Publications by authors named "N N Mathur"

Background: A portfolio is a specific collection of student work and achievements in various areas. E-portfolio is an electronic collection that serves the purpose of storage and showcase with the ease of access for both students and evaluators. The knowledge and skills regarding immunization in medical students are of utmost importance for the successful implementation and conduction of the Universal Immunization Program in the country.

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In this case report, we discuss the critical interdependence of structure and function in demonstrating systolic anterior motion (SAM) of the mitral valve after repeat heart transplantation, where residual apical tissue of the explanted heart remained in place. The resulting conformational changes led to anterior displacement of the mitral valve and persistent SAM.

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Gallium, Indium and Cobalt are critical materials that are vital to ramping up the adoption of clean energy technologies such as solar photovoltaics (PVs), electric vehicles (EVs) and wind turbines (WTs). Like other critical materials, they are prone to supply chain risks resulting in future uncertainty associated with supply, demand and price parameters. Understanding current and future market dynamics will mitigate this uncertainty.

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With technological advancement, neonatal intensive care units (NICUs) have become noisier than ever. Studies have shown the detrimental effects of increasing noise in NICU on growing pre-term and sick neonates. The present study aimed primarily to compare the amount of noise in NICUs of private and government hospitals.

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Article Synopsis
  • Flat bands can lead to unique physical properties like superconductivity and many-body effects, and their behavior depends on the quantum metric, which helps distinguish between interesting correlated physics and less significant dangling bonds.
  • Geometric structures, such as the kagome lattice, show promise for creating correlated flat bands, though real materials often add complexity, making quantum geometry crucial for understanding band properties.
  • Researchers used a soft-chemical process to oxidize Ni-kagome material CsNiS, significantly reducing its resistance, yet it remained insulating without any phase transition, hinting at a mysterious correlated insulating state.
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