Direct white-light (CIE coordinate of x= 0.333, y= 0.335, CCT of 5455 K and CRI of 82) with a
high luminous efficiency (18.4%) was achieved in the first example of Eu3+–Gd3+ …

Deoxyribonucleic acid or DNA molecules expressed as double-stranded (DSS) negatively
charged polymer plays a significant role in electronic states of metal/silicon semiconductor …

Double and triple lanthanide ion (Ln3+)-doped synthetic double crossover (DX) DNA lattices
and natural salmon DNA (SDNA) thin films are fabricated by the substrate assisted growth …

Even though lanthanide ion (Ln 3+)-doped DNA nanostructures have been utilized in
various applications, they are rarely employed for photovoltage generating devices because …

We fabricated synthetic double-crossover (DX) DNA lattices and natural salmon DNA
(SDNA) thin films, doped with 3 combinations of double divalent metal ions (M 2+)-doped …

We report the fabrication and physical characteristics of niobium ion (Nb 5+)-doped double-
crossover DNA (DX-DNA) and salmon DNA (SDNA) thin films. Different concentrations of Nb …

DNA is one of the most propitious biomaterials for use in nanoscience and nanotechnology
because of its exceptional characteristics, ie self-assembly and sequence-programmability …

DNA is considered as a useful building bio-material, and it serves as an efficient template to
align functionalized nanomaterials. Riboflavin (RF)-doped synthetic double-crossover DNA …

DNA molecules doped with lanthanide and metal ions possess distinct functionalities,
providing a feasibility to be utilised in various applications in nano-and biotechnologies. In …

Researchers have begun to use DNA molecules as an efficient template for arrangement of
multiple functionalized nanomaterials for specific target applications. In this research, we …