<p>➀ Researchers observed Floquet states in graphene using femtosecond-pulse microscopy, confirming Floquet engineering's applicability in metallic/semi-metallic materials; </p><p>➁ This breakthrough enables precise control of electronic states in quantum materials, advancing potential technologies like robust quantum computers and sensors; </p><p>➂ Funded by the German Research Foundation, the study opens pathways for tailoring material properties to shape future electronics and high-performance computing.</p>
Related Articles
- Catalyx Space completes $5.4m seed round for downmass service1 day ago
- Ed’s Double-Dealing2 days ago
- The Emerging Wonderland Of ‘LIVING’ Computer Systems4 days ago
- New Structure for the Electron Highway9 days ago
- New Structure for the Electron Highway9 days ago
- Stroke Rehabilitation: TU Ilmenau Develops Method to Restore Leg Mobility9 days ago
- Cooling Chips With Light9 days ago
- Flying Assistants for Atmospheric Research: EAH Jena Receives Funding for Pioneering MAVAS Project13 days ago
- Reference-Class Linear Actuators Available for Fast Delivery14 days ago
- Empa Entrepreneur Fellowship Awarded - Three Researchers Receive Start-up Support15 days ago