What is nanoimprint lithography? This article explains how NIL works, its main variants, key applications, and the challenges limiting wider adoption.
Moore’s Law is slowing, but nanotechnology is opening new ways to keep chips getting faster, smaller, and more efficient.
By Atif Suhail
21 May 2026
NBTXR3, developed by Nanobiotix, uses hafnium nanoparticles to enhance the efficacy of radiotherapy in solid tumors, minimizing harm to surrounding tissues.
By Ankit Singh
12 May 2026
Nanomedicine improves drug delivery potential, but EPR variability, immunogenicity, scale-up, and regulation remain major translational barriers.
By Dr. Priyom Bose
7 May 2026
The ability to pluck magnetic nanocatalysts out of a reaction could make circularity much more accessible for many chemical reactions. We explain it all here.
Graphene remains a mechanical benchmark, but carbyne, diamond nanothreads, and amorphous carbon may lead in other strength metrics.
By Mohsin Abbas
28 Apr 2026
Why do quantum dots get so much attention? Their size-dependent optical properties make quantum dots valuable for displays, imaging, sensing, energy applications, and more.
By Vladimirs Zenko
21 Apr 2026
How Professor Sumio Iijima’s research in electron microscopy led to the discovery of carbon nanotubes and opened new directions in nanoscience.
By Vladimirs Zenko
21 Apr 2026
Nanotechnology AI hardware advances could ease memory, heat, and scaling limits by improving transistors, interconnects, cooling, and next-generation chip architectures.
By Mohsin Abbas
14 Apr 2026
By integrating nanoscale fillers, nanocomposites significantly enhance the properties of polymers, metals, and ceramics for diverse technological applications.
By Atif Suhail
31 Mar 2026