrmions for the development of advanced spintronic devices.

❶ Genomika, along with the Ultrasound Research Institute at Kaunas University of Technology, is developing a DNA-based storage drive through the DINAMIC project, funded by the European Commission. ❷ The project aims to create a sustainable and high-density data storage solution using DNA's nucleobases to represent binary data, addressing the growing need for long-term data storage. ❸ DNA storage could significantly reduce environmental impact by minimizing water consumption and reliance on rare earth metals, with potential applications in healthcare and beyond.