We've updated our Privacy Policy. Questions? Email us any time at privacy@ground.newsWe've updated our Privacy Policy with additional info on research surveys, our browser extension, cookie management, and ad performance measurement. Questions? Email us any time at privacy@ground.news
This study theoretically investigates electron tunneling through magnetic barriers constructed on 8-Pmmn borophene, utilizing a model that accounts for the material’s anisotropic Dirac spectrum. The research demonstrates that these barriers can control electron flow and enable directional filtering, potentially leading to tunable quantum devices.
This story is only covered by news sources that have yet to be evaluated by the independent media monitoring agencies we use to assess the quality and reliability of news outlets on our platform. Learn more here.