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Recent years have seen rapid development of electron microscopy techniques for a variety of fields. The physical sciences, in particular, have seen a large number of tech…
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Studying materials under extreme conditions is particularly important for many engineering and materials science applications. Typically, materials would experience extre…
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Metabolism provides energy and macromolecules required for the live organism. The status of metabolism reflects how healthy the organ is. Moreover, secreted metabolites f…
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Memristors are known as non-linear resistors with intrinsic characteristics like synapses in a mammalian brain. The theory of such a device concept was proposed in 1971 b…
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Nanophotonics finds applications in a plethora of applications ranging from communication devices, spectroscopy, studying light-matter interactions as well as bio-photoni…
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Recently, major breakthroughs have been made in the research field of wearable biosensors, making them widely used in many bio applications. As an interdisciplinary field…
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Photon management and particularly the broadband absorption of the solar radiation is important to a plethora of technological applications. Light trapping concerns with …
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Hydrogen has immense energy carrying capacity without any source of carbon-based emissions. It can reduce the dependability on non-reliable and limited conventional fuels…
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Multi-functional materials like fiber-reinforced composite, energy-absorbing material, self-healing material, 3D printing material, hydrogel material, etc., are widely us…
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Microrobots have been appealing for their potential in performing tasks that need small-scale controllable tools. Various techniques based on chemical synthesis, physical…
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Organoids are organotypic multicellular constructs generated through self-renewal and self-organization of stem cells in a three-dimensional (3D) culture. They can recapi…
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Soft robots are on the rise, as they are adaptable and lightweight, enabling safer physical human-robot interaction. Meanwhile, recent development in additive manufacturi…
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Construction materials have continued to undergo persistent development through the ages, while research has been uninterrupted to modify and improve the properties of th…
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Sensors can be considered devices that help improve the quality and amount of information people can get from the environment. Among them, one with the more significant s…
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Optical fiber sensing (OFS) technology is gaining lots of appreciation and acceptance in the civil engineering applications. Comparing with traditional electrical resista…
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The electro-hydrostatic actuator (EHA) is a promising self-contained power device that combines the advantages of both electric and hydraulic technologies. The modular de…
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Conductive polymers are very versatile semiconductor materials that combine the mechanical properties and ease of obtaining conventional polymers with the conductive prop…
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Electrical sensing techniques have been used in diverse applications. Commonly used electrical sensing techniques include resistive sensing, capacitive sensing, and elect…
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Enlarging the contact angles between water droplets and specific surfaces to a large apparent extent (over 150 degrees), namely, to build superhydrophobic surfaces, is of…
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Electron microscopy is an integral toolbox for materials science and engineering enabling detailed analysis of microstructure and composition of materials at different le…
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In recent years, visualization experiments are of great significance in the field of energy and power, including high-speed photography and laser-based diagnostics. Vario…
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Plastics manufacturing processes exploit polymer's thermal and rheological properties to shape them into complex product geometries with excellent mechanical, ae…
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Viscoelastic behaviors are common in polymers, composites, geological materials, biomaterials, and even metals. Viscoelastic mechanics focus on the time-dependent mechani…
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All-optical quantum circuits are fast and secure substitutes for optoelectronic/electronic devices. The big data and complex information processing requires a dense integ…
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The ability to visualize, characterize, and quantify materials on a microstructural level is critical to understanding their functionality at the macroscale. Moreove…
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The metal-ion (Li-ion, Na-ion, dual-ion etc.) battery works on ion movement between the anode and cathode electrodes. In theory, such a mechanism should work forever; how…
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Rheology is the science which studies the flow and deformation of matter. It plays a very important role not only in industrial applications, but also in daily life. Visc…
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