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Sukanta K. Tripathy.

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Sukanta K. Tripathy.

Sukanta K. Tripathy.

Designation: Professor

Qualification: M.Phil,PhD

Phone No.: 9439521141

ORCID: http://0000-0002-6825-9030

VIDWAN ID: https://vidwan.inflibnet.ac.in/profile/211010

Google Scholar ID: https://scholar.google.com/scholar?hl=en&as_sdt=0%2C5&q=SUKANTA+TRIPATHY+&oq=

E-mail ID: skt.phy@buodisha.edu.in

Biosketch

Sukanta K.Tripathy is a Professor in the Department of Physics , Berhampur University, where he teaches , conducts research and provides research guidance in the field of fiber optic sensor technology and solar cell.He is the founder Director of the Centre of excellence in nanoscience and technology for the development of sensor at Berhampur University.He has been the PI and Co PI of variour funded projects from UKIERI,DST,India;DST,FIST;BRNS,DAE India;OHEPEEGovt of Odisha;,DST Govt of Odisha with a cost more than 500 lakhs.He visited the University of Electro-Communication, Japan; Brunel University, London and Institute of Atomic and Molecular Sciences(IAMS), Taiwan; Centre forCondensed Matter Sciences NTU, Taiwan, as visiting scientist on collaborative research....

With a strong emphasis on innovation, Dr. Tripathy has made significant contributions to the development of fiber optic sensors in areas such as healthcare,environment and food security. His expertise lies in the design of fiber optic sensors using advanced optical materials, including special fibers, plasmonics, and nanomaterials.Apart from sensing he also is working in the third generation solar cells.Dr. Tripathy with his students developed two prototypes for blood glucose monitoring and a low cost  nanocomposite for the treatment of industry effluents.

He has puplished more than 60 reaserch papers in the jounals of international repute and filed four patents.Apart from this he has edited two books on materials science with Prof.S.M.Bose Drexel University and Prof S.N.Behera  published by American Institute of Physics( AIP).He also  has published one text book(Scitech Publisher) on Materials Science for undergraduate students.

Dr Tripathy guided nine PhD students,10 MTech/M.Phil students and currentlly eight students are working under him towards their PhD degree.

He is a Patron Member : Odisha Physical Society,Life Member: Optical Society of India,Life Member: Photonics Society of India,Member: IEEE Photonic Society ,MTT,Life Member: ISTE

Apart from teaching he is also involved in various administrative positions at Berhampur University,such as Director ,College Development Council,Director Research and Development,Director Central Instrumentation Centre , OSD,Faculty Promotion ,Dean Science and Technology and Head Department of Physics.

He was a member of governing council of Institute of Physics (IoP) Bhubaneswar during 2016-2021,Executive member of Odisha Vigyan Academy during 2019-2021 and Member Executive Council of Higher Secondary education,Govt. of Odisha since 2021,Member for selection committee,OURIIP(Govt. Of Odisha) Projects for Physics,Coordinator to design of Physics curriclum for Odisha based on NEP 2020.

  • Applied Photonics (Fiber Optics Sensor,Photovoltaics,Nanomaterial)

  • 26 years

  • Journal:63,Book:03,Patent:04

  • PhD(Guided:09,Guiding:08;MPhil/MTech Guided:10

  • Completed :02,Ongoing:03

  • Post Graduate Level:Electronics,Fiber Optics,Condensed Matter and Materials Physics;
  • Pre PhD level:Advanced Experimental Techniques,Solid State Physics

  • Member,Executive Council,Odisha Bigyan Academy,2019-2022
  • Governing Council Member,IoP.Bhubaneswar,2017 -2022
  • Council Member ,Higher Secondary Education ,Govt. of Odisha.Odisha.2020-onwards
  • Best Teacher Award,Berhampur University,2022.

  • Dean Faculty of Science and Technology,Berhampur University 2023 onwards
  • Director College Development Council,BU,10th March 2023 onwards
  • Director R& D,BU 2020 onwards

  • Kiruthiga Devi B1, Bhuvanesh D1, Ajith NIx ESR1, Palabindela Praveen1, Preeti Das2, Sukanta Kumar Tripathy2 and Bhaskar Chandra Behera3,Investigation of Glucose Sensing via Controlled Copper Concentration in CuO for Non-Enzymatic Glucose Biosensor,ECS Journal of Solid State Science and Technology(2023),DOI 10.1149/2162-8777/ad0aad
  • Sangita K.Swain, Anupam Sahoo, Sumanta K. Majhi, and S.K.Tripathy, Unveiling thSynergistic Effect of Magnetite and ZrPO4 for Highly Selective Removal of AnionicAzo Dyes via Ion Exchange Process, ACS Applied Engineering Materials,(2023),Accepted for publication
  • Ashok K. Sahu,K.C.Nayak,M.Mishra and S.K.Tripathy”An Investigation on Effect of various Mono and Di-Sulphide Coatings on the Performance of an Au-Ag bimetallic SPR Sensor: An Attempt towards Noninvasive Urine-Glucose Detection” Optical and Quantum Electronics,(2023)Accepted for publication.
  • Sangita K.Swain,Sumanta K. Majhi,Madhusudan Mishra and S.K.Tripathy,Anew Design of a Fiber Optic Sensor Based on Baloon Shaped Bending and Flattening Sensing Probe:Application towards an Ultra Specific and SensitiveDetection of Nitrite Using g-C3N4/ZrPO4 NanocompositeCoating,OpticalFiberTechnlogy,(2023)81,10351,2023.https://doi.org/10.1016/j.yofte.2023.103518
  • Sudeepta K.Panigrahy,Preeti Dash and Sukanta Kumar Tripathy,Agricultural soil health monitoring using photonic crstal fiber based on combined principles of surface plasmon resonance and interferometry for lead ion detection,Journal of Nanophotonics.(2023),Accepted for publication.
  • P.Dash,B.Behera,Ashoka Sahu,S.Panigrahy and S.KTripathy,”Enhanced Acetone Sensing at Room Temperature using Tailored Co3O4Nanostructures-Coated Optical Fibers: An Application towards,Non-invasive Blood Glucose Sensor,Surfaces and Interfaces 41 (2023) 103256
  • A.Yadav,M.Mishra,S.K.Tripathy,A.Kumar,G.P.Singh,Preeta Sharan,Improved Surface Plasmon Effectin Ag -based SPR Biosensor with Grapphene and WS2:An Approach Towards Low Cost Urine Glucose Detection,Plasmonics,https://doi.org/10.1007/s11468-023-01945-3,2023
  • A Dikhit, S Beriha, SK Tripathy, Improving the Efficiency and Stability in a MAPbI3 Perovskite Solar Cell Using Dimensionally Engineered PbS Quantum Dot Passivation Layer,,Results in Optics, 100461,2023
  • S Beriha, A Dikhit, SK Tripathy,Improving the Efficiency of a FTO/PCBM/Cs2AgBiBr6/NiOx/Au Lead-Free Double Perovskite Solar Cell using Numerical Simulation through Optimizing the Absorption Layer Thickness …,Results in Optics, 100467,2023
  • M Mishra, T Sahu, N Sahoo, SK Tripathy, NK Sahoo, NR Das,Graphene Nanoribbon based Triple Barrier Double Quantum Well Resonant Tunneling Diode2023 IEEE Devices for Integrated Circuit (DevIC), 364-36,20237,2023
  • BC Behera, SN Sarangi, NK Sahoo, SP Dash, SK Tripathy,Magnetic Nanoparticles-Based Novel Sensors for Select Biomedical/Biological Science Applications,,Biomaterials-Based Sensors: Recent Advances and Applications, 325-348,2023
  • C Pattnaik, R Mishra, AK Sahu, LN Sahoo, NK Sahoo, SK Tripathy, Green synthesis of glucose-capped stable silver nanoparticles: a cost-effective sensor for the selective detection of Hg 2+ ions in aqueous solutions,Sensors & Diagnostics 2 (3), 647-656,2023.
  • Shakti Prasad Mishra; Rashmita Panda; Sukanta Kumar Tripathy; kusha kumar naik “Enhancement of Light Extraction from the LED using PDMS-ZnO Quantum Dots Layer”Journal of Materials Science: Materials in Electronics,2023,Accepted for publication,2023.
  • Asesh K. Tripathy,Sukanta K Tripathy,”Optical Sensor based on Microsphere Coated Agarose for Heavy Metal Ion Detection,pp125-136,Innovations in Intelligent Computing and Communication,Springer Conference Proceeding,2022
  • A.K.Tripathy,S.K.Tripathy ,M.Sunderray, “An ultra-sensitive optical sensor based on agarose coated microscopic sphere to detect Cu2+ ion in soil, Computers and Electronics in Agriculture 202:1-6DOI:10.1016/j.compag.2022.107424,(2022).
  • Das, P., Behera, B. C., Dash, S. P., ESR, A. N., Sahoo, N. K., & Tripathy, S. K. (2022).” Co3O4 Magnetic Nanoparticles-Coated Optical Fibers for Sensing Sialic Acid.”, ACS Applied Nano Materials, 5(7), 8973-8981(2022)
  • Sonali Prava Dash, Mihir Hota, Sukanta Kumar Triapthy, “Fingertip Touch-based Noninvasive Glucose Sensor using Visible Laser in a SiO2-Au-SiO2 Coated Prism: Design and Implementation using Matrix Method,” Lasers in Engineering, 52(4-6)61-81(2022)
  • Sangita Kumari Swain,Ganngam Phaomei ,S.K. Tripathy,Ningombam Yaiphaba,Rajkumari Bindiya Devi , Sashikanta Nayak,Bibhuti bhusan Parida,” Effect of β-cyclodextrin decoration on structural, optical and magnetic properties of luminescent magnetic nanoparticles and its application as a drug carrier”, Journal of Molecular Structure,1247,131330,(2022).
  • Sundaray, M., Tripathy, S. K., & Mishra, S. “Transmission characteristics of a Clad Removed Optical Fiber coated with LEEH Caped ZnTe Quantum Dot”. Optik, 169380.(2022)
  • Sachindra Nath Sarangi, Bhaskar Chandra Behera, Naba Kishore Sahoo , Sukanta Kumar Tripathy ,Schottky junction devices by using bio-molecule DNA template-based one dimensional CdS-nanostructures, Biosensors and Bioelectronics,190,113402,(2021).
  • Ansuman Nayak , Sukanta Kumar Triapthy , Nilesh Dalai , Swagat Kumar Nayak , Duryodhan Sahu , Size quantization effect in water-dispersible LEEH capped ZnSe nanocrystals”, Materials Today: Proceedings,2021(Article in Press)
  • A K Tripathy, S K Tripathy , S R Pattanaik and S K Das “A New Algorithm For Reconstruction of A Computer-Generated Hologram (CGH)”, Computer and Communications Networks and Systems The Computer Journal, The British Computer Society ,2020. doi: 10.1093/comjnl/bxaa151
  • Tripathy, A.K., Tripathy, S.K. & Das, S.K. Multifunctional holographic gratings for simultaneous coupling and beam splitting applications in photonic integrated circuits. Int. j. inf. tecnol. Springer (2020). https://doi.org/10.1007/s41870-020-00548-z
  • Sangita K. Swain, G. Phaomei , Anupam Sahoo, Sukanta K. Swain, S. K. Tripathy Synthesis of a novel β-Cyclodextrin functionalized Fe3O4/BaMoO4: Dy 3+ magnetic luminescent nanoparticleand its application as a drug carrier, Dalton Transactions,ACS, 2020,49, 14605-14612
  • B. C. Behera, S. N. Sarangi*, D. Samal, and S. K. Tripathy*, “A comparative study on the magnetic properties of undoped and Li-doped Cu(O.H.)2-CuO”, J. Magn. Magn. Materials , 513, 167263 (2020).
  • Sangita K. Swain , G. Phaomei , Sukanta K. Swain , N.K. Sahoo , S.K. Tripathy, “ A new configuration of fiber optic sensor based on evanescent fieldabsorption utilizing the emission properties of Fe3O4@BaMoO4: Eu nanocomposite probe”, Optics Communication .471 (2020) 125842.
  • K. P. Swain, Anand Nayyar, G. Palai, S. K. Tripathy, “Disseminating of Bio-info with respect to different photonic crystal structure through AWS ”,Optik, Volume 202, February 2020, 163590.
  • S. P. Dash, S. K. Patanaik, S. K. Tripathy, Investigation of a low cost tapered plastic fiber optic biosensor based on manipulation of colloidal gold nano particles, Optics communication,437,388-391,2019
  • S. N. Sarangi, B. C. Behera, M. Hota and S. K. Tripathy, “DNA Assisted Synthesis of CdSNanowires: A Nanobioelectronic Device”, AIP Conference Proceedings – 2005,07006(2018),doi:10.1063/1.5050763.
  • M.Sunderay, S. K. Triapthy, C. Das, “FDTD Analysus of Diffraction Efficiency in a Hologram for Applications in Optical Fiber Communication” Optik 154(2018) 325-330
  • C.S Mishra,G.Palai,S.K.Tripathy”Analysis of HLB Pass Filter using Silicon Photonics Structure”,Optik,144(2017)522-527.
  • Sumanta Kumar Patnaik, Sukanta Kumar Triapthy, and Surendra Nath “Synthesis and Characterization of Small Size Fluorescence LEEH Caped Blue Emission ZnTe Quantum Dots” ,Materials Science Poland,35(1),2017,pp1-5
  • Madhulita Sundaray, Chapala Das, Sukanta Kumar Tripathy, “Sensing Application of an Optical Fiber Dip Coated With L-Cystein Ethyl Ester Hydrochloride Capped ZnTe Quantum Dots”, Materials Science Poland,34(3)2016,pp 665-668
  • G.Palai, S. K. Tripathy, D. Prakash ,K. D Verma “High efficiency polymer grating SOI structures for optical interconnects: An application of organic photonics”, Optik 127(2016),10948-10952
  • Deepanjali Mishra and Sukanta K. Tripathy, Spin polarization of electrons in a magnetic impurity doped semiconductor quantum dot – The effect of electron–phonon interaction, PRAMANA,Journa of Physics Volume 86 Issue 3 March 2016 pp 661-667
  • Hota, Mihir; Tripathy, Sukanta Ku Photonic Crystal Structures for Sensing Application,Journal of Bionanoscience, Volume 10, Number 5, October 2016, pp. 331- 340(10),
  • N.Muuli,G.Palei,S.K.Tripathy, “Analysis of nonlinear PCF for birefringence applicationsusing FDTD Method”,(2014), Optik – International Journal for Light and Electron Optik Vol 125 No14 pp 3499-3502.
  • N.Muduli,S.KTripathy, “Modelling a Sensitive pressure and temperature sensor using rectangular PCF by 2D FDTD technique”(2014)Optik Optik – International Journal for Light and Electron ,Vol .125,4363-4366
  • G. Palai, S.K. Tripathy, “ Measurement of glycerol concentration in B–H–G solution using 3D photonic crystal structure”, (2014), Optik – International Journal for Light and Electron Optik Vol 125,issue1 pp 349-352.
  • G. Palai, S.K.Tripathy, T.Sahu “A novel technique to measure the sucrose concentration in hydrogel sucrose solution using two dimensional photonic crystal structures” Optik – International Journal for Light and Electron Optik (2014)125, 349– 352
  • J.Verma,S.P.Dash and S.K.Tripathy “Design of a concentration sensor based on photonic crystal fiber placed between two single mode fiber, Soft Nanoscience Letter,2013,3,36-38
  • S. P. Dash ,S.K.Tripathy, “Y-shaped Design in Two Dimensional Photonic Crystal Structure for Applications in Integrated Photonic Circuits”Optik Int.J,Light Electron.(2013),Vol 124, issue17, pp 3649-3650.
  • Gopinath Palai, Nilambar Mudului, Santosh K. Sahoo, Sukanta K. Tripathy “Realization of Potassium Chloride Sensor Using Photonic Crystal Fiber” Soft Nanoscience Letter,2013,3,16-19
  • S.K.Tripathy, D.Misra, “Spin Polarization in GaAs LED , The Effect of Phonon interaction”, Optik Int.J,Light Electron opt.(2013),124,issue17,pp2709-2712
  • G.Palai ,S.K.Tripathy, “Efficient Silicon Grating for SOI applications”,Optik Int.J,Light Electron opt.(2013), 124,isuue17,pp2645-2649.
  • S.K.Tripathy,Smaranika Swain, “Optical Bistable Switching in Semiconductor Heterostructure Containing a Quantum Dot layer & The effect of Phonons, ”Optik Int.J,Light Electron opt.(2013), 124, issue17, pp2723-2726.
  • ukanta K.Tripathy,Gopinath Palai, “A novel method for measurement of concentration using two dimensional photonic crystal structure”, Optics Communication, vol 285,issue10-11(2012),pp2765-2768
  • S.K.Tripathy,Chinmaya Mohapatro,Subikash, S.P.Dash, “Implementation of optical logic gates using closed packed crystal structure”, Optics Communication, vol.285,issue13-14(2012), pp3234-3237
  • L.Sahu,J.S.N. Achary, S.K.Tripathy,”Optimization of Diffraction Efficiency and Polarization Dependence loss in Photopolymer grating for use in multichip module”,Journal of Modern physics, vol3(2012),pp1009-1012.
  • N.Muduli,G.Palai, S.K.Tripathy,”Realisation of Beam splitter using photonic crystal fiber(PCF) with and without Nonlinearity”, IJERA,Vol.2,issue5,pp2034-2037,2012.
  • S.K.Tripathy, Amit Suryavansi, Priyanka, “Optical Interconnects For Multichip Module Using Polymer Embedded Waveguide Gratings”, International Journal of Material Science, Vol 5,No 5,715-722 ,2010
  • S.K.Tripathy and Lingaraj Sahu “ Efficiency Improvement in Vertical Interconnection using Phase Grating in Wave Guide”, International Journal Of Physics,V0l.3,No.1.pp.33-39,January-June,2010
  • S.K.Tripathy, Mihir Hota, T. Panigrahy “A Model for Optical Bistability in a Hybrid Semiconductor Photonic Crystal Structure”, IEEE Photonic Technology Letters, Vol.21, No.12, June 15, 2009
  • Mihir.Hota and S.K.Tripathy “Analysis of diffraction efficiency of a Holographic Coupler with respect to angular divergence”, Indian Journal of Physics 83(4) 1-8(2009)
  • Mihir.Hota, S.K.Tripathy, R.K.Dash and A.K.Panda, “Free Space Based Optical Communications Systems” GITAM Journal of Information Communication Technology, Vol-2, pp-11-15, Jan-Jul 2009
  • S.K.Tripathy and S.Anand Rao, “Optical Bistability in a magnetic semiconductor”,
    Journal of Optics, Vol 32, No.2-2003 pp-59-67.
  • S.K.Tripathy and S.Anada Rao, “Expression for third-order aberration theory for holographic images” PRAMANA-Vol.60, No.1 2003, pp 151-157.
  • S.Anand Rao and S.K.Tripathy, “A unified comprehensive theory for holographic simulation of various types of mirrors”,Journal of Optics-2000,vol-29,no-4,pp-161-166.
  • S. Mohapatro, S.K.Tripathy and J.N.Mohanty, “Optical bistability in an electron hole system, the effect of photons”, J.phys.conds.Matter.5, 1993-7633-7642,
  • G.Palei,S.K.Tripathy,N.Muduli,S.K.Patanaik , “Optimization of efficiency in a 1D Grating Structureat 1310nm wavelength for applicationin Optical Interconnect” ,Asian Journal of Physics” Vol-21,No2 pp 145-152,2012
  • N.Muduli,G.Palai and S.K.Tripathy,An Optimized Configuration of Photonic Crystal Fiber (PCF),for High Birefrigence and Low Loss Application Using FDTD Method” Trends in OptoElectro &Optical Communication Vol3,issue 3,pp1-8 2013
  • S. Rath,S.P.Dash,M.Hota and S.K.Tripathy, “Realization of Optical XOR and OR Gates Using Asymmetric Y Structure in a Two Dimensional Photonic Crystal”, AIP conference Proceedings in International Workshop on Functional Materials, pp371-375(2012)
  • G.palai,S.K.Tripathy,.Mudali,D.Patanaik and S.K.Patanaik, “A Novel Method to Measure the Strength of Cygel Using Two Dimensional Photonic Crystal Structures”, AIP conference Proceedings in International Workshop on Functional Materials, pp383- 386(2012).