1.2000年12月-2004年12月，中国科学院重大交叉学科前沿项目“电磁生物工程研究”首席科学家，主要从事电磁场的生物学效应和新型电磁成像技术的研究。
2.国家自然科学基金“旋转磁场对ATP合成酶的影响”（50377042，2004年1月-2006年12月）。
3.国际大科学工程“人类前沿科学计划(HumanFrontierScienceProgram，HFSP)”项目“Biogenesis,functionandapplicationofbacterialmagneticorganelle(细菌磁性细胞器的起源、作用和应用研究)”。主要研究磁场对趋磁细菌及其磁小体形成的影响和机制。
主要成果：
2000年获国家科技进步二等奖
1.AMSCollaboration.TheAlphaMagneticSpectrometer(AMS)ontheInternationalSpaceStation:PartI--resultsfromthetestflightonthespaceshuttle.PhysicsReports,2002,366:331-405.
2.SongT.,WangZ.,ZhaoD.,ZhuQ.,HuoX.andXiaoL.Rotatingpermanentmagneticfieldsexposuresystemforinvitrostudy.IEEETrans.onAppliedSuperconductivity,2004,14(2):1643-1646.
3.XuT.,YangW.,HuoX.L.andSongT.Abnormalspectraalterationobservedintritoncalibrationmethodformeasuring[Ca2+]withfluorescenceindicator,fura-2.JournalofBiochemicalandBiophysicalMethods,2004,58(3):219-226.
4.ShiY.,BaoX.,HuoX.,ShenZ.andSongT.50Hzmagneticfield(0.1mT)altersc-fosmRNAexpressionofearlypostimplantationmouseembryosandserumestradiollevelsofgravidmice.BirthDefectsResearchPartB:DevelopmentalandReproductiveToxicology.2005,74(2):196-200.
5.XuH.,SongT.,BaoX.HuL.Site-directedresearchofmagneticnanoparticlesinmagneticdrugtargeting.JournalofMagnetismandMagneticMaterials.2005,293(1):514-519.
6.BaoX.,ShiY.,HuoX.andSongT.Apossibleinvolvementofβ-endorphin,substanceP,andserotonininratanalgesiainducedbyextremelylowfrequencymagneticfield.Bioelectromagnetics.2006,27(6):467-472.
7.ZhaoLuze,WuDan,WuLongfei,SongTao.Asimpleandaccuratemethodforquantificationofmagnetosomesinmagnetotacticbacteriabycommonspectrophotometer.J.Biochem.Biophys.Methods,2007,70(3):363-368.
8.XiaoK.Wang,QiuF.Ma,WeiJiang,JingLv,WeiD.Pan,TaoSong,Long-FeiWu.EffectsofhypomagneticfieldonmagnetosomeformationofMagnetospirillummagneticumAMB-1.GeomicrobiologyJournal,2008,25(8)296–30
10.杨岑玉，王铮，王金光，王喆，宋涛.仿趋磁细菌的微型机器人研究.机器人，2009，31（2）：146-150.
AlphaMagneticSpectrometer(AMS)wasinstalledontheSpaceShuttleDiscovery
1.LiXiaonan,ZhaoWuyi,WangMing,SongTaoandYangWenhui.DesignandFabricationofaNMR-SpectroscopyMicrocoilforNano-LiterSample.ChineseJournalofElectronics,2009,18(1):183-186.
3.XiaoK.Wang,QiuF.Ma,WeiJiang,JingLv,WeiD.Pan,TaoSong,Long-FeiWu.EffectsofhypomagneticfieldonmagnetosomeformationofMagnetospirillummagneticumAMB-1.GeomicrobiologyJournal,2008,25(8)296-303
4.Z.Wang,T.Song,Z.R.Dong,Q.L.Wang,andH.S.Wang.AMethodonDecreasingMagneticMomentofHalbachCylinderMagnets.IEEETRANSACTIONSONAPPLIEDSUPERCONDUCTIVITY,2008,18(2)961-964
5.Wei,Yang;Xiaolin,Huo;Tao,Song.Effectsofextremelylow-frequency-pulsedelectromagneticfieldondifferent-derivedosteoblast-likecells.ElectromagneticBiologyandMedicine，2008，27（3）298-311
6.LinxiaLi,ZhenggangYinandXiaolinHuo.Theinfluenceoflow-frequencyrTMSonEEGofrats.NeuroscienceLetters,2007,412(2)143-147
7.ZhaoLuze,WuDan,WuLongfei,SongTao.Asimpleandaccuratemethodforquantificationofmagnetosomesinmagnetotacticbacteriabycommonspectrophotometer.J.Biochem.Biophys.Methods,2007,70(3)363-368.
8.WangZhe,YuYang,WangQiuliang,andSongTao.ANovelRotatingMagneticFieldGeneratorforDrivingMagneticMicro-Machine.IEEETransonAppliedSuperconductivity,2008,18(2):887-890
9.AMSCollaboration.Cosmic-raypositronfractionmeasurementfrom1to30GeVwithAMS-01.PHYSICSLETTERSB,2007,646(4).145-154.