Global warming remains a significant challenge, primarily caused by greenhouse gases such as CO₂, CH₄, and N₂O, which trap heat in the atmosphere. Since the industrial revolution, CO₂ levels have risen from approximately ...

Halide perovskites often change their crystal structure based on external condition like temperature and pressure. This structural phase transition may lead to changes in their inherent semiconducting properties like ...

Metal-organic frameworks (MOFs) are a distinctive class of hybrid organic-inorganic materials composed of periodically arranged metal nodes and organic linkers. These materials have attracted considerable attention across ...

This thesis attempts to analyze and further the conceptualization of the burgeoning field of transnational fiction through the literary works of Bernardine Evaristo, a Black British woman writer. The theory of transnationalism ...

Membranes are fundamental to biological systems as they serve as physical barriers that enable compartmentalization and functional specialization of the cytoplasm. But membranes must undergo constant and regulated mass and ...

Transport of charged ions is vital for cellular survival. The required amount of ions for cellular systems is fulfilled through the membrane-embedded protein channels. Inspired by the function of ion transport and therapeutics ...

In an era of growing environmental and technological challenges, the development of smart materials capable of addressing critical issues such as pollution and waste recovery has become essential. My PhD research focuses ...

In this thesis, we consider the notion of finite type-ness or Postnikov completeness of a site introduced by Morel and Voevodsky. One of the important consequences of having a finite type site is the existence of an exact ...

Oncogenic Ras regulates MAPK, PI3K, and RalGEFs signaling to control cell proliferation, survival, anchorage-independence, and metastasis in cancer. Ral (Ras-like GTPase) activation is known to be essential for Ras-mediated ...

In the presence of a high magnetic field, nuclear spins serve as an ideal testbed for studying quantum correlations and open quantum system dynamics in various physical phenomena ranging from quantum information processing ...