The Xplorer Symposia is a nonprofit academic platform funded by the New Cornerstone Science Foundation. The platform encourages scientists to independently initiate and organize academic meetings while facilitating interdisciplinary and cross-regional scientific cooperation and exchanges. In this way, the Xplorer Symposia aims to foster an academic atmosphere for promoting continuous free exploration.
Characterized by its interdisciplinary, invitation-only, and international format, the Xplorer Symposia encourages the sharing of unpublished research results and discussions on the most cutting-edge topics in the scientific community.
To spur on this process, a steering commitee has been established to oversee the scientific quality of the academic meetings, focusing on the fields of Physical Sciences and Biological and Biomedical Sciences.
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The platform encourages scientists to independently initiate and organize academic meetings while facilitating interdisciplinary and cross-regional scientific cooperation and exchanges. In this way, the Xplorer Symposia aims to foster an academic atmosphere for promoting continuous free exploration.","Lang":"en_US","MeetingChairIntroduce":"A steering committee has been established to oversee the scientific quality of the academic meetings, focusing on the fields of Physical Sciences and Biological and Biomedical Sciences.","MeetingChairList":[{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/29c6d5af-0e42-4253-92bb-ef92ab4ca5c4.jpg","Employer":["Academician of the Chinese Academy of Sciences"," Chair Professor of Shanghai Jiao Tong University"," Chair of the Steering Committee"],"FieldType":1,"Lang":"en_US","Name":"Hong Ding"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/c8f12cbe-953c-42e2-8b13-01d1eb007d7d.jpg","Employer":["Academician of the Chinese Academy of Sciences"," Boya Chair Professor of Peking University"],"FieldType":1,"Lang":"en_US","Name":"Yuanning Gao"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/d9a79c31-0485-4ca5-a5bf-fe2a5223335d.jpg","Employer":["Academician of the Chinese Academy of Sciences"," Professor of Southern University of Science and Technology"],"FieldType":1,"Lang":"en_US","Name":"Shuhong Yu"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/5a23be99-87bf-4dfc-ad04-d9d3bd929969.jpg","Employer":["Academician of the Chinese Academy of Sciences"," Professor of Xiamen University"],"FieldType":1,"Lang":"en_US","Name":"Nanfeng Zheng"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/img/chair_zhang_mingjie.png","Employer":["Academician of the Chinese Academy of Sciences","Chair Professor of Southern University of Science and Technology","Chair of the Steering Committee"],"FieldType":2,"Lang":"en_US","Name":"Mingjie Zhang"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/ad6355fb-5b17-416f-bb4c-373e1165685e.jpg","Employer":["Academician of the National Academy of Sciences","Chair Professor of Peking University"],"FieldType":2,"Lang":"en_US","Name":"Xuemei Chen"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/img/chair_dong_chen.png","Employer":["Academician of the Chinese Academy of Sciences","Chair Professor of Westlake University"],"FieldType":2,"Lang":"en_US","Name":"Chen Dong"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/img/chair_yu_hongtao.png","Employer":["Chair Professor of Westlake University"],"FieldType":2,"Lang":"en_US","Name":"Hongtao Yu"},{"AvatarImg":"https://static-conference.newcornerstone.org.cn/resources/conference/png/200977154131918848/37c4add3-50c6-473e-b3f2-d9e0c94ea331.png","Employer":["Distinguished Investigator of Cinese Institutes for Medical Research, Beijing","Chair Professor of Capital Medical University"],"FieldType":2,"Lang":"en_US","Name":"Lin Mei"}],"MeetingChairTitle":"Steering Committee","Name":"Xplorer Symposia","NewsList":[{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/26107c24-0902-463b-a396-47bba58ec21b.jpg","Introduce":"","JumpUrl":"https://mp.weixin.qq.com/s/ggqgktbCViys-JxMMxvn2A","Name":"Global Scientists Convene in Shanghai to Discuss Advances in Protein Misfolding","PublishTimeStr":"2024/04/25","Sort":1},{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/06674e21-0f04-4f3c-b90e-c6a6ad1cce5f.jpg","Introduce":"","JumpUrl":"https://mp.weixin.qq.com/s/rsRcX4UrVx3JWFvr_7wIVQ","Name":"First Xplorer Symposia Conference Achieves Success in Hong Kong","PublishTimeStr":"2024/04/01","Sort":2}],"NewsTitle":"Find the News","SubListTitle":"All Symposia","SubMeetingList":[{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/ef8fb34e-bede-4d0e-a104-430a769bb44e.jpg","CanRegister":1,"End":1733500799000,"FieldType":1,"HasMore":1,"Id":"316908654420885504","Introduce":"Welcome to the Xplorer Symposium on Quantum Sensing – Fundamentals, Functions, and Fun, a pivotal gathering dedicated to exploring the forefront of quantum information technology. Quantum sensing and precision measurement represent a crucial domain within quantum information science, boasting some of the earliest practical applications, including nuclear magnetic resonance, superconducting quantum interference devices, atomic clocks, optical clocks, laser interferometers, and laser gyroscopes.\n\nLeveraging the unique properties of quantum mechanics such as coherence and entanglement, these technologies surpass classical methods in imaging resolution, spectral accuracy, and detection sensitivity, venturing to unchartered territories. Recent advancements in this field have highlighted the quantum advantage in detection applications, opening new avenues at the intersection of machine learning, quantum many-body physics, and beyond.\n\nAs quantum sensing continues to gain traction, its applications are increasingly vital in fundamental scientific exploration, ultra-precision timing, life sciences, condensed matter physics, and materials research.","Lang":"en_US","MeetingAddress":"Hong Kong, China","Name":"Quantum Sensing – Fundamentals, Functions, and Fun","Period":"December 1-6, 2024","RegisterUrl":"https://conference.newcornerstone.org.cn/apply/200977154131918848/316908654420885504?lang=en_US","ShowStatus":1,"Start":1732982400000,"Status":1},{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/png/200977154131918848/380e9e28-d485-4936-a76b-50efb8a895ca.png","CanRegister":1,"End":1740239999000,"FieldType":2,"HasMore":1,"Id":"287248541313728512","Introduce":"Current microbiome research necessitates the integration of multidisciplinary knowledge and techniques. This approach uncovers the ecological patterns and molecular mechanisms governing interactions between microbiomes and hosts, as well as among microbes. In recent years, chemical techniques have become increasingly crucial in identifying the functional and signaling molecules that mediate these interactions, paving the way for precise interventions to develop effective medicine. Despite significant advancements, many mysteries remain unsolved across various levels, presenting exciting ongoing research directions. This symposium aims to provide a platform for sharing cutting-edge discoveries and fostering collaborative research in diverse aspects of microbiome research, from chemical mechanisms to precise interventions and medical or agricultural applications.","Lang":"en_US","MeetingAddress":"Hong Kong, China","Name":"Multidisciplinary Intersection of Microbiome, Chemistry, and Medicine","Period":"February 19-22, 2025","RegisterUrl":"https://conference.newcornerstone.org.cn/apply/200977154131918848/287248541313728512?lang=en_US","ShowStatus":1,"Start":1739894400000,"Status":1},{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/jpg/200977154131918848/d06fd699-f40f-4834-ab09-373b8d5324a2.jpg","CanRegister":0,"End":1748188799000,"FieldType":2,"HasMore":1,"Id":"327461988810719232","Introduce":"The cell is the fundamental unit of life, analogous to an organism, and is composed of various compartments known as organelles. The structural and functional regulation of these organelles underpins essential cellular functions such as metabolism, information flow, and material transport. Dysfunctional organelles disrupt homeostasis and are implicated in major human diseases, including neurodegenerative disorders, cancer, and metabolic diseases. Additionally, during infection, pathogens can exploit organelles to facilitate their replication. Conversely, cells can adapt by remodeling organelles to combat pathogen invasion and transmit immune signals. This conference aims to convene leading scientists in the field of organelle biology to foster interdisciplinary collaboration, spark innovative ideas, and explore new research directions in the study of organelles.","Lang":"en_US","MeetingAddress":"Macau, China","Name":"Organelles: Structure, Function, and Disease","Period":"May 22-25, 2025","ShowStatus":3,"Start":1747843200000,"Status":2},{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/png/200977154131918848/64a8c5ea-f5cc-4d16-aa06-5562224125f0.png","CanRegister":0,"End":1731254399000,"FieldType":2,"HasMore":1,"Id":"216497317065293824","Introduce":"Biomolecules are spatially organized inside and outside cells to orchestrate diverse biological processes. As a frontier topic in life sciences, spatially resolved biological studies require interdisciplinary collaborations to propel the tool development towards understanding the spatial organization and regulation of diverse physiological and/or pathological processes. The theme of this symposium will be centered on deciphering spatially resolved biology through chemical innovations. Leading experts will share the latest scientific insights and technology development in the following topics:\n\n1)\t“Proximity Labeling”\nProximity chemistry-enabled tool development for resolving spatial biology.\n2)\t “Spatial Omics”\nSpatially resolved transcriptome, translatome, proteome, PTMs and beyond. \n3)\t “Super-resolution Imaging”\nSuper-fine, subcellular (organelle, membrane-less compartments) imaging of biomolecules and/or biological processes.\n4)\t “Deciphering Cell-Cell Interactions”. \nMonitoring and mechanistic study of cell-cell interactions and communications that are fundamental for high-order life processes. \n\nJoin us in lively discussions, network with colleagues from diverse backgrounds, and discover inspiring presentations and poster sessions at this exciting gathering in Shenzhen, China.","Lang":"en_US","MeetingAddress":"Shenzhen, China","Name":"Chemical Decoding of Spatial Biology","Period":"November 7-10, 2024","ShowStatus":4,"Start":1730908800000,"Status":3},{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/png/200977154131918848/59d96d27-1354-40e5-af52-1ee0b4a2825b.png","CanRegister":0,"End":1712591999000,"FieldType":2,"HasMore":1,"Id":"203173795450617856","Introduce":"As the core molecules that play the central function in life activities, proteins fold into specific conformations to execute their functions. Correspondingly, misfolding of specific proteins may lead to serious diseases, such as neurodegenerative disorders. In recent years, extensive interdisciplinary approaches have been utilized to study misfolded proteins in physiological or pathophysiological contexts, providing us with a comprehensive understanding of them, but there are still many unsolved mysteries at all levels and exciting ongoing directions. This symposium aims to provide a platform to share cutting-edge discoveries and inspire collaborative research works related to various aspects of misfolded proteins, from their atomic-level structure to pathogenic mechanisms, from their formation to elimination, and from their disease functions to relevant therapies.","Lang":"en_US","MeetingAddress":"Shanghai, China","Name":"Misfolded Proteins: from Molecules to Diseases","Period":"April 5-8, 2024","ShowStatus":4,"Start":1712246400000,"Status":3},{"Banner":"https://static-conference.newcornerstone.org.cn/resources/conference/png/200977154131918848/331ef6e7-3589-4bc0-8b7c-5d0e64ad41e5.png","CanRegister":0,"End":1710086399000,"FieldType":2,"HasMore":1,"Id":"205285877025374208","Introduce":"Join a select group of 100 minds at the \"Brain & Endocrine: Back to the Basics\" conference in Hong Kong and delve into the fundamental principles of neurotransmission and endocrinology. Both these systems use chemical messengers - neurotransmitters or hormones - for communication. Our focus will be on the core mechanisms that underlie this fascinating mechanism.\nLeading experts will share the latest scientific insights into the intricate mechanisms behind the release of brain signals and hormones in response to external stimuli, as well as how these signals shape our behavior and metabolism. Explore cutting-edge research on the interplay between neuronal circuits and hormone pathways, and their impact on diverse aspects of physiology and disease.\nEngage in lively discussions, network with colleagues from diverse backgrounds, and discover inspiring presentations and poster sessions. Let's journey back to the basics and rediscover the elegance and simplicity of these two vital comunication systems at this intimate gathering in Hong Kong.","Lang":"en_US","MeetingAddress":"Hong Kong, China","Name":"Brain & Endocrine: Back to the Basics","Period":"March 7-10, 2024","ShowStatus":4,"Start":1709740800000,"Status":3}]}}}