Nanopore sensors, owing to their distinctive structural properties, can be used to detect
biomolecular translocation events. These sensors operate by monitoring variations in …

Recent advances in cost-effective, ultra-rapid, and efficient DNA sequencing are in the
saddle of the advancement of the personalization of medicines for understanding and early …

The fast and precise selective sensing of DNA nucleobases is a long-pursued method that
can lead to huge advances in the field of genomics and have an impact on aspects such as …

The consistent motivation to observe molecular electronics and quantum effects drives the
need for the tunable and robust fabrication of nanogap devices. Electron beam lithography …

Solid-state material-based protein sequencing techniques have emerged as a paradigm that
is capable of decoding the sequence of amino acids in protein by electrical detection. We …

Nanopore-based single-entity detection shows immense potential in sensing and
sequencing technologies. Solid-state nanopores permit unprecedented detail while …

Existing obstacles in next-generation DNA sequencing techniques, for instance, high noise,
high translocation speed, and configurational fluctuations, call for approaches capable of …

The tremendous upsurge in the research of next-generation sequencing (NGS) methods has
broadly been driven by the rise of the wonder material graphene and continues to dominate …

Triacetone triperoxide (TATP) is a highly potent homemade explosive commonly used in
terrorist attacks. Its detection poses a significant challenge due to its volatility, and the lack of …

We investigate the electronic structure and electronic transport properties of two-
dimensional (2D) In 2 Se 3 monolayer, using density functional theory combined with the …