About this Research Topic
In an era marked by rapid technological advancement, smart materials are pivotal in developing innovative sensors and actuators across various domains, from environmental sustainability to healthcare. The growing demand for continuous monitoring has propelled significant progress in smart materials and devices. However, conventional production methods utilizing non-eco-friendly substances significantly contribute to environmental issues, such as electronic waste and pollution, affecting water, air, and soil quality. Innovations in smart materials not only need to enhance efficiency and functionality but also prioritize sustainability, urging a shift towards non-toxic materials, reduced resource consumption, and energy-efficient manufacturing processes.
This Research Topic seeks to spotlight the integration of advanced smart materials and devices aimed at promoting sustainable practices in environmental management and healthcare. Key objectives include exploring innovative modeling of smart materials, advancing new energy materials, and refining the additive manufacturing processes. Additionally, this topic aims to delve into the development of integrated devices that feature energy harvesters to enhance the lifespan of devices while minimizing battery waste.
Focusing on both scientific exploration and technological application, this topic invites a broad range of articles. It aims to cover:
The intersection of material science and technology, from synthesis to application in sensors and other devices.
Innovative use of AI and machine learning in discovering new materials conducive to environmental sustainability and healthcare.
We invite submissions of Original Research, Review, Mini Review, and Perspective articles, particularly (but not limited to) the following areas:
- Materials for sensors such as gas sensors
- Sensor fabrication and performance evaluation
- Advancements in smart materials
- Developments in battery materials
- Innovations in additive manufacturing
- Computational materials with applications in energy solutions
- Sustainable materials discovery for environmental and healthcare applications
This collection hopes to provide a comprehensive overview of recent advancements in sustainable smart materials and devices from both a scientific and technological perspective.
This Research Topic seeks to spotlight the integration of advanced smart materials and devices aimed at promoting sustainable practices in environmental management and healthcare. Key objectives include exploring innovative modeling of smart materials, advancing new energy materials, and refining the additive manufacturing processes. Additionally, this topic aims to delve into the development of integrated devices that feature energy harvesters to enhance the lifespan of devices while minimizing battery waste.
Focusing on both scientific exploration and technological application, this topic invites a broad range of articles. It aims to cover:
The intersection of material science and technology, from synthesis to application in sensors and other devices.
Innovative use of AI and machine learning in discovering new materials conducive to environmental sustainability and healthcare.
We invite submissions of Original Research, Review, Mini Review, and Perspective articles, particularly (but not limited to) the following areas:
- Materials for sensors such as gas sensors
- Sensor fabrication and performance evaluation
- Advancements in smart materials
- Developments in battery materials
- Innovations in additive manufacturing
- Computational materials with applications in energy solutions
- Sustainable materials discovery for environmental and healthcare applications
This collection hopes to provide a comprehensive overview of recent advancements in sustainable smart materials and devices from both a scientific and technological perspective.
Keywords: Sensors, Energy, Nanotechnology, Environment, Materials
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
