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Cleaning Technique Boosts Electronic, Photonic Prospects Of Aluminum Nitride

A group of researchers led by Cornell is unlocking the full potential of aluminum nitride – an important material for the advancement of.

Zexuan zhangDebdeep jenaYongjin choJashan singhalVladimir protasenkoCornell centerUs department of energyMaterials researchOsaka universityMie universityKavli institute at cornellJapan society for the promotion of scienceOffice of scientific researchHuili grace xingAir force officeScientific research

Surface Cleaning Technique For Better Aluminum Nitride Production

A team of Cornell scientists is revealing the complete potential of aluminum nitride, a crucial material for the progress of electronics and photonics, through the creation of a surface cleaning approach that allows for high-quality production.

Zexuan zhangDebdeep jenaYongjin choJashan singhalVladimir protasenkoSkyla bailyCornell centerJena xing groupCornell universityUs department of energyMaterials researchOsaka universityMie universityKavli institute at cornellJapan society for the promotion of scienceOffice of scientific research

Cleaning technique boosts electronic, photonic prospects of aluminum nitride

Cleaning technique boosts electronic, photonic prospects of aluminum nitride
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Zexuan zhangDebdeep jenaYongjin choJashan singhalVladimir protasenkoCornell centerJena xing groupUs department of energyMaterials researchOsaka universityMie universityKavli institute at cornellJapan society for the promotion of scienceOffice of scientific researchHuili grace xingAir force office

Engineers Pave Way For Next-Gen Deep Ultraviolet Lasers

Cornell engineers have created a deep-ultraviolet laser using semiconductor materials that show great promise for improving the use of ultraviolet.

Len van deurzenDebdeep jenaRicharde lunquistKazuki nomotoDuffield hallDavide burrVladimir protasenkoTechnology facilityNational science foundationUs department of energyHuili grace xingCornell nanoscale scienceSesquicentennial facultyBryan pageNational science

Building a Deep-Ultraviolet Laser with Semiconductor Materials

A team of Cornell University engineers has built a deep-ultraviolet laser made up of semiconductor materials that demonstrate immense promise for enhancing the use of ultraviolet (UV) light for sanitizing water, sensing unsafe gases, and sterilizing medical tools, facilitating precision photolithography, and so on.

Van deurzenRicharde lunquistAlex smithDavide burrVladimir protasenkoLen van deurzenDebdeep jenaKazuki nomotoDuffield hallSemiconductor materialsTechnology facilityNational science foundationCornell universityUs department of energyEngineers build innovative deep ultraviolet laserStudy lead