Phd. in Applied Physics: Applied Optics

PhD

In Ranchi, Allahabad, Jaipur and 3 other venues

Price on request

Description

  • Type

    PhD

Facilities

Location

Start date

Allahabad (Uttar Pradesh)
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B-7, Industrial Area, Naini

Start date

On request
Jaipur (Rājasthān)
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27, Malviya Industrial Area, 302017

Start date

On request
Kolkata (West Bengal)
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Southend Conclave, 4th Floor 1582 Rajdanga Main Road, 700107

Start date

On request
Noida (Uttar Pradesh)
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A-7 Sector 1, 201301

Start date

On request
Patna (Bihār)
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Near Patna Airport, P.O. Bihar Veterinary College, 800014

Start date

On request
Ranchi (Jhārkhand)
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P O Ratanpur, Jasidih, Dist. Deoghar

Start date

On request
Ranchi (Jhārkhand)
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Jharkhand , 834001

Start date

On request
Ranchi (Jhārkhand)
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Birla Institute of Technology, Mesra, , 835215

Start date

On request
See all (8)

About this course

An applicant for admission to the Ph.D. programme of this Institute shall possess,
normally, an M.Phil./Master’s degree in the concerned subject with a minimum of 60% marks (55% in caseof Full-Time Sponsored candidates with a minimum of three years professional experience, and SC/ST candidates) at Master’s level or an M.Phil./Master’s Degree.

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Reviews

Course programme

The Institute offers Phd. in Applied Physics: Applied Optics. Applied Optics (Holography, Optical coherence tomography, Quantum Dot, Optical Imaging, Digital Holography, Optical tweezer). The Applied Optics Group concentrates on three areas –

1. Digital real-time holography for material testing and diagnoses. A home made innovative setup developed has made real-time holography a simple technique. The instrument developed is adopted for testing solid samples for faults, voids, cracks etc. A digital holography setup developed at the Institute is adopted for the measurements on plasma parameters.

2. Optical coherence tomography for (a) non-invasive blood glucose measurements and (b) non-invasive, non-contact measurement of skin burn depth. This work has received active theoretical support from Dr. Pratima Sen of SGSITS, Indore.

3. Optical properties of quantum dots. Fiber optic Spectroscopic measurements are adopted for the measurements on plasma parameters such as electron temperature, emissivity profile, etc. Using Abel inversion method, software is developed for the reconstruction of emissivity profile from the integrated intensity data.

Phd. in Applied Physics: Applied Optics

Price on request