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The number of manufactured nanomaterials (MNMs) entering the market in everyday products is continuously increasing. These products range from health care to electronics,…
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The International Energy Agency reports that hydrogen can tackle the challenges of increasingly severe energy crisis and environmental pollution. Nowadays, photocatalytic…
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To date, temperature remains one of the least understood and most difficult of all physical quantities to measure. In fact, our ability to measure temperature based on th…
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Bacterial infection is one of the critical factors affecting food safety. Recent food-borne microbial outbreaks are the driving force in the search for innovative ways to…
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Although chemical synthetic preservatives are still the primary means to control food corruption, their use is restricted. Long-term use of chemical synthetic preservativ…
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Non-linear optical processes can probe physical and chemical processes in materials with an unprecedented spatial and temporal resolution that is difficult to achieve usi…
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This methods collection focuses on the applications of various methods aimed at stabilizing or separating emulsions concentrated on decreasing the environmental footprint…
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Metal-organic frameworks (MOFs) are among the most widely studied solid-state materials in modern chemistry. Most synthesis and characterization studies on MOFs have…
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Heterocyclic compounds are organic compounds with a ring structure that contains at least one C-atom and one heteroatom, such as N, O, or S, representing a privileged cla…
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Photo-enabled synthesis of novel and advanced materials has attracted intensive attention in the renewable energy fields, especially in energy harvesting, storage, and ut…
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The increase in global carbon dioxide has been the main driver of climate change and global warming. Thus, a thoughtful engineered approach to taking carbon dioxide out o…
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Methods for the preparation of nanoporous materials have been intensively investigated in recent years with goals that include expanding the scope of materials and improv…
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Molecular spectroscopic signals show enhancement near the interface of a conductor and the molecule when the light frequency is on resonance with the surface plasmon of t…
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A little retrospection appreciates that life stands on various biological processes such as immune response, hormonal activity, etc., which in turn are triggered, guided,…
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Advances in surface modification and surface characterization have broadened our understanding of interfacial properties and facilitated the fabrication of the sensors. T…
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Optomechanical materials, which interconvert mechanical and optical stimuli, are of great interest for a variety of applications, from mechanical sensors for electronic s…
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Two-dimensional (2D) materials provide a versatile platform to investigate a panoply of bizarre optical, electronic, magnetic, and mechanical properties at the atomically…
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Ionic liquids (ILs) are employed in a myriad of applications (e.g., solvents, electrolytes, catalysts, and spacecraft propellants) due to the tunability of their physicoc…
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Antimicrobial resistance (AMR) is a major global health threat responsible for >700,000 deaths annually because of untreatable bacterial, fungal, viral, and protozoal …
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Global energy consumption is increasing rapidly and to achieve growing energy demand, the expansion of more efficient renewable energy technologies is of paramount import…
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Protein crystallography is the most successful technique in structural biology, with the vast majority of published structures having been determined using this method. H…
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The chemistry of metal-metal bonded complexes, an evergreen field of study, has received increased attention in the past two decades. From the recognition of the dimeric …
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More efficient and practical organic synthesis methods are developed and reported daily in academia. However, the scale-up effect of organic synthesis makes scale-up…
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Advances in electrochemistry are driven by understanding the fundamentals of electrochemical processes and developing technologies for next-generation sensors a…
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Polynucleotides play an important role as genomic materials to carry genetic information. The discovery of polynucleotides over the past decades, having catalytic and reg…
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Lipids play critical roles in many physiological processes, including cell signaling, cell development, and maintaining cell membrane fluidity and flexibility. After synt…
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Historically, humanity has used herbs and other plant-based substances for medicinal purposes. Bioactive natural products isolated from plants have played a key role in d…
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Plastic littering is a major concern globally and is ever increasing. Similarly, biomass waste is available in sufficiently large quantities. The waste-to-energy approach…
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Magnetic resonance imaging (MRI) is a minimally invasive diagnostic modality that provides spatiotemporal information of tissues at essentially unlimited depths. Conventi…
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Terpenes/Terpenoids constitute one of the largest classes of secondary plant metabolite-based natural products due to their various chemical attributes that can arise fro…
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Lignocellulosic biomass is the most readily available, affordable, and renewable feedstock in the production of biofuels and biochemicals in an integrated biorefinery man…
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Electrocatalytic reactions, i.e., hydrogen evolution, carbon dioxide reduction, and nitrogen reduction serve as promising strategies to produce valuable fuels and feedsto…
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