Nanoscale fluorescence emitters are efficient for measuring biomolecular interactions, but
their utility for applications requiring single-unit observations is constrained by the need for …

Metal–organic frameworks (MOFs) have excellent applicability in several fields and have
significant structural advantages, due to their open pore structure, high porosity, large …

Photoplasmonic platforms are being demonstrated as excellent means for bridging
nanochemistry and biosensing approaches at advanced interfaces, thereby augmenting the …

Metallic nanosystems with strong surface plasmon resonance have been a predominant
choice for surface plasmon-coupled emission (SPCE), leading to a plethora of sensing and …

Engineering photo-plasmonic platforms with heterometallic nanohybrids are of paramount
significance for realizing augmented sensitivity in fluorescence-based analytical detection …

Conventionally, nanoassemblies are synthesized using widely adopted template-based
approaches. External stimuli such as electric and magnetic fields and light-induced …

Sustainable chemistry principles involve go-green approaches for the synthesis of
nanomaterials. Recent interest has been toward the use of renewable raw materials as …

Nanocavities forms the basis for plasmon-enhanced luminescence-based sensing
technologies. Although surface plasmon-coupled emission platform has progressed with …

Different classes of biologically and environmentally relevant molecules and ions are
quantitatively and qualitatively analyzed using the synergistic approach wherein the …

The escalating concern about ohmic losses in metal-dependent plasmonics demands more
effective material fabrication for the development of biosensing frameworks. The …