Transformation optics has been widely used for controlling various fields/waves, such as electromagnetic fields, acoustic waves, thermal fields, and water waves. Many novel devices with unique functions (e.g., invisibility cloak, perfect imaging, etc.) can be designed with the help of Transformation optics. In recent years, many new research branches in transformation optics are developing, such as simultaneous controlling multiple physical fields, deep learning for designing invisibility cloaks, optical surface transformation, and so on. This Research Topic will focus on any frontier areas and research branches related to transformation optics.
The goal of this Research Topic is to further promote the research development of transformation optics and its related branches and to inspire more frontier topics related to transformation optics. Specifically, this collection hopes to seek breakthroughs in the following areas (but not limited to): 1) new functional structures/devices based on transformation optics and/or metamaterials; 2) new efficient method of multi-physics field control based on transformation optics; 3) new cloaking methods.
The main topics of this Research Topic cover, but are not limited to, the following areas:
• Novel optical/electromagnetic devices by transformation optics
• Transformation optics for controlling other physical fields
• Optic-null medium and its applications
• Antennas and radiation by transformation optics and metamaterials
• New theory on transformation optics
• Invisibility cloak
• Optical conformal mapping
• Metamaterials and metasurfaces
Transformation optics has been widely used for controlling various fields/waves, such as electromagnetic fields, acoustic waves, thermal fields, and water waves. Many novel devices with unique functions (e.g., invisibility cloak, perfect imaging, etc.) can be designed with the help of Transformation optics. In recent years, many new research branches in transformation optics are developing, such as simultaneous controlling multiple physical fields, deep learning for designing invisibility cloaks, optical surface transformation, and so on. This Research Topic will focus on any frontier areas and research branches related to transformation optics.
The goal of this Research Topic is to further promote the research development of transformation optics and its related branches and to inspire more frontier topics related to transformation optics. Specifically, this collection hopes to seek breakthroughs in the following areas (but not limited to): 1) new functional structures/devices based on transformation optics and/or metamaterials; 2) new efficient method of multi-physics field control based on transformation optics; 3) new cloaking methods.
The main topics of this Research Topic cover, but are not limited to, the following areas:
• Novel optical/electromagnetic devices by transformation optics
• Transformation optics for controlling other physical fields
• Optic-null medium and its applications
• Antennas and radiation by transformation optics and metamaterials
• New theory on transformation optics
• Invisibility cloak
• Optical conformal mapping
• Metamaterials and metasurfaces
