The current Covid-19 epidemic has necessitated the development of a biosensor that is
expected to be extraordinarily sensitive, rapid, precise, and economical for the detection of …

The paper presents a dielectrically modulated negative capacitance Germanium source
vertical tunnel FET (DM-NC-Ge-vTFET) biosensor for detection of non-tumorigenic breast …

A thorough investigation into the development and performance assessment of biosensors
that utilize Tunnel Field Effect Transistors (TFETs), showcasing a departure from …

This work reports a novel structure of gate dielectric modulated SOI TFET for biological
sensing applications. The device uses InSb/Si heterojunction with N+ pocket at drain …

This article presents a novel structure for efficient label free biosensing applications. The
proposed device comprises of 6H-Silicon Carbide based double gate Schottky Barrier FET …

Over the last few decades, field-effect transistor (FET)-based biosensors have demonstrated
great potential across various industries, including medical, food, agriculture, environmental …

The label free detection of various biomolecules associated with different diseases has been
proposed in this manuscript using a novel biosensor design named as the Hetero Dielectric …

This work investigates into the potential application of an improved N+ pocket Vertical
Junctionless TFET (V-JL-TFET) as a label free biosensor. To calculate the sensitivity of the …

This work proposes a novel double gate hetero‐material tunnel field effect transistor for label
free biosensing applications. The device consists of III‐V semiconductor gallium arsenide …

A dual-source cavity charge plasma tunneling FET (DSC-SP-CPTFET) with SiGe Pocket is
proposed, and its effectiveness as a biological sensor for label-free detection is explored …