围绕改善更多人睡眠的品牌理念，提前天羊填筑星港家居将打好智慧睡眠系统这张牌。
在超双亲/超双疏功能材料的制备、曲水表征和性质研究等方面，曲水发明了模板法、相分离法、自组装法、电纺丝法等多种有实用价值的超疏水性界面材料的制备方法。就像在有机功能纳米结构研究上，电站大坝考虑到纳米结构在无机半导体领域所取得的非凡成就，电站大坝作为一类重要的光电信息功能材料，有机分子结构的多样性，可设计性以及材料合成及制备方法上的灵活性都使得有机纳米结构的研究尤为重要。
姚建年的主要研究工作是通过分子设计和分子间弱相互作用的控制，高程制备有机纳米/亚微米结构，高程研究这些纳米/亚微米结构的光物理和光化学性能，并在此基础之上开展一些应用基础研究。这项工作表明，提前天羊填筑堆积方式对晶体材料的激发态和PL各向异性具有重要影响，表明多晶型纳米结构在多功能纳米光子器件中的巨大应用潜力。曲水2009年当选中国科学院院士。
此外，电站大坝在纯净和掺杂的PtD-y晶体中观察到了与EnT过程耦合的显着PL各向异性。高程2016年分别获得日经亚洲奖（NikkeiAsiaPrizes);联合国教科文组织纳米科技与纳米技术贡献奖（UNESCOMedalForContributiontotheDevelopmentofNanoscienceandNanotechnologies);2015年获得ChinaNANO奖（首位华人获奖者）。
文献链接：提前天羊填筑https://doi.org/10.1021/acs.nanolett.0c00348二、提前天羊填筑江雷江雷，1965年3月生吉林长春，无机化学家、纳米材料专家，中国科学院院士 、发展中国家科学院院士、美国国家工程院外籍院士 ，中国科学院化学研究所研究员、博士生导师，北京航空航天大学化学与环境学院院长 。
该膜具有出色的耐久性，曲水超柔韧性，防腐性能和耐低温性能。今年以来，电站大坝当贝发布多款激光投影新品，电站大坝其中，于9月7日当贝十周年新品发布会亮相的当贝超级全色激光投影X5Ultra搭载光峰科技最新ALPD5.0光源解决方案，打破投影光源限制，支持光源模式切换，可任意选择超级全色激光、LED、混合光源三种模式，完美实现光源随心切
高程（E）若丹明（红色）灌注管的荧光图像（F）3D打印皮质骨示意图。具体来说，提前天羊填筑与传统的2D技术相比，提前天羊填筑现在已经有了较多的文献证明，刚性单层培养系统不能很好地复原天然环境中固有的复杂性，因此，在这种2D条件下生长的细胞很难反映体内功能、表现型、形态和分化潜能，从而受到这种称之为细胞外基质（ECM）的高度影响。
在最近的十年里，曲水研究者才逐渐认识得到发展3D打印材料的重要性，从而最大化挖掘3D打印技术真正的潜力。电站大坝作者简介ShaochenChen,PhDProfessorandChairofNanoEngineering DepartmentUniversityofCalifornia,SanDiegoResearch: Dr.Chenisapioneerin3Dprintingandbioprintingwithover200peer-reviewedpublications.Hefirstinitiatedascanningless3Dprintingtechniquetermedmicro-stereolithography(µSL)forprojectionprintingofbiomaterialsin2006. BuildinguponhisµSLtechnique,heinventedadynamicopticalstereolithographymethod(DOPsL)in2012(AdvancedMaterials,2012).Comparedtotraditionalnozzle-based3Dprinting,DOPsLenables3Dprintingthatis3,000timesfasterinprintingspeedand100timesfinerinprintingresolution(NatureCommunications,2014).Hehascontinuedtoadvancethisfieldbydevelopingamicroscalecontinuousopticalbioprinting(µCOB)methodfortherapid3Dbioprintingoffunctionaltissuesmodelsinmereseconds.Usinghumaninducedpluripotentstemcells,hesuccessfullybioprintedfunctionallivertissuesthatenablediseasemodelinganddrugscreening(PNAS,2016).Furthermore,byintegratingneuronstemcellswithina3Dprintedbiomimeticscaffold,histeamhassucceededintherepairofaseverelydamagedspinalcordinratstoresultinsignificantfunctionalrecovery(NatureMedicine,2019).Hisground-breakingworkhasbeenreportedbyTheWashingtonPost,TheWallStreetJournal,Forbes,andYahooNews.Hispioneeringworkinmicroandnanoscale3Dprintingandbioprintingestablishedthefoundationfortheemergingfieldofbiofabricationfortissueengineeringandregenerativemedicineapplications.Hefoundedastartupcompany,Allegro3Dtocommercializehisbioprintingtechniques.Itisprovidingtransformativesolutionstoorgan/tissuerepairandregeneration,acceleratingdrugtoxicityandefficacytesting,andadvancinghumandiseasesmodeling.Dr.Chenhasreceivednumerousawards,includingtheNSFCAREERaward, ONRYoungInvestigatoraward,andNIHEdwardNagyNewInvestigatorAward.In2017,hereceivedtheMiltonC.ShawManufacturingResearchMedalfromASMEforhisseminalworkin3Dprinting,bioprinting,andnanomanufacturing.ThisisthehighestawardgivenbyASMEtorecognizeoriginalmanufacturingresearchinthefield.Dr.ChenisaFellowofmajorsocieties,includingtheAmericanAssociationfortheAdvancementofScience(AAAS),AmericanInstituteforMedicalandBiologicalEngineering (AIMBE),AmericanSocietyofMechanicalEngineers(ASME),InternationalSocietyforOpticsandPhotonics (SPIE),andInternationalSocietyforNanomanufacturing(ISNM).RepresentativePublications (outof203peer-reviewedpapers)LuandS.C.Chen*,MicroandNano-fabricationofBiodegradablePolymersforDrugDelivery,AdvancedDrugDeliveryReviews,Vol.56,pp.1621-1633,2004.Lu,G.Mapili,G.Suhali,S.C.Chen*,K.Roy*,ADigitalMicro-mirrorDevice-basedSystemfortheMicrofabricationofComplex,SpatiallyPatternedTissueEngineeringScaffolds,JournalofBiomedicalMaterialsResearchA,Vol.77A(2),pp396-405,2006.P. Zhang,X.Qu, P.Soman, K.C.Hribar, J.W.Lee, S.C.Chen*,andS.He,RapidFabricationofComplex3DExtracellularMicroenvironments byDynamicOpticalProjectionStereolithography,AdvancedMaterials,Vol.24(no.31),pp.4266-4270,2012.Zhu,J.Li,Y.Leong, I.Rozen,X.Qu,R.Dong,Z.Wu,W.Gao,P.H.Chung,J.Wang*, andS.C.Chen*,3DPrintedArtificialMicro-Fish,AdvancedMaterials,27,pp.4411–4417,2015.Ma,X.Qu,W.Zhu,Y.-S.Li,S.Yuan,H.Zhang,J.Liu,P.Wang,C.S.Lai,F.Zanella,G.-S.Feng,F.Sheikh,S.Chien*,S.C.Chen*,DeterministicallyPatternedBiomimeticHumaniPSC-derivedHepaticModelviaRapid3DBioprinting,ProceedingsoftheNationalAcademyofSciences(PNAS),Vol.113(no.8),pp.2206-2211,2016. HighlightedinNatureReviewsGastroenterologyHepatology,Feb24,2016.Zhu,X.Qu,J.Zhu,X.Ma,S.Patel,J.Liu,P.Wang,C.S.Lai,M.Gou,Y.Xu,K.Zhang,S.C.Chen*,Direct3Dbioprintingofprevascularizedtissueconstructswithcomplexmicroarchitecture,Biomaterials,Vol.124,pp.106-115,2017.Zhu+,K.R.Tringale+,S.A.Woller,S.You,S.Johnson,H.Shen,J.Schimelman,M.Whitney,J.Steinauer,W.Xu,T.L.Yaksh,Q.T.Nguyen*,S.C.Chen*,RapidContinuous3DPrintingofCustomizablePeripheralNerveGuidanceConduits,MaterialsToday,Vol.21(9),pp.951-959,2018.Ma,C.Yu,P.Wang,W.Xu,X.Wan,C.S.E.Lai,J.Liu,A.Koroleva-Maharajh,S.C.Chen*,Rapid3Dbioprintingofdecellularizedextracellularmatrixwithregionallyvariedmechanicalpropertiesandbiomimeticmicroarchitecture,Biomaterials,Vol.185,pp.310-321,2018,DOI:10.1016/j.biomaterials.2018.09.026Koffler+,W.Zhu+,X.Qu,O.Platoshyn,J.Dulin,J.Brock,L.Graham,P.Lu,J.Sakamoto,M.Marsala,S.C.Chen*,M.H.Tuszynski*,Biomimetic3D-PrintedScaffoldsforSpinalCordInjury,NatureMedicine,Vol.25,pp.263-269,2019. HighlightedinNatureReviewsNeuroscience,Jan.29,2019,reportedbyNIHDirectorsBlog on June6,2019.Tang,Q.Xie*,R.C.Gimple,Z.Zhong,T.Tam,J.Tian,R.L.Kidwell, Q.Wu,B.C.Prager,Z.Qiu,A.Yu,Z.Zhu,P.Mesci,H.Jing,J.Schimelman,P.Wang,D.Lee,M.H.Lorenzini, D. Dixit,L.Zhao,S.Bhargava,T.E.Miller,X.Wan,J.Tang,B.Sun,B.F.Cravatt,A.R.Muotri,S.C.Chen*,J.N.Rich*,Three-dimensionalbioprintingenablescreationoftissue-informedglioblastomamicroenvironmentsformodelingcomplexcellularinteractions,CellResearch,inpress,2020Wangpraseurt*,S.You,F.Azam,G.Jacucci,O.Gaidarenko,M.Hildebrand,M.Kühl,A.G.Smith,M.P.Davey,A.Smith,D.D.Deheyn,S.C.Chen*,S.Vignolini*,3DPrintedBionicCorals,NatureCommunications,Vol.11,1748(1-8),2020.。