As the climate crisis continues to escalate, there has been a growing emphasis on the
development of electrode materials that are environmentally friendly and sustainable …

The development of flexible supercapacitors (FSCs) capable of operating at high
temperatures is crucial for expanding the application areas and operating conditions of …

With the increasing advancement of knowledge and the widespread use of electronics, the
demand for more efficient energy storage devices and materials has increased dramatically …

The performance of energy storage devices depends essentially on the quality and
construction of their components. Capacitors store electrical charges being the most basic …

In this work, we develop molecular dynamics simulations to investigate the structural and
dynamic behavior of hydrogen bonds in A 6 X-type peptide structures (X= D, K, and R) in the …

In this work, we performed fully atomistic classical molecular dynamics simulations to
characterize the structural and energetic interaction of peptide nanoribbons/nanofibers with …

The increased focus on green energy storage devices and the related rapid advancement in
biomedical technologies makes the investigation of biocompatible integrated systems with …

In this work, nanomembranes formed by the I3 X GK (X= Q, S, or N) polar peptides are
studied to characterize the average force and energy required to separate two neighboring β …

The microbial transglutaminase (TGase) from Streptomyces mobaraensis (MTGase) is
widely used for industrial applications. However, in the last decades, TGases from other …

In this work, we explore the concepts of molecular dynamics (MD) to investigate the energy
storage capacity of supercapacitors (SCs) composed of amino acid-based ionic liquids …