物理科学与技术学院
School of Physical Science and Technology
西北工业大学物理科学与技术学院的前身是1987年创建的应用物理系。2003年应用物理系与应用数学系、化学工程系合并为理学院，2019年11月，物理科学与技术学院正式成立。
物理科学与技术学院秉承我校“公诚勇毅”校训、“三实一新”校风，坚持“以学生为根、以育人为本、以学者为要、以学术为魂、以责任为重”的办学理念，依托学校三航优势，瞄准国家军民重大需求，努力建设成以应用理科为特色的高水平、研究型、国际化的物理学院。
The predecessor of School of Physical Science and Technology of Northwestern Polytechnical University was the Department of Applied Physics established in 1987. In 2003, the Department of Applied Physics, Department of Applied Mathematics, and Department of Chemical Engineering merged into the Faculty of Science. In November 2019, the Faculty of Physical Science and Technology was formally established.
The college has three undergraduate majors: materials physics, applied physics, and optoelectronic information science and engineering; materials physics and chemistry second-level doctoral/master programs, physics and optical engineering two first-level disciplines doctoral/master programs, and materials and Two professional master's programs in chemical engineering and electronic information. There are three post-doctoral mobile stations in materials science and engineering, physics and optical engineering.
The undergraduate major of materials physics and the major of optoelectronic information science and engineering were approved as the national "first-class undergraduate major" construction site in 2019 and 2021, respectively, and the applied physics was approved as the "first-class undergraduate major" construction site in Shaanxi Province. Material physics and chemistry are national "double first-class" construction disciplines and national key disciplines, and optical engineering is a key construction discipline of Shaanxi Province. Physics enters the top 1% of ESI's global subject rankings.
附件 Attachment：
Supervisor List for 2022 PhD Application School of Physical Science and Technology.xlsx
重要提示 Notice:
1. 附件为物理科学与技术学院2022年专业信息表与可接收博士的导师信息表。
The attachments are the Major List and the Spervisor List that can accept the PhD students of the School of Physical Science and Technology in 2022 Academic Year.
2. 请根据此表中导师的教师主页信息以及研究方向选择并联系与你研究方向一致或相似的导师，请不要群发邮件。
Please contact the supervisor according to the their researsh direction and Teacher Website Page information.
Do not send the MASS EMAIL.
3. 导师的邮箱域名为：@nwpu.edu.cn.
Please add: @nwpu.edu.cn after the email adress.
物理科学与技术学院博士专业介绍
The PhD Major Introduction for the School of Physical Science and Technology
一、专业名称 Major：光学工程 Optical Engineering
1、 专业介绍 Major Introduction:
主要研究方向：1.光信息技术与系统, 2.光传感技术与光电系统, 3.光子技术及器件, 4.光电信息材料与技术, 激光现代制造技术与工程（材料学院）
Main research directions: 1. Optical Information technology and system, 2. Optical sensing technology and photoelectric system, 3. Photon technology and devices, 4. Optical Information materials and technology, and Laser Modern Manufacturing Technology and Engineering (College of Materials Science and Technology).
2. 专业核心课程名称 Core Courses:
现代信息光学, 电介质物理学, 固体光电子学, 微纳光子学理论与技术, 光电检测技术与系统, 低维材料物理, 智能材料与系统, 高等半导体光电子学, 非线性光纤光学
Modern information optics, dielectric physics, solid optoelectronics, micronano photonics theory and technology, photodetection techniques and systems, low dimensional Material Physics, Intelligent Materials and Systems, higher semiconductor optoelectronics, nonlinear fiber optics
二、专业名称 Major：电子信息 Electrical Information
1、 专业介绍 Major Introduction:
主要研究方向：1.光信息技术与系统；2.光纤传感器及系统应用；3.光电子材料、器件及应用；
Main research direction:1.Optical information Technology and system 2.Optical fiber sensor and system application 3.Optoelectronic materials, Devices and Applications
2. 专业核心课程名称 Core Courses:
光电子技术，光学薄膜技术，高等光学，非线性光学，光学全息及信息处理，光电子材料，激光技术与工程，光学模拟及应用，超快光子学技术，微纳光子器件
Optoelectronic Technology, Optical Thin Film Technology, Advanced Optics, Nonlinear optics, Optical holography and Information Processing, Optoelectronic Materials, Laser Technology and Engineering, Optical Simulation and Application, Ultrafast Photonics Technology, Micro/nano photonic Devices
三、专业名称 Major：凝聚态物理 Condensed matter physics
1、 专业介绍 Major Introduction:
主要研究方向：液体物理；薄膜及低维体系物理；智能材料物理；物理场下凝聚态物理性质；非平衡相变物理
Main research directions: liquid physics; thin film and low-dimensional system physics; ntelligent material physics; physical properties of condensed matter under the physical field; non-equilibrium phase transition physics.）
2. 专业核心课程名称 Core Courses:
晶体物理学，微波激励与测试技术，凝聚态物理专题，材料动力学，智能材料导论超介质物理, 流体相平衡的分子物理学, 液固相变原理, 亚稳材料物理, 超声原理与技术, 固体发光学, 功能软物质, 纳米材料物理,新型吸波与屏蔽材料,铁电物理学, 薄膜物理学,晶体生长理论与技术,高等统计物理,国防技术物理概论,高等非晶态物理学,太空物理学, 功能材料单晶生长与物理性能（全英文）,面向材料制造强国的科技创新概论。
Crystal Physics; Microwave excitation and testing technology; condensed matter physics topics; Introduction to intelligent materials dynamics; supermedia physics, molecular physics of fluid phase balance, principle of liquid phase transition, liquid solid phase transition, metastable material physics, ultrasonic principle and technology, solid hair optics, functional soft matter, nanomaterials physics, new wave absorption and shielding materials, ferroelectrophysics, thin film physics, crystal growth theory and technology, higher statistical physics, defense technology physics, higher amorphous physics, space physics, functional materials single crystal growth and physical properties (all English), scientific and technological innovation for material manufacturing power.
四、专业名称 Major：材料物理与化学 Materials Physics and Chemistry
1、 专业介绍 Major Introduction:
主要研究方向：空间材料科学，智能材料物理与化学，薄膜及低维材料物理，功能材料物理，微结构材料物理化学，材料相变物理。
Main research directions: spatial material science, intelligent material physics and chemistry, thin film and low-dimensional material physics, functional material physics, microstructural material physical chemistry, material phase transition physics.
2. 专业核心课程名称 Core Courses:
低维材料物理, 智能材料与系统, 快速凝固原理, 空间材料科学原理, 高分子材料的加工原理, 超常材料制备原理与技术, 电介质物理学, 固体光电子学, 凝聚态理论基础, 材料物理化学, 近代高分子合成, 近代高分子物理, 新型功能材料设计原理, 面向材料制造强国的科技创新概论。
Low-dimensional materials physics, intelligent materials and systems, rapid solidification principle, spatial materials science principle, polymer materials processing principles, extraordinary materials preparation principles and technology, dielectric physics, solid optoelectronics, condensate theory foundation, material physics and chemistry, modern polymer synthesis, modern polymer physics, new functional materials design principle, scientific and technological innovation for material manufacturing power.
