Prof. Kwara Nantomah
PROFESSOR
Category : Senior Member (Academics)Positions / Role : Dean
Dept: Mathematics
School / Directorate: School of Mathematical Science
Email: [email protected]
Tel: +233 208298678
Research Area/Interest:
Mathematical Analysis, Classical Analysis, Mathematical Inequalities and their Applications, Special Functions.
Affiliation:
Member: Ghana Mathematics Society (GMS).
Member: Ghana Science Association (GSA).
Member: Nigerian Mathematical Society (NMS).
Member: London Mathematical Society (LMS).
Member: American Mathematical Society (AMS)
Member: Edinburgh Mathematical Society (EMS).
Member: European Mathematical Society (EuMS).
Member: Korean Mathematical Society (KMS).
Area of Speciality:Mathematical Analysis
Blog/Website: https://scholar.google.com/citations?user=wTvYMUIA
Prof. Kwara Nantomah holds BSc (Mathematics) and MPhil (Mathematics) degrees from the Kwame Nkrumah University of Science and Technology and PhD (Mathematics) degree from University for Development Studies. He is currently a Full Professor of Mathematics and the Dean of School of Mathematical Sciences. His area of specialization is Mathematical Analysis with particular focus on Mathematical Inequalities and their Applications, Special Functions, Convex Functions, Monotonic Functions, and Classical Analysis. He has over ninety (90) research publications in international journals of good reputation. He is also an Editorial Board Member and a Reviewer for several Mathematics Journals. He has also served as an internal and external examiner to a number of MPhil and PhD theses. Also, he is a supervisor for BSc, PGD, MPhil and PhD candidates. Furthermore, he is a member of: Ghana Mathematics Society, Ghana Science Association, Nigerian Mathematical Society, London Mathematical Society, American Mathematical Society, Edinburgh Mathematical Society, European Mathematical Society, and Korean Mathematical Society.
- K. Nantomah, A Harmonic Mean Inequality Concerning the Generalized Exponential Integral Function, Advances in Mathematics: Scientific Journal, 10(9)(2021), 3227-3231.
- B. Abubakari, M. M. Iddrisu and K. Nantomah, On (p,q)-Analogues of Some Generalized Opial’s Integral Inequalities, Journal of Mathematical and Computational Science, 11(6)(2021), 6773-6785.
- K. Nantomah, A Harmonic Mean Inequality for the Exponential Integral Function, International Journal of Applied Mathematics, 34(4)(2021), 647-652.
- K. Nantomah, An Alternative Proof of a Harmonic Mean Inequality for Nielsen's Beta Function, Contributions to Mathematics, 4(2021), 12-13.
- G. Abe-I-Kpeng, M. M. Iddrisu and K. Nantomah, On a Generalized Gamma Function and its Properties, Journal of Mathematical and Computational Science, 11(5)(2021), 5916-5930.
- S. Sandow, K. Nantomah and B. Seidu, On Some Analytical Properties of the Barnes G-Function, Asia Pacific Journal of Mathematics, 8(7)(2021), 1-13.
- K. Nantomah, Harmonic Mean Inequalities for Hyperbolic Functions, Earthline Journal of Mathematical Sciences, 6(1)(2021), 117-129.
- K. Nantomah, Certain Properties of the Modified Degenerate Gamma function, Journal of Mathematics, 2021(2021), Article ID 8864131, 6 pages.
- E. Djabang, K. Nantomah and M. M. Iddrisu, On a v-analogue of the Gamma function and some associated inequalities, Journal of Mathematical and Computational Science, 11(1)(2021), 74-86.
- K. Nantomah, Cusa-Huygens, Wilker and Huygens Type Inequalities for Generalized Hyperbolic Functions, Earthline Journal of Mathematical Sciences, 5(2)(2021), 277-289.
- A. Yakubu, K. Nantomah and M. M. Iddrisu, The i-th Derivative of the p-Analogue of the Exponential Integral Function and Some Properties, Journal of Mathematical and Computational Science, 10(5)(2020), 1801-1807
- B. Abubakari, M. M. Iddrisu and K. Nantomah, On Generalized Opial’s Integral Inequalities in q-Calculus, Journal of Advances in Mathematics and Computer Science, 35(4)(2020), 106-114.
- K. Nantomah and O. Kasimu, On Some Properties of Generalized Inverse Hyperbolic Functions, Asia Pacific Journal of Mathematics, 7(2020), Art No. 15, 1-12.
- K. Nantomah and O. Kasimu, Panaitopol-Bandila-Lascu Type Inequalities for Generalized Hyperbolic Functions, Asian Research Journal of Mathematics, 16(5)(2020), 30-36.
- A. Yakubu, K. Nantomah and M. M. Iddrisu, A p-analogue of the exponential integral function and some properties, Advances in Inequalities and Applications, 2020(2020), Article ID 7, 1-9.
- K. Nantomah and E. Prempeh, Some Inequalities for Generalized Hyperbolic Functions, Moroccan Journal of Pure and Applied Analysis, 6(1)(2020), 76-92.
- K. Nantomah, An Alternative Proof of an Inequality by Zhu, International Journal of Mathematical Analysis, 14(3)(2020), 133-136.
- K. Nantomah, C. A. Okpoti and S. Nasiru, On a Generalized Sigmoid Function and its Properties, Asian Journal of Mathematics and Applications, 2020(2020), Article ID ama0527, 11 pages
- K. Nantomah, New inequalities for Nielsen's beta function, Communications in Mathematics and Applications, 10(4)(2019), 773-781.
- G. Abe-I-Kpeng, M. M. Iddrisu and K. Nantomah, Some identities and inequalities related to the Riemann zeta function, Moroccan Journal of Pure and Applied Analysis, 5(2)(2019), 179-185.
- S. N. Ajega-Akem, M. M. Iddrisu and K. Nantomah, On Chebyshev and Riemann-Liouville Fractional Inequalities in q-Calculus, Asian Research Journal of Mathematics, 15(2)(2019), 1-10.
- K. Nantomah, Extension of complete monotonicity results involving the digamma function, Moroccan Journal of Pure and Applied Analysis, 4(2)(2018), 207-212.
- M. A. Atugba and K. Nantomah, On Some Inequalities for the Chaudhry-Zubair Extension of the Gamma Function, Asian Research Journal of Mathematics, 14(1)(2019), 1-9.
- T. A. Akugre and K. Nantomah, On Some Properties of the Real Matrix-Variate Gamma Function, International Journal of Mathematics And its Applications, 7(2)(2019), 97-103.
- K. Nantomah, On Some Properties of the Sigmoid Function, Asia Mathematika, 3(1)(2019), 79-90.
- K. Nantomah, Certain Properties of the Nielsen's β-function, Bulletin of International Mathematical Virtual Institute, 9(2)(2019), 263-269.
- K. Nantomah and Li Yin, Logarithmically Complete Monotonicity of Certain Ratios Involving the k-Gamma Function, Communications in Mathematics and Applications, 9(4)(2018), 559-565.
- K. Nantomah, Complete monotonicity properties of a function involving the polygamma function, Engineering and Applied Science Letters, 1(1)(2018), 10-15.
- K. Nantomah, Inequalities concerning the (p, k)-gamma and (p, k)-polygamma functions, Note di Matematica, 38(2)(2018), 93-104.
- K. Nantomah, K. S. Nisar and K. S. Gehlot, On a k-extension of the Nielsen's β-function, International Journal of Nonlinear Analysis and Applications, 9(2)(2018), 191-201.
- K. Nantomah, Some Inequalities for Derivatives of the Generalized Wallis' Cosine Formula, International Journal of Open Problems in Computer Science and Mathematics, 11(4)(2018), 16-24.
- K. Nantomah, On some properties and inequalities for the Nielsen's β-function, SCIENTIA, Series A: Mathematical Sciences, 28(2017-2018), 43-54.
- K. Nantomah, M. M. Iddrisu and C. A. Okpoti, On a q-analogue of the Nielsen’s β-Function, International Journal of Mathematics And Its Applications, 6(2-A)(2018), 163-171.
- S. Nasiru, Bol A. M. Atem and K. Nantomah, Poisson Exponentiated Erlang-Truncated Exponential Distribution, Journal of Statistics Applications & Probability, 7(2)(2018), 245-261.
- K. Nantomah, Generalized Turan-Type Inequalities for the (q,k)-Polygamma Functions, Communications in Mathematics and Applications, 9(2)(2018), 87-92.
- K. Nantomah, A generalization of the Nielsen's β-function, International Journal of Open Problems in Computer Science and Mathematics, 11(2)(2018), 16-26.
- K. Nantomah, Remarks on Some Inequalities for Analogues of the Polygamma Function, Mathematical Sciences and Applications E-Notes, 6(1)(2018), 93-98.
- Bol A. M. Atem, S. Nasiru and K. Nantomah, Topp–Leone Linear Exponential Distribution, Stochastics and Quality Control, 33(1)(2018),31-43.
- S. Nasiru, A. Luguterah and K. Nantomah, The Exponentiated Kumaraswamy Linear Exponential Distribution: Theory and Application, Sohag Journal of Mathematics, 5(1)(2018), 1-8.
- K. Nantomah and M. M. Iddrisu, New Inequalities involving the Dirichlet Beta and Euler’s Gamma Functions, Sohag Journal of Mathematics, 5(1)(2018), 9-13.
- M. M. Iddrisu, G. Abe-I-Kpeng and K. Nantomah, A Note on Jensen’s Inequality Involving Monetary Utility Functions, Electronic Journal of Mathematical Analysis and Applications, 6(2)(2018), 68-75.
- K. Gehlot and K. Nantomah, p-q-k Gamma and Beta Functions and Their Properties, International Journal of Pure and Applied Mathematics, 118(3)(2018), 525-533.
- K. Nantomah, F. Merovci and S. Nasiru, Some Monotonicity Properties and Inequalities for the (p,k)-Gamma function,Kragujevac Journal of Mathematics, 42(2)(2018), 287-297.
- K. Nantomah, Monotonicity and Convexity Properties of the Nielsen's β-Function, Problemy Analiza - Issues of Analysis, Vol. 6 (24) No. 2, 2017, 81-93.
- K. Nantomah, Monotonicity and convexity properties and some inequalities involving a generalized form of the Wallis' cosine formula, Asian Research Journal of Mathematics, 6(3)(2017), 1-10.
- K. Nantomah, Generalized Hölder’s and Minkowski’s Inequalities for Jackson’s q-Integral and Some Applications to the Incomplete q-Gamma Function,Abstract and Applied Analysis, 2017 (2017), Art ID: 9796873, 6 pages.
- K. Nantomah, E. Prempeh and S. B. Twum, Inequalities involving derivatives of the (p,k)-Gamma function, Konuralp Journal of Mathematics, 5(1)(2017), 232-239.
- K. Nantomah, Convexity Properties and Inequalities Concerning the (p,k)-Gamma function, Commun. Fac. Sci. Univ. Ank. Series A1, 66(2)(2017), 130-140.
- K. Nantomah, F. Merovci and S. Nasiru, A Generalization of the Exponential Integral and Some Associated Inequalities, Honam Mathematical Journal, 39(1)(2017), 49-59.
- K. Nantomah and S. Nasiru, Inequalities for the m-th derivative of the (q,k)-Gamma function, Moroccan Journal of Pure and Applied Analysis, 3(1)(2017), 63-69.
- K. Nantomah, Some Inequalities bounding certain ratios of the (p,k)-Gamma function, New Trends in Mathematical Sciences, 4(4)(2016), 329-336.
- K. Nantomah, Inequalities for Certain Ratios involving the (p,k)-Analogue of the Gamma Function, Communications in Mathematics and Applications, 7(2)(2016), 121–128.
- K. Nantomah, E. Prempeh and S. B. Twum, On a (p,k)-analogue of the Gamma function and some associated Inequalities, Moroccan Journal of Pure and Applied Analysis, 2(2)(2016), 79-90.
- K. Nantomah, E. Prempeh and S. B. Twum, On (p,q) and (q,k)-extensions of a double-inequality bounding a ratio of Gamma functions, Mathematical Sciences and Applications E-Notes , 4(2)(2016), 23-28.
- K. Nantomah, E. Prempeh and S. B. Twum, The (q,k)–extension of some Gamma function inequalities, Konuralp Journal of Mathematics, 4(1)(2016), 148-154.
- K. Nantomah and E. Prempeh, Inequalities for the (q,k)-Deformed Gamma Function emanating from Certain Problems of Traffic Flow, Honam Mathematical Journal, 38(1)(2016), 9-15.
- K. Nantomah, E. Prempeh and S. B. Twum, Some inequalities for the q-extension of the Gamma Function, Asian Journal of Mathematics and Computer Research, 9(1)(2016), 29-38.
- K. Nantomah, Further Inequalities Associated with the Classical Gamma Function, Turkish Journal of Analysis and Number Theory, 3(4)(2015), 111-115.
- K. Nantomah and E. Prempeh, Certain Inequalities Involving the q-Deformed Gamma Function, Problemy Analiza - Issues of Analysis, Vol. 4 (22) No 1, 2015, 57-65.
- K. Nantomah and O. Kasimu, Some Inequalities for q and (q,k) Deformed Gamma Functions, Journal of New Theory, 2015(5)(2015), 13-18.
- K. Nantomah, Some gamma function inequalities occurring in probability theory, Global Journal of Mathematical Analysis, 3(2)(2015), 49-53.
- K. Nantomah and E. Prempeh, Generalizations of Some Inequalities for the p-Gamma, q-Gamma and k-Gamma Functions, Electronic Journal of Mathematical Analysis and Applications, 3(1)(2015), 158-163.
- K. Nantomah, GeneralizedInequalities Related to the Classical Euler’s Gamma Functions, Turkish Journal of Analysis and Number Theory, 2(6)(2014),226-229.
- K. Nantomah, Inequalities for the Psi and k-Gamma Functions, Global Journal of Mathematical Analysis, 2(4)(2014), 290-296.
- K. Nantomah, On Certain Inequalities Concerning the Classical Euler’s Gamma Function, Advances in Inequalities and Applications,2014(2014), Article ID 42.
- K. Nantomah, The (q; k)-analogues of some inequalities involving the Psi function, Global Journal of Mathematical Analysis, 2(3)(2014), 209-212.
- K. Nantomah, Some Inequalities for the Ratios of Generalized Digamma Functions, Advances in Inequalities and Applications,2014 (2014), Article ID 28.
- K. Nantomah and E. Prempeh, Generalizations of Some Sharp Inequalities for the Ratio of Gamma Functions, Mathematica Aeterna, 4(5)(2014), 539-544.
- K. Nantomah and E. Prempeh, Some Inequalities for the (q,k)-Digamma Function, Mathematica Aeterna, 4(5)(2014), 533-537.
- K. Nantomah and E. Prempeh, Some Inequalities for the (p,q)-Digamma Function, Mathematica Aeterna, 4(5)(2014), 527-531.
- K. Nantomah and E. Prempeh, Some Inequalities for the k-Digamma Function, Mathematica Aeterna, 4(5)(2014), 521-525.
- K. Nantomah and E. Prempeh, Some Inequalities for the q-Digamma Function, Mathematica Aeterna, 4(5)(2014), 515-519.
- K. Nantomah and E. Prempeh, Some Inequalities for the p-Digamma Function, Mathematica Aeterna, 4(5)(2014), 509-513.
- K. Nantomah and E. Prempeh, Some Sharp Inequalities for the Ratio of Gamma Functions, Mathematica Aeterna, 4(5)(2014), 501-507.
- K. Nantomah, The (p,q)-Analogues of Some Inequalities for the Digamma Function, Journal of Inequalities and Special Functions, 5(2)(2014), 10-14.
- K. Nantomah, M. M. Iddrisu and E. Prempeh, Generalization of Some Inequalities for the Ratio of Gamma Functions, International Journal of Mathematical Analysis, 8(18)(2014), 895-900.
- K. Nantomah and E. Prempeh, The q-Analogues of Some Inequalities for the Digamma Function, Mathematica Aeterna, 4(3)(2014), 281-285.
- K. Nantomah and E. Prempeh, The p-Analogues of Some Inequalities for the Digamma Function, Mathematica Aeterna, 4(3)(2014), 275-279.
- K. Nantomah and E. Prempeh, The k-Analogues of Some Inequalities for the Digamma Function, Mathematica Aeterna, 4(3)(2014), 269-273.
- K. Nantomah and E. Prempeh, Analogues of an Inequality for the m-th derivative of the Digamma Function, Mathematica Aeterna, 4(3)(2014), 263-268.
- K. Nantomah and M. M. Iddrisu, The k-Analogue of Some Inequalities for the Gamma Function, Electronic Journal of Mathematical Analysis and Applications, 2(2)(2014), 172-177.
- K. Nantomah and M. M. Iddrisu, Some Inequalities involving the ratio of Gamma Functions, International Journal of Mathematical Analysis, 8(12)(2014), 555-560.
- K. Nantomah and M. M. Iddrisu, Extensions of Some Inequalities for the Gamma Function, International Mathematical Forum, 9(5)(2014), 199-206.
PhD Mathematics,
MPhil Mathematics,
BSc Mathematics,
Teachers Cert-A.
Grants and Funds won
Outstanding Reviewer: Awarded by Journal of the Egyptian Mathematical Society (ELSEVIER), August 2017.
Recognized Reviewer: Awarded by Journal of the Egyptian Mathematical Society (ELSEVIER), May 2017.
Best Lecturer of the Year: Awarded by National Union of Ghana Students (NUGS, Navrongo Campus) at the 2014 Excellence Awards.