Accelerating the development of quantum computing : Explore our research Harnessing expertise from materials science, quantum devices, and semiconductor process, spanning two dozen laboratories across nine research institutions. Explore our research Lab News Princeton to lead major federally funded institute to unlock quantum computing challenges Sept. 23, 2026 View all news Relevant Pre-MARQUIS Publications Advanced Filters Author - Any -K. AggarwalA.K. AnbalaganT.A. AriasH.K. BablaF. BahramiL. BakerT. BanerjeeZ. BaraissovA.M. BarbourS. BedkihalA.B. BiedronL. Bishop-Van HornM.P. BlandJ. BryonR.J. CavaJ.J. ChaR.D. ChangS. ChaudhariG. ChengJ. ChoiR. ChoudharyK.D. CrowleyL. CvitkovichN.P. de LeonV. DoX. DuA. DuttaH. Abu FarsakhV. FatemiM. FeldmanY.C. FengM. FitzpatrickG.D. FuchsS.D. FunniY. GangT. GergG.D. GianlucaS. GopalakrishnanL. GordonT. GrasserX. GuiA. GyenisA.R. HeadE. HedrickR. HernandezA.A. HouckS.L. HulbertA. HuntY. IguchiK.M. ItohB. JaeckA. JanottiI. JarrigeY. JiaA. JindalA. JoshiN. KhedkarD. KimK. KisslingerL. KongS. KumarX.H. LeZ. LengH.J. LewandowskiM. LiepeT. LiuM. LiuH. LuS.A. LyonT. MadhavanJ.G.C. MartinezR.A. McLellanK.K. MehtaC. MéndezD.A. MullerJ. MunP. MundadaJ.K. NangoiT.E. NorthupK.A. OliverM.W. OlszewskiH. PaikA.C. Pakpour-TabriziB.S. PalmerC.J. PalmstrømJ.T. PaustianA.P.M. PlaceB.L.T. PlourdeA. PremkumarP.H. PrestegaardQ.R. RahmanS. ReinhardtL.V.H. RodgersS. RoyJ.S. Salcedo-GalloN. SamarthS. SangtawesinN. ShumiyaS.J. SibenerN. SitaramanB.M. SmithamD.W. SteuermanN. SulaimanS. SussmanJ. ThompsonC.J. ThompsonD. TongM.E. TurianskyE.A. UmbarkarC.G. Van de WalleM.F. Van DuinenA. VrajitoareaD. WaldhörA.L. WalterI. WaluyoQ. WangC. WeilandA. WerthC.G. WestC. WilhelmerS.A. WillsonT. XiaA. YangC. YangN. YaoL. ZhangY. ZhangC. ZhouY. Zhu Type - Any -Journal Article Year - Any -2026202520242023202220212014 Forthcoming Joshi, A., A. Jindal, P.H. Prestegaard, F. Bahrami, E. Hedrick, M.P. Bland, T. Gerg, et al. n.d. “Beta Tantalum Transmon Qubits With Quality Factors Approaching 10 Million”. ArXiv 2603.13174. 2026 Bahrami, F., M.P. Bland, N. Shumiya, R.D. Chang, E. Hedrick, R.A. McLellan, K.D. Crowley, et al. 2026. “Vortex Motion Induced Losses in Tantalum Resonators”. Physics Review B 113 (054505). Banerjee, T., S.D. Funni, S. Roy, J.J. Cha, and V. Fatemi. 2026. “Resist-Free Shadow Deposition Using Silicon Trenches for Josephson Junctions in Superconducting Qubits”. Nano Letters. doi:10.1021/acs.nanolett.6c02734. Chaudhari, S., C. Méndez, R. Choudhary, T. Banerjee, M.W. Olszewski, J.T. Paustian, J. Choi, et al. 2026. “Active-Learning Inspired Ab Initio Theory-Experiment Loop Approach for Management of Material Defects: Application to Superconducting Qubits”. Physical Review Materials 10. Hedrick, E., F. Bahrami, A.C. Pakpour-Tabrizi, A. Joshi, Q.R. Rahman, A. Yang, R.D. Chang, et al. 2026. “Quantifying Surface Losses in Superconducting Aluminum Microwave Resonators”. MRS Bulletin. View all publications
