邀请报告
1.X.Guo,Bio-inspired Intelligent Sensing Systems,The 6th International Conference on Energy Materials and Nanotechnology,the Sino-German Bilateral Workshop on Energy-Saving Coatings and the Wuhan Forum of World Famous Scientists’Lecturing in Hubei on Environmental Detection and Sensing,Wuhan,China,September 22-24,2023(Plenary).
2.X.Guo,Bio-inspired Intelligent Sensing Systems,The 19th International Meeting on Chemical Sensors,Changchun,China,August 4–8,2023(Invited).
3.郭新，固体电解质和固态电池，超高能量密度电池暨第二届电动航空动力电池研讨会（2023 BB500），北京，2023年7月10至12日（大会报告）
4.X.Guo，Bio-inspired Intelligent Sensing Systems,International Conference on Information Technology and Materials(InfoSummit),Chengdu,China,May 12–14,2023(Keynote).
5.郭新，固体电解质与固态电池---兼论如何量产固态电池，第8届全国固态电池研讨会，武汉，2023年4月26至28日（大会主席/大会报告）
6.郭新，“感存算一体化”的智能嗅觉系统，第15届中国气湿敏传感技术与学术交流会，宁波，2023年04月14至16日（大会报告）
7.郭新，固体电解质与固态电池---兼论固态电池的实用化与产业化，第七届全国新能源与化工新材料学术会议暨全国能量转换与存储材料学术研讨会，武汉，2023年4月7至9日（大会报告）
8.郭新，基于固态离子学的人工智能，第21届全国固态离子学会议，南京，2023年3月31日至4月3日（大会报告）
9.X.Guo,Solid-state batteries for mass production,The 13th International Conference on Ceramic Materials and Components for Energy and Environmental Applications,Wuhan,China,June 10-12,2022.
10.X.Guo,Artificial sensory system,The 4th International Conference on Memristive Materials,Devices&Systems(MEMRISYS 2021),Tsukuba,Japan,Nov.1-4,2021(Keynote).
11.X.Guo,Lattice defects in ionic crystals:Theory&emerging applications,Westlake International Symposium in Engineering,Hangzhou,China,Oct.25-27,2021(Keynote).
12.郭新，“感存算一体化”的智能嗅觉系统：从材料科学到人工智能，中国新材料产业高峰论坛暨第三届中国新材料产业发展大会，武汉，2021年10月21至24日。
13.X.Guo,Flexible sensors,sensor arrays and artificial olfactory system,Huawei STW 2021,Shenzhen,China,Oct.14-16,2021.
14.郭新，固态离子学能干啥？第六届全国固态离子学青年学术交流会暨2021年中国硅酸盐学会固态离子学分会理事会，韶山，2021年9月27日至29日（大会报告）。
15.郭新，用于锂离子电池产气过程监测的气体传感器，第二届全国先进电池智能制造与设计会议，溧阳，2021年9月23日至25日。
16.郭新，固体离子导体中的晶格缺陷：理论与新兴应用，第一届分子科学研讨会–与物理融合：物理化学的勃勃生机（暨第四届无机化学发展北大论坛），北京大学，2021年4月16至17日。
17.郭新，锂离子传导无机、有机固体电解质及固态电池，第六届全国固态电池研讨会暨第三届全国金属空气电池研讨会，青岛，2020年12月17至20日。
18.郭新，锂离子传导有机、无机固体电解质及固态电池，第五届全国新能源与化工新材料学术会议暨全国能量转换与存储材料学术研讨会，郑州，2020年10月15至17日。
19.郭新，固体离子导体的缺陷理论与应用，第20届全国固态锂离子学会议暨新型能量存储与转换材料及技术国际论坛，贵阳，2020年9月25至29日（大会报告）。
20.X.Guo,Artificial synapses,neurons&neural networks:Materials,devices&brain-like functions,The 10th International Forum on Advanced Materials Science and Technology&the 1st Materials Conference in Guangdong-Hong Kong-Macao Greater Bay Area,Shenzhen,December 19-22,2019.
21.郭新，Ion transport in lithium-ion conducting solid electrolytes:Oxides and composites,哈尔滨工业大学，2019年12月9日。
22.X.Guo,Artificial synapses,neurons&neural networks:Materials,devices&brain-like functions,2019 Wiley Conference on Optoelectronic Information Materials,Changchun,China,December 6-8,2019.
23.X.Guo,Ion transport in lithium-ion conducting solid electrolytes:Oxides and composites,The 4th China International Congress on Composite Materials,Zhuhai,China,November 28-30,2019.
24.郭新，Ion transport in lithium-ion conducting solid electrolytes:Oxides and composites,第20届全国电化学大会，长沙，2019年10月25至28日。
25.X.Guo,Artificial synapses,neurons and neural networks:Materials,devices and brain-like functions,Peter Grünberg Institute,Forschungszentrum Juelich,Juelich,Germany,July 12,2019.
26.X.Guo,Artificial synapses and neurons realized with memristive devices,International Conference on Memristive Materials,Devices&Systems(MEMRISYS 2019),Dresden,Germany,July 8-11,2019.
27.郭新，Brain-inspired memristive devices based on ion-conducting oxides&AI,School of Materials Science and Engineering,北京科技大学，2019年6月26日。
28.郭新，Ion transport in lithium-ion conducting solid electrolytes:Oxides and composites,School of Materials Science and Engineering,北京工业大学，2019年6月25日。
29.郭新，Brain-inspired memristive devices based on ion-conducting oxides&AI,北京大学微电子学院，2019年6月25日。
30.郭新，Brain-inspired memristive devices based on ion-conducting oxides&AI,清华大学材料学院，2019年6月24日。
31.X.Guo,Ion transport in lithium-ion conducting solid electrolytes:Garnet and composites,the 4th International Conference on Energy Materials and Nanotechnology(Energy&Environmental Materials),Wuhan,China,May 3-6,2019.
32.X.Guo,Gas sensing R&D at Huazhong University of Science and Technology:Capabilities&features,Asia Pacific Healthcare Sensing Workshop 2019,Yokohama,Japan,April 22-23,2019.
33.X.Guo,Highly sensitive gas sensors working at low temperatures/room temperature,Universtät des Saarlandes,Saarbrücken,Germany,January 29,2019.
34.X.Guo,Highly sensitive gas sensors working at low temperatures/room temperature,Max-Planck-Institut für Festkörperforschung,Stuttgart,Germany,January 28,2019.
35.X.Guo,Highly sensitive gas sensors working at low temperatures/room temperature,Sino-German Symposium on Intelligent Gas Sensors:Principle and Applications,Wuhan,China,December 4-9,2018.
36.X.Guo,Highly sensitive gas sensors working at low temperatures/room temperature,2018 World Sensors Summit(WSS2018),Zhengzhou,China,November 12-14,2018.
37.X.Guo,Ion transport in lithium-ion conducting solid electrolytes:Oxides and composites,The 2nd International Conference on Advanced Functional Materials&Interfaces,Wuhan,China,November 01-05,2018.
38.X.Guo,Solid state ionics approach towards artificial intelligence,Materials Science&Technology 2018(MS&T’18),Columbus,Ohio,USA,October 14-18,2018.
39.X.Guo,Materials science approach towards artificial intelligence,2nd Sino-German Symposium on Electronic and Memory Materials,Xi’an,China,September 5-8,2018.
40.X.Guo,Oxide-based second-order memristive intelligent devices with neurological and psychological functions,2018 International Emergent Memory Symposium(IEMS-2018),Ji’an,China,August 31-September 2,2018.
41.郭新，Oxide-based second-order memristive intelligent devices with neurological and psychological functions,2018年中国真空学会年会，长春，2018年8月17至19日。
42.郭新，Solid state ionics approach towards artificial intelligence,第19届全国固态离子学会议，上海，2018年8月5至9日。
43.X.Guo,Ion transport in lithium-ion conducting solid electrolytes:Oxides and composites,The Hong Kong University of Science and Technology,Hong Kong,China,August 3,2018.
44.X.Guo,Oxide-based second-order memristive intelligent devices with neurological and psychological functions,International Conference on Memristive Materials,Devices&Systems(MEMRISYS 2018),Beijing,China,July 3-6,2018.
45.X.Guo,Oxide-based second-order memristive intelligent devices with neurological and psychological functions,National Institute of Materials Science,Tsukuba,Japan,June 18-21,2018.
46.X.Guo,Solid state ionics approach towards artificial intelligence,Max-Planck-Institut für Festkörperforschung,Stuttgart,Germany,February 14,2018.
47.X.Guo,Garnet-type ionic conductors for all-solid-state lithium ion batteries,the 42nd International Conference&Expo on Advanced Ceramics(ICACC 2018),Daytona Beach,Florida,USA,January 22-27,2018.
48.X.Guo,Lithium ion conducting oxides:Perovskite Li3xLa2/3-xTiO3 and garnet Li7La3Zr2O12,Nature Conference Materials Electrochemistry:Fundamentals and Applications,Shenzhen,China,January 13-15,2018.
49.X.Guo,Lithium ion conducting oxides:Perovskite Li3xLa2/3-xTiO3(LLTO)&Garnet Li7La3Zr2O12(LLZO),Department of Materials Science and Engineering,MIT,Cambridge,MA,USA,October 12,2017.
50.X.Guo,Emulating neurological and psychological functions with solid state ionic/electronic conductors,Department of Electrical and Computer Engineering,University of Massachusetts,Amherst,MA,USA,October 11,2017.
51.X.Guo,Garnet-type ionic conductors for all-solid-state lithium-ion batteries,Materials Science&Technology 2017(MS&T’17),Pittsburgh,PA,USA,October 8-12,2017.
52.X.Guo,Emulating neurological and psychological functions with solid state ionic/electronic conductors,the 232nd Electrochemical Society Meeting,National Harbor,MD,USA,October 1-6,2017.
53.X.Guo,Emulating neurological and psychological functions with solid state ionic/electronic conductors,the 21st International Conference on Solid-State Ionics,Padua,Italy,June 18-23,2017.
54.X.Guo,Defect chemistry of lithium ion conducting oxides(Li3xLa2/3-xTiO3 and Li7La3Zr2O12):Bulk and grain boundaries,International Symposium on the Chemistry of Energy Materials,Changsha,China,June 9-12,2017.
55.X.Guo,Defect chemistry of lithium ion conducting oxides(Li3xLa2/3-xTiO3 and Li7La3Zr2O12):Bulk and grain boundaries,Forschungszentrum Jülich,Jülich,Germany,February 3,2017.
56.X.Guo,Defect chemistry of lithium ion conducting oxides:Li3xLa2/3-xTiO3 and Li7La3Zr2O12,the 41st International Conference&Expo on Advanced Ceramics(ICACC 2017),Daytona Beach,Florida,USA,January 22-27,2017.
57.X.Guo,Oxide based memristive devices:From materials science to neurological and psychological functions,the 2016 joint Israel-China Workshop on Nanoscience and Nano Photonics,Weizmann Institute of Science,Rehovot,Israel,December 4-7,2016.
58.郭新，From materials physics to devices for artificial intelligence,第一届材料科学前沿全国会议，西安，2016年11月18至20日。
59.郭新，From solid state ionics to brain-inspired artificial intelligence,第18届全国固态离子学会议，桂林，2016年11月4至7日。
60.X.Guo,Origin of the low grain boundary conductivity in lithium ion conducting perovskites:Li3xLa0.67-xTiO3,PRiME 2016,Honolulu,Hawaii,USA,October 2-7,2016.
61.郭新，Point defects in lithium-ion conducting oxides,第二届全国固态电池会议，青岛，2016年9月18至19日。
62.X.Guo,SrTiO3-based memristive devices where materials science meets psychology,the First Sino-German Workshop on Electronic and Memory Materials,Aachen,Germany,November 1-5,2015.
63.X.Guo,Defect chemistry of perovskite titanates:From bulk materials to nanostructured materials,the 228th Electrochemical Society Meeting,Phoenix,AZ,USA,October 11-15,2015.
64.X.Guo,Defect chemistry of lithium ion conducting oxides:Li3xLa2/3-xTiO3 and Li7La3Zr2O12,Energy Research Center,University of Maryland,USA,October 9,2015.
65.X.Guo,Defect chemistry of lithium ion conducting oxides:Li3xLa2/3-xTiO3 and Li7La3Zr2O12,Materials Science&Technology 2015(MS&T’15),Columbus,OH,USA,October 4-9,2015.
66.X.Guo,Defect chemistry of lithium-ion conducting oxides(Li3xLa2/3-xTiO3 and Li7La3Zr2O12),2015 International Forum on the Trend of New Materials,Shanghai,China,September 18-20,2015.
67.X.Guo,Single crystalline SrTiO3 as a memristive model system:Roles of oxygen vacancies and Schottky barrier,and neural function mimicking,International Photonics and OptoElectronics(POEM 2015),Wuhan,China,June 16-19,2015.
68.X.Guo,Defect chemistry of lithium ion conducting oxides:Li3xLa2/3-xTiO3 and Li7La3Zr2O12,Sino-German Bilateral Symposium on All-Solid-State Batteries,Karlsruhe,Germany,April 19-23,2015.
69.X.Guo,Defect chemistry of alkaline earth metal(Sr/Ba)titanates,Materials Science&Technology 2014(MS&T’14),Pittsburgh,PA,USA,October 12-16,2014.
70.X.Guo,Memristive ionic devices for information storage,logic operations and neural function mimicking,Symposium on Nano-optoelectronic Functional Materials,Shanghai Institute of Ceramics,CAS,Shanghai,China,September 5-6,2014.
71.郭新，Memristive ionic devices for information storage,logic operations and neural function mimicking,第17届全国固态离子学会议，包头，2014年8月2至6日。
72.X.Guo,Defect chemistry of alkaline earth metal(Sr/Ba)titanates,European MRS Spring Meeting 2014,Lille,France,May 26-30,2014.
73.X.Guo,Ionic conduction in nonstoichiometric perovskites,Symposium on the Future of Solid State Ionics,Shanghai Institute of Ceramics,CAS,Shanghai,China,November 20-21,2013.
74.X.Guo,Roles of Schottky barrier and oxygen vacancies in the resistive switching of perovskite oxides,Materials Science&Technology 2013(MS&T’13),Montreal,Quebec,Canada,October 27-31,2013.
75.X.Guo,Ionic conduction in nonstoichiometric perovskites,Institut für Energie-und Klimaforschung,Forschungszentrum Jülich,Jülich,Germany,August 27,2013.
76.X.Guo,Resistive switching of SrTiO3:Defect chemistry and switching mechanism,ETH-Zürich,Zurich,Switzerland,July 31,2013.
77.郭新，Can we achieve significantly higher ionic conductivity in nanostructured zirconia?上海硅酸盐研究所，上海，2013年6月9日。
78.X.Guo,Ionic memristor:What else can solid state ionics do?Max-Planck-Institut für Festkörperforschung,Stuttgart,Germany,April 29,2013.
79.X.Guo,Ionic memristors:What else can solid state ionics do?Department of Materials Science and Engineering,MIT,Cambridge,MA,USA,November 30,2012.
80.X.Guo,Can we achieve significantly higher ionic conductivity in nanostructured zirconia?Materials Research Society Fall Meeting,Boston,USA,November 25-30,2012.
81.郭新，Nanoionic materials and devices for information storage,第16届全国固态离子学会议，成都，2012年6月6至9日。
