Research Publications

  1. “A Generalization of Djoudi’s Common Fixed Point Theorems”, International. J. of Math. Sci&Engg. Appls. (IJMSEA) Vol.1 No.2 (2007), pp.229-238.
  2. “A Result on a Common Fixed Point Theorem”, Indian Journal of Mathematics and Mathematical Sciences,Vol.3, No.2 (2007), pp.149-159.
  3. “A Fixed Point Theorem of Compatible mappings of type(P)”, Bulletin of Pure and Applied Science, Vol.25E (No.2) 2006. P.231-236.
  4. "Fixed point Theorem Using Reciprocally Continuous Mappings", Varahmihir Journal of Mathematical Sciences, Vol.6, No.2, 2006, p:487-492.
  5. “A Fixed point theorem on pairs of reciprocally continuous self maps”, Indian Journal of Mathematics and Mathematical Sciences, vol.3, No.2, (December 2007), pp.207-215.
  6. “A Generalization of Sharma and Sahu Fixed Point Theorem”, Journal of Indian Acad. Math., Vol.29 (No.1) 2007.
  7. “Fixed Point Theorem on Discontinuous Mappings”, ActaCienciaIndica,Vol.XXXII M, No.4, P.1417- 1421,2006.
  8. “A Fixed Point Theorem under Reciprocally Continuous Mappings”, ActaCienciaIndica, Vol.XXXII M, No.3, P.1121-1125, 2006.
  9. “A Generalization of Das and Naik’s Theorem for Two Self Maps”, APPLIED SCIENCE PERIODICAL, Vol.XI, No.2, 2009.
  10. “Common Fixed Point Theorem of Compatible mappings of type(A) Using Reciprocally Continuous Mappings”, Bulletin of Pure and Applied Sciences, Vol.25E (No.1) 2006, P.225 - 230.
  11. “A Fixed Point Theorem for Weakly Compatible Mappings”, International. J. of Math.Sci & Engg. Appls. (IJMSEA) Vol.1 No.1 (2007), pp.41- 48.
  12. “Common Fixed Point Theorem for Weakly Compatible Mappings”, Indian. Journal of Mathematics & Mathematical Sciences, Vol.3 No.2 (2007), pp.171- 179.
  13. “Common fixed point of four self maps”, International Journal of Mathematics Research,vol.3,no.2,113-118, July-December 2011.
  14. “A common fixed point theorem under certain conditions”, Gen. Math. Notes, Vol.8, No.2, February, 2012, pp: 28-33.
  15. “A Focus on common fixed point theoem using weakly compatible mappings”, Mathematical Theory and Modeling,. Vol.2, No.3, 2012, pp: 60-65.
  16. “A common fixed point theorem in fuzzy metric space”, Katmandu University Journal of Science, Engineering and Technology, (ISSN-1816-8752),Vol 8,No II,pp.77-82,2012.
  17. “A Common fixed point theorem using weakly compatible mappings on six self maps”, International Journal of Pure and Applied Sciences,Vol 6,No 2 ,pp.247-251,2013.
  18. “Common fixed point theorem on six mappings”, International Journal of Theoretical and Applied Sciences,Vol5(1),pp.97-104,2013.
  19. “Common fixed point theorem using A-Compatible and S-Compatible Mappings”, International Journal of Theoretical and Applied Sciences,Vol5(1),pp.104-108,2013.
  20. “A Comment on DJoudis fixed point theorem”, International Journal of Computer Applications,Vol 69,No 10,pp.29-31,2013.
  21. “Inference of a Common fixed point theorem”, International Journal of Theoretical and Applied Sciences,Vol 71,pp.1-4,2013.
  22. “A Common fixed point of four self maps using weaker conditions”, Journal of computer &Math.Sci.Vol 4(3),pp.161-166,2013.
  23. “A result in Fuzzy Metric space”, Advances in Fuzzy Mathematics,Vol 8,No1,pp 63-71,2013.
  24. “A Common Fixed Point Theorem on Lohani and Bhadshah”, International Journal of Trends and Technology – Volume 9 Number 1 – May 2014.
  25. “A Fixed Point Theorem In Fuzzy Metric Space Using Weakly Biased Maps”, Int. Journal of Engineering Research and Applications www.ijera.com ISSN : 2248-9622, Vol. 4, Issue 9( Version 3), September 2014, pp.26-30
  26. “A Common Fixed Point Theorem on Compatible Mappings of Type (P).” General maths notes 21.2 (2014): 87-94.
  27. "Djoudi’s common fixed point theorem on compatible mappings of type (P)", Annals of pure and Applied Mathematics 6.1 (2014): 19-24.
  28. “Common fixed point theorem in fuzzy symmetric spaces”, Eng. Math. Lett., 2015,1-6
  29. “Fixed Point Theorem on Compatible Mappings of Type (E)”, International Journal of
  30. "A result on multiplicative metric space", J. Math. Comput. Sci. 10.5 (2020): 1384-1398.
  31. "A fixed point theorem using weakly semi compatible mappings in metric space", International Journal of Mathematical Analysis 11.15 (2017): 695-706.
  32. “A common fixed point theorems on fuzzy metric space using weakly compatible and semi-compatible mappings.” Int. J. Math. Stat. Invent 4 (2016): 27-31.
  33. "A Study on Fixed Point Theorem of Brian Fisher and Others.", IJSRSET (2016),602-605
  34. "Common fixed point theorem using compatible mappings of type (E).", Adv. Fixed Point Theory 7.2 (2017): 296-303.
  35. "A result on fixed point theorem using compatible mappings of type (K).", Annals of Pure and Applied Mathematics 13.1 (2017): 41-47.
  36. "Extraction of a fixed point theorem using semi compatible mappings in metric space.", Indian J. Math.Math.Sci 13.2 (2017): 433-443.
  37. “Formation of a common fixed point theorem using compatible mappings of type (E).", AryaBhatta Journal of Mathematics & Informatics (2017),15-20.
  38. “Fixed Point Theorem on Fuzzy Metric Space Using Reciprocally Continuous.", Journal of Computer and Mathematical Sciences 8.8 (2017): 373-379.
  39. "Generation of a common fixed point theorem using A-compatible and B-compatible mappings of type (E).", Global Journal of Pure and Applied Mathematics 13.6 (2017): 1735-1744.
  40. "A discussion on a common fixed point theorem on semicompatible mappings.", Adv. Inequal. Appl. (13),2018 .1-8
  41. “A common fixed point theorem for four mappings in fuzzy metric space.", International Journal of Engineering, Science and Mathematics 7.1 (2018): 98-104
  42. "Fixed Point Theorem For Pair of Weakly Compatible Mappings Using CLRT Property.", Int. J. Math. And Appl., 6(1–E)(2018), 1159–1163
  43. "Common fixed point theorem in dislocated metric space.", Adv. Inequal. Appl. 2019,1-7.
  44. "Fixed Point Results on Multiplicative Semi-Metric Space.", Journal of Scientific Research 12.3 (2020): 341-348.(UGC)
  45. "A fixed point theorem using EA property on multiplicative metric space.", J. Math. Comput. Sci. 10.5 (2020): 1788-1800.(UGC)
  46. "A result on Banach Space using Property EA”, Indian Journal of Science and Technology 13 (44), (2020), 4490-4499. (Web of Science)
  47. "Some results in multiplicative metric space using absorbing mappings.", Indian Journal of Science and Technology 13.39 (2020): 4161-4167. (Web of Science)
  48. "Fixed point theorem using semi compatible and sub sequentially continuous mappings in Menger space.", J. Math. Comput. Sci. 10.6 (2020): 2503-2515.( UGC)
  49. "Some Results on S-Metric Space”, Advances in Mathematics Scientific Journal 9 (2020), no.9, 7663–7677. (Web of Science)
  50. "Some results on weaker class of compatible mappings in S-metric space.", Malaya Journal of Matematik,Vol8,No.3, (2020): 1132-1137. (UGC)
  51. "A result on Banach space using EA like property.", Malaya Journal of Matematik, Vol. 8, No. 3, 2020,903-908. (UGC)
  52. "Some outcomes on b-metric space.", J. Math. Comput. Sci. 10.6 (2020): 3012-3025.
  53. "Some results in Menger space by using sub compatible,faintly compatible mappings.", Malaya J, Mat (2021): 725-730.) (UGC)
  54. "Certain results in b-metric space using subcompatible, faintly compatible mappings.", J. Math. Comput. Sci. 11.6 (2021): 8382-8399. (UGC)
  55. "Common fixed point of four maps in Sm-metric space.", International Journal of Analysis and Applications 19.6 (2021): 915-928. (Web of Science)
  56. "Some Results by Using CLR’s-Property in Probabilistic 2-Metric Space.", International Journal of Analysis and Applications 19.6 (2021): 904-914. (Web of Science)
  57. "Fixed Point Theorem with the CLR’s Property and OWC Mappings in Menger space.", Communications in Mathematics and Applications 12.3 (2021): 409-508. (Web of Science)
  58. "Some Extractions of Fixed Point Theorems Using Various EA Properties.", Communications in Mathematics and Applications 12.3 (2021): 445-456. (Web of Science)
  59. “A result on Banach space using common limit range property”, Advances and Applications in Mathematical Sciences ,Volume 21, Issue 1 ,2021, 3413-3426. (Web of Science)
  60. "Result on b-metric space using alpha compatible mapping.", Ratio Mathematica 41 (2021): 28-44.( UGC)
  61. “Some Results of Conditionally Sequential Absorbing and Pseudo Reciprocally Continuous Mappings in Probabilistic 2-Metric Space.", International Journal of Analysis and Applications 20 (2022): 1-12. (Web of Science)
  62. "Some results on weakly semi compatible mappings in fuzzy metric space.", J. Math. Comput.Sci. 12, (2022).1-17. (UGC)
  63. "An Affirmative Result on Banach Space.", International Journal of Analysis and Applications, 20 (2022).1-8. (Web of Science)
  64. "Outcomes of Common Fixed Point Theorems in S-metric Space", Mathematics and Statistics,10(2022), 160-165.(SCOPUS)
  65. "A Fixed Point Theorem in Multiplicative Metric Space Based on Common EA-Like Property", Communications in Mathematics and Applications, 13(2022),1363-1372. (Web of Science)
  66. "Some Results in Cone Metric Space, Using Semi-Compatible and Reciprocally Continuous Mappings", Communications in Mathematics and Applications, 13(2022),1413-1423. (Web of Science)
  67. "Some results in weakly reciprocally continuous and occasionally weakly compatible mappings on partial metric spaces", Advances and Applications in Mathematical Sciences, Volume 21, Issue 11, September 2022, 6615-6626. (Web of Science)
  68. "Some Results on Conditionally Compatible and Conditionally Semi-Compatible Mappings in Probabilistic 2-Metric Space", Communications in Mathematics and Applications, 13(2022),265-280. (Web of Science)
  69. "Some Results on Conditionally Sequential Absorbing Maps in Multiplicative Metric Space", International Journal of Analysis and Applications, 21(2023),1-13. (Web of Science)
  70. "Common fixed point theorem for weakly compatible mappings in Sm metric space", Ratio Mathematica 47 (2023): 126-140. (UGC)
  71. “Results on expansion maps in fuzzy menger space via property(E.A) and (E.A) like property”, Ratio Mathematica 47 (2024): 1-20. (UGC)
  72. “Some outcomes using conditionally sequentially absorbing and pueudo reciprocally continuous in multiplicative metric space”, Indian Journal of Science and Technology 17(13) (2024): 1340-1348. (Web of Science)
  73. “Applications of Onto Functions in Cryptography”, Mathematics and Statistics,12(2024), 135-141. (SCOPUS)
  74. "Some outcomes using Sequential Absorbing and Pseudo Reciprocally Continuous Mappings in multiplicative metric space", Indian Journal of Science and Technology, 17(13), 2024, 1340-1348. (Web of Science)
  75. "A Novel Asymmetric Encryption Technique Using Onto Functions", Communications in Mathematics and Applications, Vol. 15, No. 5, pp. 1481-1492, 2024. (Web of Science)
  76. "Some Outcomes on Fuzzy Menger Space via Common Property (E.A) and Absorbing Maps", Communications in Mathematics and Applications, Vol. 15, No. 5, pp. 777-789, 2024. (Web of Science)
  77. "Cryptanalysis of Some Graph Theory Based Encryption Techniques", WSEAS Transactions on Mathematics, 24(2025), 707-713. (SCOPUS)
  78. "Outcomes of Weakly Compatible Type(P) Mappings in Fuzzy Menger Space", International Journal of Multidiciplinary Education Research, 15(1), 2026, 63-78.