Daniel Courjon is Director of Research at CNRS. Parallel to his research activity, he is also Director of the Institute of Microphone-techniques of Franche-Comte (IMFC), Director of Optical GDR and Deputy Manager of the GDR "Waves" of department STIC of CNRS.

• History of Near-field Optics; Non-radiating Sources and Non-propagating Fields; Evanescent Optics; Theories and Modellings; Inverse Problem and Apparatus Function; Criteria of Quality, Noise and Artifacts; Nano-collectors and Nano-emitters; Instrumentation; Main Near-field Microscope Configurations; Near-field Image Processing; Applications of Near-field Microscopy; Appendix A: Basis of Optics.

"This book provides an overview for undergraduates and anyone who has an interest in this peculiar phenomenon, and serves as a manual for engineers and researchers. Colloid & Polymer Science

Daniel Courjon is Director of Research at CNRS. Parallel to his research activity, he is also Director of the Institute of Microphone-techniques of Franche-Comte (IMFC), Director of Optical GDR and Deputy Manager of the GDR "Waves" of department STIC of CNRS.

• History of Near-field Optics; Non-radiating Sources and Non-propagating Fields; Evanescent Optics; Theories and Modellings; Inverse Problem and Apparatus Function; Criteria of Quality, Noise and Artifacts; Nano-collectors and Nano-emitters; Instrumentation; Main Near-field Microscope Configurations; Near-field Image Processing; Applications of Near-field Microscopy; Appendix A: Basis of Optics.

"This book provides an overview for undergraduates and anyone who has an interest in this peculiar phenomenon, and serves as a manual for engineers and researchers. Colloid & Polymer Science

Daniel Courjon is Director of Research at CNRS. Parallel to his research activity, he is also Director of the Institute of Microphone-techniques of Franche-Comte (IMFC), Director of Optical GDR and Deputy Manager of the GDR "Waves" of department STIC of CNRS.

• History of Near-field Optics; Non-radiating Sources and Non-propagating Fields; Evanescent Optics; Theories and Modellings; Inverse Problem and Apparatus Function; Criteria of Quality, Noise and Artifacts; Nano-collectors and Nano-emitters; Instrumentation; Main Near-field Microscope Configurations; Near-field Image Processing; Applications of Near-field Microscopy; Appendix A: Basis of Optics.

"This book provides an overview for undergraduates and anyone who has an interest in this peculiar phenomenon, and serves as a manual for engineers and researchers. Colloid & Polymer Science