Ultracold quantum gases have emerged as a powerful platform for exploring complex quantum many-body physics due to their tunability and precise control. Engineering interatomic potentials via external fields leads to a ...

Recent years have seen a tremendous surge in the amount of research dedicated towards the structural and functional exploration of organic-inorganic hybrid halometallates, shedding light to newer directions in the domain ...

The transition metal complexes of N-heterocyclic carbenes (NHCs), especially, ligated copper (I) NHC complexes, have been widely utilized in various catalytic reactions, such as C-B, C- C, and C-N coupling reactions. ...

Sequential reactions are a class of chemical processes where the product of one reaction serves as the reactant for the next. These reactions are fundamental in both organic processes and are often used in multistep ...

This thesis, entitled “Design and Synthesis of Symmetry-tuned Metal-isothiocyanate-Based Complexes for Ferroelectric, Piezoelectric, and Memtransistor Studies” explores the rational design and synthesis of metal-isothiocyanate ...

Low-valent main-group compounds, possessing at least one lone pair and a vacant p-orbital, have emerged as strong contenders to transition metals due to the low-lying energy separation between their frontier molecular ...

Plants grow in a highly dynamic and complex environment, where adaptability and plasticity are key factors for their survival and development. Mobile signals, whether short- or long-distance, play an essential role in ...

This first five chapters of this thesis are concerned with the study of some two-player combinatorial games on random premises. These chapter include 1. the k-jump normal and k-jump misere ` games on rooted Galton-Watson ...

Metazoan embryonic development relies on precise cellular and morphogenetic processes, which are highly-energy intensive. Mitochondria, the powerhouse of the cell, play vital roles in various such morphogenetic events for ...

Malaria caused by the Plasmodium falciparum is driven by alterations in the infected RBC surface by recruiting antigens that can bind to the endothelial receptors (cytoadherence). The clonally variant multigene family of ...