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Mayank Goswami
Mayank Goswami Assistant Professor mayankfph[at]iitr.ac.in +911332-28-5759/5244
Areas of Interest
  • Nuclear Physics/Engineering, Radiation Detection and Applications
  • Mathematical Physics, Inverse Problems, Algorithm Development, Optimization & Image Analysis
  • Instrumentation & Applied Physics:, :Computed Tomography: X-Ray/Gamma Ray/Ultrasound/Optical Coherence Tomography
  • Statistical Applied Physics:, :Wave Propagation
  • Biophysics & Biomedical Engineering:, :Cancer Diagnostics, Ocular Imaging
Professional Background
FromToDesignationOrganisation
20142016Post Doctoral EmployeeUniversity of California, Davis, CA, USA
20142014Assistant ProfessorNational Institute of Technology Patna
Honors and Awards
AwardInstituteYear
International Conference Attendance Award British Institute of Non-Destructive Testing2014
Educational Details
DegreeSubjectUniversityYear
PHDNuclear Engineering & Technology ProgrammeIIT Kanpur2014
M.Tech.Nuclear Engineering & Technology ProgrammeIIT Kanpur2009
B.E.Electrical EngineeringM.I.T.S. Gwalior2006
Administrative Background
FromToDesignationOrganisationLevel
2017on goingDOC Microprocessor LabIIT Roorkee
2017till nowWebsite Committee MemberPhysics, IITR
2017Till nowDAPC Committee MemberPhysics IITR
2017ongoingDOC Instrumentation LabPhysics, IIT Roorkee
Sponsored Research Projects
TopicFunding AgencyYear
Development of Compact Multi-Modal Scanner for Non-invasive non-destructive ImagingDST2018
Memberships
  • Indian Nuclear Society, Anushakti Nagar, BARC, Mumbai, { Lifetime Member }
  • American Society for Non-Destructive Testing , { Member }
  • Association for Research in Vision and Ophthalmology, { Resident Member }
Teaching Engagements
TitleCourse CodeClass NameSemester
Modern PhysicsPHN 007B.Tech I SemesterAutumn
Microprocessor & Peripheral Devices PHN210Engineering Physics IInd YearSpring
Modern Physics LaboratoryPHN 001B.Tech I SemesterSpring
Signals & SystemsPHN 313Engg. Physics III YearAutumn
Research Scholar Groups
Scholar NameInterest
Nidhi, PhD Candidate, Physics, IITRSensor Fabrication Techniques, Thermal Imager Applications
Priyanka Ragini, PhD Candidate, Physics, IITRRadiation Measurement and Applications
Ashutosh Pandey, PhD Candidate, Nuclear Medicine, AIIMSNuclear Medicine, Dosimetry
National International Collaboration
TopicOrganisationLevel
Magnetic Resonance Imaging Dept. of Biomedical Engineering, Linköping University SwedenRP
Cancer Nano-TheranosticsUniversity of California, Davis, CA, USARP
Lung Cancer Diagnostics using Computerized TomographyAIIMS- Rishikesh, Uttrakhand, IndiaRP
Nuclear Medicine and Statistical RadiologyAIIMS RishikeshPHD
Refereed Journal Papers

Dear Propspective Research Collaborators,

I have categorized the field of research, i am currently involved in (look on top of this page). Mostly these topics belong to applied physics, are interdisiplinary in nature.

The Research Philosophy (but not strictly) that i pursue is as follows:  

Developing instruments (Designing + Assembling + Digital Interfacing + Signal Processing and Post Processing) is the pathway that i prefer for "validating and improving existing mathematical models and proposing new models by studying the underlying PHYSICS ". Following steps might make your life easy :  

Step 1: Propose New or aim for an Existing Theoritical topic; Step 2: Build set of Tools (hardware/software); Step 3: Test the Theory & Tools; Step 4: Improve the Theory and Tools.

                                                                   ---------------------------------------------------

I am interested to learn from you and would be happy to make you learn following set (but not onlyof Tools:

1. Programming Interface: C/C++/FORTRAN/Python/SQL/ALP and PLC programming, 

2. Software interface: MATLAB or OCTAVE, Mathematica, LabVIEW, Ansys Fluent, AutoCAD/Solidworks or COMSOL,

3. Hardware Interface: Arduino/Pi or other advanced Controllers.

& Hardwares: Non-ionization and Ionization radiation Detectors /  Sensors / Transducers.

                                                                                -----------------------------

                                                                       Discussion are most welcome.

                                              -----------------------------------------------------------------------------------

Following are my last 5 years details (as a proof to justify the categories of above listed research topic):

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Inverse Problem:

#Reliable reconstruction strategy with higher grid resolution for limited data tomographyNDT & E Inter., IF 2.5

 

#Optimal Spatial filtering schemes and compact tomography setupsResearch in Nondestructive Evaluation, IF 1.5

#Adaptive Restructuring for Computerized TomographyResearch in Nondestructive Evaluation, IF 1.5

 

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 Hardware / Instrumentation Design Optimization & Wave Propagation:

#Non-uniform arrangement of emitter-receiver pairs and compact ultrasonic CT setupSensors JournalIEEE, IF 2.5

#Optimal scanning beam size for mouse retinal imaging with SLOOptics Letter IF 3.5

 
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 CT Scanning & Applications of Radiation (miscellaneous):

#A New Grid-Based Tomographic Method for Two-Phase Flow Measurements, Nuclear Science and Engineering, IF 1.5

#Plasma Diagnostics at Aditya Tokomak by Two Views Visible Light Tomography, Fusion Engineering & Design, IF 1.5

#Correlation between numerical simulation and limited data experimental technique for estimation of nitrogen flowing in LMMHD loopFluid Measurement & Instrumentation, IF 1.5

 
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BioMedical Imaging:

#Adaptive-optics SLO imaging combined with phase-variance OCT and wide-field SLO enables precise 3D localization of fluorescent microglia and cone photoreceptor cells in the mouse retinaBiomed. Opt. Express 6(6), IF 3.5

#Mouse eye as a model for non-surical investigation of cancer nano-theranostics, Investigative Ophthalmology & Visual  Science,  IF 3.5

#The rodent eye as a non-invasive window for understanding cancer nanotherapeuticsCancer Research. IF 9.5

#Visualization of chorioretinal vasculature in mice in vivo using a combined OCT/SLO imaging systemOphthalmic Technologies IF 1.0

#Fluorescent scanning laser ophthalmoscopy for cellular resolution in vivo mouse retinal imaging: benefits and drawbacks of implementing adaptive opticsOphthalmic Technologies IF 1.0

#Protective Effect of Intravitreal Administration of Exosomes Derived from Mesenchymal Stem Cells on Retinal IschemiaCurrent Eye Research IF 3.5

#Priceless View

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BioPhysics:

#The photosensitivity of Rhodopsin Bleaching and changes in Ocular Fundus Reflectivity measured in vivo in mice with scanning laser ophthalmoscopy,  Investigation Ophthalmol Visual Science, IF 3.5

#Loss of cone function without degeneration in a novel Gnat2 knock-out mouse line,  Investigative Ophthalmology & Visual Science  IF 3.5

#Rapid monocyte infiltration following retinal detachment is depended on non-canonical IL6 signaling through gp130 Journal of Neuroinflammation-Springer-Nature IF 5.0

#In vivo photoreceptor optophysiology: G-protein activation triggers osmotic swelling and increased light scattering of rodsProceedings of the National Aceademy of Science IF 9.45

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Summer Projects/Internship Details:

Project 1: Summer Internship project for building a prototype compact combined 3D Scanner & 3D print System. USP: It was made salvaging the out of order Optical Drives from the departmental store. 

Financed by Dean SRIC IITR , Video Links: -- L1, L2, L3

 

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Teaching and Laboratory Details:
Microprocessor and Peripheral Devices: Lab. Experiments Videos mpu8085

Other Links:   

1.   Students Research Group: Ms. Nidhi, Ms. Priyanka