Number sequences, like Fibonacci, Fermat, Markov, Euler, Bernoulli, etc., have found their utlity in representing a variety of scientific phenomena in science and engineering. Here, we explore the role of Catalan and ...

Navigation of self-propelled active particles in complex biological environments has been a grand challenge for researchers for the past few decades. Here, we design a self-driven synthetic active droplet system, based on ...

Cataracts, a major cause of global blindness, contribute significantly to the overall prevalence of blindness. The opacification of the lens, resulting in cataract formation, primarily occurs due to the aggregation of ...

Titanium diboride (TiB2) is a member of the AlB2-type layered metal boride family; the materials of this family are receiving renewed research interest owing to their amenability to nanoscaling. Earlier, we showed that ...

AlB2-type metal diborides are receiving renewed interest owing to their layered crystal structure. These materials have extraordinary diversity and topology owing to multicentered boron bonds, which impart unique physicochemical ...

Neurodegenerative diseases (NDDs) are the slow-progressing diseases that affect neurons, brain cells, and surrounding brain regions. There are several stages of damage and death of cells in these disorders that could affect ...

We use grand canonical transition matrix Monte Carlo simulations to study the precipitation of dimeric nanoparticles. The dimers are composed of two particles having different chemical features and separated by a fixed ...

Hydrophobic-coated glass (CS) on PV surfaces is known to reduce particulate matter (PM) accumulation. However, there is no comparative study on the % reduction in soiling loss (% RSL) on CS with respect to uncoated glass ...

Whether plastic waste ends up in a landfill or washed into the ocean, the ecological consequences of plastic pollution remain a constant challenge. In this work, we showcased how plastic waste derived reduced graphene oxide ...