Magneto-plasmonics is a relatively new field that has many great potential applications in biomedicine and biomedical technologies such as ultra-sensitive biosensing and bio-detection, bio-imaging, bio-therapy, drug-delivery, and nano-imaging, to name a few. A deep understanding of various factors influencing magnetoplasmon properties is an important step in the effort to design new magnetic sensors and devices. […]

Magneto-optic-plasmonics (MOP) is a relatively new class that merges the three sub-fields: optics, magnetics, and plasmonics of science. The main ingredients of MOP material are ferromagnetic and ferromagnetic oxide materials like Fe, Co, Ni, magnetite, etc. where any change in permittivity tensor is conveyed by the presence of an applied external force or a magnetic […]

Introduction A biosensor is a diagnostic device used for the detection of a physical or chemical substance that combines a biological component with a physio-chemical detector. The reader of the biosensor device connects with the signal processors or associated electronics, which are primarily responsible for the display of results in a user-friendly manner. Now it […]

Biosensors are new, highly innovative devices used for detecting biological responses, which are converted into measurable data. How Biosensors Work: Biosensors capture biological data, which is first analyzed using algorithms and then translated into measurable quantity. Advantages of Biosensors: Detects & Prevents Progression of Illness Research has shown that biosensors highly effective in diagnosing the […]