温馨提示：大会官方语言是英语，无同声传译。
出版物：所有被会议录用的英文稿件将会发表在开源期刊上
检索类型：知网及谷歌学术收录
2021年超导与磁学国际学术研讨会（International Symposium on Superconductivity and Magnetism）将于2021年8月20-22日在中国桂林举行。本次大会旨在为业内专家学者分享技术进步和业务经验，聚焦催化领域的前沿研究，提供一个交流的平台。
该会议征文涉及领域包括（但不限于）：
Accelerator magnets
Ancillary materials for superconducting applications
Applied superconductivity
Biomedical diagnostics and imaging
Cables (HTS, LTS), CICC, and current leads
Critical current and flux pinning
Critical temperature and critical fields
Cryogenics for superconducting devices and system integration
Electromagnetic compatibility
Energy storage
Functional magnetic materials and non-recording applications
Fusion magnets
GMR of multilayers, magnetic contacts and constrictions
High-temperature superconductivity
HTS magnets
Insulation and dielectrics
Intermetallic and other hard magnets
Large superconducting and related systems
Levitation, transportation, and propulsion
Magnet design and analysis techniques
Magnet stability, magnetization effects, AC losses and protection
Magnetic fluids and separation
Magnetic microscopy and imaging
Magnetic semiconductors
Magnetic thin films and nanostructures
Magnetic tunneling junctions
Magnetization and time-dependent losses
Magneto-caloric materials and devices
Magnetodynamics and ferromagnetic resonance
Magneto-elastic materials and devices
Magnetoimpedance and high frequency materials
Magneto-optic materials and devices
Micromagnetics and multiscale modeling
Molecular and novel magnetic materials
Multiferroic materials
Nanostructured and composite hard magnetic materials
Novel biomedical therapies and nanomedicine
Organic and carbon-based spin transport
Permanent magnet materials
Pnictides and related materials
Properties important for applications
Rare earth transition metal borides
Recording physics, modeling, theory and testing
Shielding, levitation and propulsion
Soft magnetic materials
Spin transfer torque
Superconducting electrical power devices
Superconducting electronics
Superconducting magnets
Superconducting phase transition
Superconductivity and zero electrical resistance
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