Abstract
This article consists of a collection of problems in Commutative Ring Theory sent to us, in response to our request, by the authors of articles in this volume. It also includes our contribution of a fair number of unsolved problems. Some of these one hundred problems already appear in other articles of this volume; some are related to the topics but do not appear in another article; yet others are problems unrelated to any of the articles, but that the authors consider of importance. For all problems, we gave a few useful references, which will lead readers to other relevant references. There is no attempt to be encyclopedic. We added definitions and clarifying comments to make the problems more self contained, but, as a rule, if undefined notions are used the reader can find the relevant definitions in the cited references. Finally, this is an article whose purpose is to generate many more articles. We hope the problems posed here will keep researchers busy for many years, and would appreciate very much being sent preprints of their solutions.
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References
S. Abhyankar, P. Eakin and W. Heinzer, On The Uniqueness Of The Coefficient Ring In A Polynomial Ring, J. Algebra 23 (1972), 310–342.
D.D. Anderson, Star Operations Induced By Overrings, Comm. Alg. 16 (1988), 2535–2553.
D.D. Anderson and D.F. Anderson, Generalized GCD Domains, Comment. Math. Univ. St. Pauli XXVIII (1979), 215–221.
D.D. Anderson, Some Problems In Commutative Ring Theory, Lecture Notes in Pure and Applied Math #171, Marcel Dekker (1995), 363–372.
D.D. Anderson, GCD Domains, Gauss’ Lemma, And Contents Of Polynomials, this volume.
D.D. Anderson and R.O. Quintero, Some Generalizations Of GCD Domains, Lecture Notes in Pure and Applied Math #189, Marcel Dekker (1997), 189–195.
D.D. Anderson and B.G. Kang, Content Formulas For Polynomials And Power Series And Complete Integral Closure, J. Algebra 181 (1996), 82–94.
D.D. Anderson and M. Zafrullah, Independent Locally-Finite Intersections Of Localizations, Houston J. Math. 25 (1999), 433–452.
D.F. Anderson, The Picard Group Of A Monoid Domain, J. Algebra 115 (1988), 342–351.
D.F. Anderson. The Picard Group Of A Monoid Domain II, Arch. Math. 55 (1990), 143–145.
D.F. Anderson, The Class Group And Local Class Group Of An Integral Domain, this volume.
D.F. Anderson, S.T. Chapman and W.W. Smith, On Krull Half-Factorial Domains With Infinite Cyclic Divisor Class Group, Houston J. Math. 20 (1994), 561–570.
B. Ballet and N. Dessagnes, Anneaux De Polynomes Sur Un Anneau De Mori, C.R. Math. Rep. Acad. Sci. Canada 8 (1986), 393–398.
V. Barucci, Strongly Divisorial Ideals And Complete Integral Closure Of An Integral Domain, J. Algebra 99 (1986), 132–142.
V. Barucci, Mori Domains, this volume.
H. Bass and M.P. Murthy, Grothendieck Groups And Picard Groups Of Abelian Group Rings, Ann. Math. 86 (1976), 16–73.
A. Benhissi, Dependance Integrale Dans Les Anneaux De Series Formelles, Comm. Algebra 27 (1999), 1369–1383.
A. Benhissi, t-closed Rings Of Formal Power Series, Arch. Math. 72 (1999), 1–5.
A. Bouvier, D.E. Dobbs and M. Fontana, Universally Catenarian Integral Domains, Advances in Math. 72 (1988), 211–231.
R.A. Bowshell and P. Schultz, Unital Rings Whose Additive Endomorphisms Commute, Math. Ann. 228 (1977), 197–214.
J. Cahen and J.L. Chabert, Integer Valued Polynomials, AMS Survey and Monographs 48 (1997).
P.J. Cahen and J.L. Chabert, What’s New About Integer Valued Polynomials On A Subset?, this volume.
L. Chabert, S.T. Chapman and W.W. Smith, The Skolem Property In Rings Of Integer Valued Polynomials, Proc. AMS 126 (1998), 3151–3159.
S.T. Chapman, On The Davenport Constant, The Cross Number And Their Application In Factorization Theory, Lecture Notes in Pure and Appl. Math #189, Marcel Dekker (1995), 167–190.
S.T. Chapman, M. Freeze and W. Smith, On Generalized Length Of Factorizations In Dedekind And Krull Domains, this volume.
S.T. Chapman and W.W. Smith, An Analysis Using The Zaks-Skula Constant Of Element Factorizations In Dedekind Domains, J. Algebra 159 (1993), 176–190.
S.T. Chapman and W.W. Smith, Generalized Sets Of Length, J. Algebra 200 (1998), 449–471.
S.T. Chapman and W.W. Smith, Factorization In Dedekind Domains With Finite Class Group, Israel J. Math. 71 (1990), 65–95.
S.T. Chapmam and W.W. Smith, On The HFD, CHFD And k-HFD Properties In Dedekind Domains, Comm. Algebra 20 (1992), 1955–1987.
S.T. Chapman and J. Coykendall, Half-Factorial Domains, A Survey, this volume.
LS. Cohen, On The Structure And Ideal Theory Of Complete Local Rings, Trans. AMS 59 (1946), 54–106.
J. Coykendall, A Characterization Of Polynomial Rings With The Half-Factorial Property, Lecture Notes in Pure and Appl. Math #189, (1997), 291–294.
J. Coykendall, The Half-Factorial Property In Integral Extensions, Comm. Algebra 27 (1999), 3153–3159.
J. Coykendall, Half-Factorial Domains In Quadratic Fields, preprint
J. Coykendall, A Counterexample Relating To The Integral Closure Of A Half-Factorial Domain, preprint
D.E. Dobbs and M. Fontana, Integral Overrings Of Two-Dimensional Going-Down Domains, Proc. AMS 115 (1992), 655–662.
D.E. Dobbs, Recent Progress On Going-Down I, this volume.
W. Fanggui and R.L. McCasland, On w-modules Over Stong Mori Domains, Comm. Algebra 25 (1997), 1285–1306.
W. Fanggui and R.L. McCasland, On Strong Mori Domains, J. Pure and Appl. Algebra 135 (1999), 155–165.
M. Fontana and J. A. Huckaba, Localizing Systems And Semistar Operations, this volume.
M. Fontana, J. Huckaba and I. Papick, Prüfer Domains, Marcel Dekker (1997).
S. Gabelli, On Divisorial Ideals In Polynomial Rings Over Mori Domains, Comm. Algebra 15 (1987), 2349–2370.
S. Gabelli and E. Houston, Coherentlike Conditions In Pullbacks, Michigan Math. J. 44 (1997), 99–123.
S. Gabelli and E. Houston, Ideal Theory In Pullbacks, this volume.
L. Gillman and M. Henriksen, Rings Of Continuous Functions In Which Every Finitely Generated Ideal Is Principal, Trans. AMS 82 (1956), 366–391.
R. Gilmer, Multiplicative Ideal Theory, Queens Papers in Pure Appl. Math. 12, 1968.
R. Gilmer, Two Constructions In Prüfer Domains, J. Reine Angew. Math. 239 (1970), 153–162.
R. Gilmer, Commutative Rings Of Dimension 0, this volume.
R. Gilmer and W. Heinzer, Products Of Commutative Rings And Zero-Dimensionality, Trans. AMS 331 (1992), 663–680.
R. Gilmer, W. Heinzer and M. Roitman, Finite Generation Of Powers Of Ideals, Proc. MS, to appear.
S. Glaz, Finite Conductor Rings, Proc. of AMS, to appear.
S. Glaz, Finite Conductor Rings With Zero-Divisors, this volume.
S. Glaz and W. Vasconcelos, Gaussian Polynomials, Lecture Notes in Pure and Applied Math. #185, Marcel Dekker (1997), 325–337.
S. Glaz and W. Vasconcelos, The Content Of Gaussian Polynomials, J. Algebra 202 (1998), 1–9.
S. Glaz, Commutative Coherent Rings, Springer Verlag Lecture Notes in Math. #1371 (1989).
S. Glaz, Regular Symmetric Algebras, J. of Algebra 112 (1988), 129–138.
S. Glaz, On The Weak Dimension Of Coherent Group Rings, Comm. Algebra 15 (1987), 1841–1858.
S. Glaz, Coherence, Regularity And Homological Dimensions Of Commutative Fixed Rings, Commutative Algebra, World Scientific (1994), 89–106.
F. Halter-Koch, Ideal Systems: An Introduction To Multiplicative Ideal Theory, Marcel Dekker (1998).
F. Halter-Koch, Constructions Of Ideal Systems With Nice Noetherian Properties, this volume.
J. Hausen and J.A. Johnson, A Note On Constructing E-Rings, Publ. Math. Debrecen 38 (1991), 33–38.
W. Heinzer and C. Huneke, Gaussian Polynomials And Content Ideals, Proc. AMS 125 (1997), 739–745.
W. Heinzer and C. Huneke, The Dedekind-Mertens Lemma And The Content Of Polynomials, Proc. AMS 126 (1998), 1305–1309.
W. Heinzer and M. Roitman, Generalized Local Rings And Finite Generation Of Powers Of Ideals, this volume.
W. Heinzer and S. Wiegand, Prime Ideals In Polynomial Rings Over One Dimensional Domains, Trans. AMS 347 (1995), 639–650.
R. Heitmann, PID’s With Specified Residue Class Fields, Duke Math. J. 41 (1974), 565–582.
M. Hochster, Prime Ideal Structure In Commutative Rings, Trans. AMS 137 (1969), 43–60.
J.A. Huckaba and I. Papick, Connecting Trace Properties, this volume.
W. Kucharz, Invertible Ideals In Real Holomorphy Rings, J. Reine Angew. Math. 395 (1989), 171–185.
W. Kucharz, Generating Ideals In Real Holomorphy Rings, J. Algebra 144 (1991), 1–7.
M. Larsen, W. Lewis and T. Shores, Elementary Divisor Rings And Finitely Presented Modules, Trans. AMS 187 (1974), 231–248.
K.A. Loper, On Prufer Non-D-Rings, J. Pure Appl. Algebra 96 (1994), 271–278.
K.A. Loper, Constructing Examples Of Integral Domains By Intersecting Valuation Domains, this volume.
T. Lucas, The Radical Trace Property And Primary Ideals, J. Algebra 184 (1996), 1093–1112.
D. Michel and J. Steffan, Repartition Des Ideaux Premiers Parmi Les Classes D’Ideaux Dans Un Anneau De Dedekind Et Equidecomposition, J. Algebra 98 (1986), 82–94.
A. Mimouni, Pullbacks And Coherent-Like Properties, Lecture Notes in Pure and Applied Math. #205, Marcel Dekker (1999), 437–459.
J.L. Mott, Groups of Divisibility: A Unifying Concept For Integral Domains And Partially Ordered Groups, Lattice-Ordered Groups, Kluwer Academic Publishers (1989), 80–104.
J.L. Mott and M. Schexnayder, Exact Sequences Of Semi-Value Groups, J. Reine Angew. Math. 283/284 (1976), 388–401.
G. Picavet and M. Picavet-L’Hermitte, Anneaux t-clos, Comm. Algebra 23 (1995), 2643–2677.
G. Picavet and M. Picavet-L’Hermitte, t-Closedness, this volume.
R.S. Pierce, E-Modules, Abelian Group Theory, Contemporary Math. 87 (1989), 221–240.
J. Querre, Ideaux Divisoriels d’un Anneau de Polynomes, J. Algebra 64 (1980), 270–284.
L. Reis, L.G. Roberts and B. Singh, On Weak Subintegrality, J. Pure Appl. Algebra 114 (1996), 93–109.
L.G. Roberts and B. Singh, Invertible Modules And Generic Subintegrality, J. Pure Appl. Algebra 95 (1994), 331–351.
M. Roitman, On The Complete Integral Closure Of A Mori Domain, J. Pure Appl. Algebra 66 (1990), 315–328.
M. Roitman, On Finite Generation Of Powers Of Ideals, preprint.
D.E. Rush, Picard Groups In Abelian Group Rings, J. Pure Appl. Algebra 26 (1982), 101–114.
R. Swan, n-generator Ideals In Prufer Domains, Pacific J. Math. 111 (1984), 433–446.
W. Vasconcelos, The Rings Of Dimension Two, Lecture Notes in Pure and Appl. Math. #22, Marcel Dekker (1976).
C. Vinsonhaler, E-Rings And Related Structures, this volume.
R. Warfield Jr., Decomposability Of Finitely Presented Modules, Proc. AMS 25 (1970), 167 – 172.
R. Wiegand and S. Wiegand, The Maximal Ideal Space Of A Noetherian Ring, J. Pure Appl. Algebra 8 (1976), 129–141.
R. Wiegand and S. Wiegand, Prime Ideals And Decompositions Of Modules, this volume.
M. Zafrullah, Putting t-Invertibility To Use, this volume.
A. Zaks, Half-Factorial Domains, Bulletin of AMS 82 (1976), 721–723.
A. Zaks, Half-Factorial Domains, Israel J. Math. 37 (1980), 281–302.
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Chapman, S.T., Glaz, S. (2000). One Hundred Problems in Commutative Ring Theory. In: Chapman, S.T., Glaz, S. (eds) Non-Noetherian Commutative Ring Theory. Mathematics and Its Applications, vol 520. Springer, Boston, MA. https://doi.org/10.1007/978-1-4757-3180-4_21
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