Uploaded November 2025 | Updated September 2026, 7 hours ago
⚡ Memory Chips That Use 10× Less Power
What if your phone, laptop, or AI system used a tenth of the energy for memory?
Researchers at Chalmers University have engineered an atomically thin material with two opposing magnetic states in a single layer. This “tilted magnetism” allows memory cells to switch without power-hungry external magnetic fields—cutting energy use by 10×.
Because it’s a single-layer structure, it avoids reliability issues found in multilayer memory designs, making it simpler, more stable, and easier to manufacture. This breakthrough could power the next generation of AI hardware, mobile devices, wearables, and data centers.
🔗 Read more on Mindplex Magazine:
magazine.mindplex.ai/post/new-material-cuts-energy-use-in-data-storage
#MemoryTech #LowPowerChips #Mindplex #ChalmersUniversity #DataStorage #AIHardware #FutureTech #MagneticMemory #MaterialsScience #Semiconductors #TechInnovation
⚡ Memory Chips That Use 10× Less Power
What if your phone, laptop, or AI system used a tenth of the energy for memory?
Researchers at Chalmers University have engineered an atomically thin material with two opposing magnetic states in a single layer. This “tilted magnetism” allows memory cells to switch without power-hungry external magnetic fields—cutting energy use by 10×.
Because it’s a single-layer structure, it avoids reliability issues found in multilayer memory designs, making it simpler, more stable, and easier to manufacture. This breakthrough could power the next generation of AI hardware, mobile devices, wearables, and data centers.
🔗 Read more on Mindplex Magazine:
magazine.mindplex.ai/post/new-material-cuts-energy-use-in-data-storage
#MemoryTech #LowPowerChips #Mindplex #ChalmersUniversity #DataStorage #AIHardware #FutureTech #MagneticMemory #MaterialsScience #Semiconductors #TechInnovation
