1. Researchers at the University of Stuttgart have developed a quantum microscopy technique that allows for the observation of electron movement at the atomic level with high spatial and temporal resolution. 2. This method could significantly enhance the targeted development of new materials. 3. The findings, published in 'Nature Physics', demonstrate the potential for materials to change from insulators to superconductors due to minimal atomic-level changes.
Related Articles
- Collect 10% Yields To Revolutionize Your Retirement: Greystone Housing2 months ago
- Diamondback Is Currently A Great Capital Allocator To Buy At A Discount3 months ago
- Groundbreaking 3D-printing tech developed — dual-light system can print two different materials from the same resin3 months ago
- New DFG-Special Research Program to Make Unconventional Magnetism Useful for IT5 months ago
- What's Happening in My Laser Process? Making the Invisible Visible with Synchrotron Radiation5 months ago
- Development of a Sensitive Spectrometer for Hard X-ray Radiation5 months ago
- Smart and Compact Sensorics through Edge AI5 months ago
- What Innovational Potential Does the Use of Graphene in Lithium-Ion Batteries Offer?5 months ago
- Novel Memristors to Combat the 'Catastrophic Forgetting' of AI6 months ago
- Molekül-Ringe Herr: An Innovative Shortcut to High-Performance Organic Materials6 months ago