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Over three dozen UCLA faculty listed among world s most influential researchers

The faculty members have published research that is cited most often by other scholars in their fields.

Christopher tangAydogan ozcanDavid eisenbergGiovanni coppolaSteve horvathCarol mangioneXiangfeng duanGregg fonarowRichard finnAldons lusisMichael sawayaMichael sofroniewRichard kanerMarc suchardTimothy cloughesyMichelle craske

NSF invests in semiconductor research at McKelvey School of Engineering - The Source - Washington University in St Louis

Sang-Hoon Bae and Mark Lawrence in the McKelvey School of Engineering at Washington University in St. Louis received a total of $3.8 million for collaborative research projects on the future of semiconductor design and manufacturing.

United statesXuan silvia zhangLos angelesJeehwan kimXiangfeng duanDeji akinwandeYunjing dorothy wangChoon baeMark lawrenceNational science foundationUniversity of californiaUniversity of illinois at urbana champaignUniversity of massachusetts amherstUniversity of rochesterNortheastern universityMassachusetts institute of technology

Nearly 40 UCLA scholars are among the most highly cited researchers in their fields

Then annual list compiled by Clarivate identifies scholars whose work has been referenced most often in studies published by other researchers.

Xiangfeng duanRichard finnGregg fonarowMatthew budoffGiovanni coppolaDavid pendleburyDaniel geschwindJun chenEdward garonNasim annabiBartosz chmielowskiDavid eisenbergMichael greenBruce dunnInstitute for scientific information at clarivateHighly cited researchers

Nearly 40 UCLA scholars are among most highly cited researchers in their fields

Nearly 40 UCLA scholars are among most highly cited researchers in their fields
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Matthew budoffNasim annabiBartosz chmielowskiMichael jerrettJonathan kraftEdward wrightYuzhang liYu huangXiangfeng duanGregg fonarowGiovanni coppolaAldons lusisSteven reiseMichael sofroniewRichard kanerAntoni ribas

UCLA team designs graphene-nanopocket-encaged PtCo nanocatalysts for fuel cells; highly durable, ultra-low loading

Researchers at UCLA, with colleagues at UC Irvine, have designed a graphene-nanopocket-encaged platinum cobalt (PtCo@Gnp) nanocatalyst for fuel cells with good electrochemical accessibility and exceptional durability under a demanding ultralow PGM loading (0.070 mgPGM cm–2) due to the non-contacting enclosure of graphene nanopockets. The PtCo@Gnp delivers a state-of-the-art mass activity.

Yu huangXiangfeng duanBosi pengZeyan liuXingxu yanXiaoqing panWang xueZipeng zhaoDepartment of materials scienceUs office of naval researchHuang groupCalifornia nanosystems instituteSamueli school of engineeringMaterials science