高等實驗物理教學大綱:
高等實驗物理教學內容包括：低溫實驗物理與技術; 薄膜物理與技術; 超導量子干涉元件：基礎物理、系統與生物磁學應用; 前瞻實驗物理與其它實驗物理等主題。課程重視基本與創新實驗技術之訓練，前瞻物理之講授、並由課程講授與實習來培養實驗物理能力與相關知識。
　講授內容章節如下：
Chapter 1 Low temperature Experimental Physics and Technology
Techniques for Cryogenic Design and Experiments
Experimental Techniques below mK Using Dilution refrigeration
Superconducting magnets for advanced experiments
Vacuum and machining techniques
Machining technology
Problems

Chapter 2 Thin film Technology and Physics
Micro- and nano-lithography for devices
Device Fabrication using Micro- and nano-lithography and applications
Problems

Chaper 3 . Superconducting Quantum Interference Devices (SQUID), Fundamental and Systems
Fundamentals of SQUIDs
SQUID systems
SQUID Magnetometers for Magnetic Susceptibility
Biomagnetic detection using SQUIDs
Problems

Chapter 4 Advanced Topics in Experimental Physics
Physics and Applications of Hyperpolarized Noble Gas
Low Field Nuclear Magnetic Resonance and Imaging
Magnetic fluid Thin Films for Electro-optical Electronics
Magnetically Labeled Immunoassays.
Atomic Magnetometer and Biosignal Detection
Problems
Chapter 5 Other Experimental Physics and Measurements



Text books and references:
1. Low temperature Laboratory Techniques
A.C. Rose-Innes
The English University Press LTD
2. Handbook of High-Temperature Superconductor Electronics
Neeraj Khare
Marcel Dekker, Inc. (2003)
3. Loose-leaf materials and papers related to the lecture topics and special topics
will be delivered to students during the lecture.