CSIR sanctioned LPU Scientist’s Rs 43 Lakh Research Project on T-Rays that may replace X-Rays

National analysis & Development organization, Council of Scientific & Industrial analysis (CSIR, India) has sanctioned Rs forty three hundred thousand (Rs. 42,94,500/-) grant for LPU mortal Dr Niti Kant’s research. it's entitled as “Efficient THz (THz) radiation throughout Laser-Plasma Interaction”. Dr Kant is AN prof at Department of Physics of beautiful skilled University, whose analysis endeavour may be a revolutionary step within the field of radiation and imaging therefrom. it'll cause a simple and effective therapy for a cancer patient. as compared to X-Rays’ imaging, THz (THz) is non-ionizing radiation, that doesn't injury tissues and polymer. it's conjointly useful in Defence areas by creating straightforward detection of hidden explosives and mines, while not destructing them hazardously. beside Dr Niti Kant, LPU Chancellor adult male Ashok Mittal congratulated all of the scientists at the university United Nations agency area unit often transferral novel analysis and development work on the field.

In place of X-Rays, the planet is currently prepared for T-rays (terahertz rays). Invisible to the attention and undetectable by most sensors, this tiny frequency of sunshine known as ‘terahertz’ earlier remained faraway from the scientists for quite a century. LPU scientists’ analysis is to reveal superb visual-results within the method. victimization THz technology, a recent addition to the array of imaging tools a lot of are often seen on the far side any surface. This has unfolded new avenues in THz analysis. Imagine, while not gap a book, one would be able to scan all of its pages through ‘T-Rays’.
CSIR sanctioned LPU Scientists Rs forty three hundred thousand research on T-Rays which will replace XRays

Jubilant on prestigious approval of his project, Dr Niti Kant shared: “Some frequencies of rate radiation will penetrate many millimetres of tissue with low tide content (e.g. fatty tissue) and mirror back. rate also can find variations in water content and density of a tissue. Such strategies enable effective detection of animal tissue cancer, with a safer and fewer invasive or painful system exploitation imaging. I and my team at LPU square measure able to develop a theoretical model for economical rate generation throughout laser-plasma interaction. optical maser & plasma parameters would be optimized by our team for optimum potency through radiation.”


Scientifically speaking, Dr Niti Kant’s project aims to develop a theoretical model to provide economical THz (THz) radiation throughout laser-plasma interaction. THz (THz) radiations also are referred to as submillimetre radiations. rate radiation could be a much-attracting field of analysis for previous couple of decades thanks to its numerous applications in medical and biological imaging, remote sensing, material characterization, explosive detection and additional.

CSIR sanctioned LPU Scientists Rs forty three 100000 scientific research on T-Rays which will replace XRays

Council of Scientific & Industrial analysis (CSIR), India, a premier national R&D organization, is among the world’s largest in public funded R&D organizations. CSIR’s pioneering sustained contribution to S&T human resource development is acclaimed across the nation. Human Resource Development cluster (HRDG), a division of CSIR realizes this objective through numerous grants, fellowship schemes etc. HRDG has been contributory considerably towards manufacturing associate degree inquiring society and aggressive data economy.