Access the full text.
Sign up today, get DeepDyve free for 14 days.
(2000)
Pulmannovâ, New Trends in Quantum Structure
M. Solèr (1995)
Characterization of hilbert spaces by orthomodular spacesCommunications in Algebra, 23
D. Butnariu (1983)
Decompositions and range for additive fuzzy measuresFuzzy Sets and Systems, 10
P. Halmos (1948)
The range of a vector measureBulletin of the American Mathematical Society, 54
B. Faires, T. Morrison (1976)
The Jordan decomposition of vector-valued measures, 60
Anna Avallone, A. Basile (2003)
On a Marinacci uniqueness theorem for measuresJournal of Mathematical Analysis and Applications, 286
J. Jauch, R. Morrow (1968)
Foundations of Quantum MechanicsAmerican Journal of Physics, 36
Klaus Schmidt (1983)
On the jordan decomposition for vector measures
(1951)
The Logic of Quantum Mechanics, Addison-Wesley Publishing Co., Reading, Mass, 1981
(1992)
Kôpka , D - posets of fuzzy sets
F. Schroeck, D. Foulis (1990)
Stochastic quantum mechanics viewed from the language of manualsFoundations of Physics, 20
M. Khare, Akhilesh Singh (2008)
Atoms and Dobrakov submeasures in effect algebrasFuzzy Sets Syst., 159
(1966)
A short proof of Liapounoff's convexity theorem
M. Khare (2002)
The dynamics of $F$-quantum spacesMathematica Slovaca, 52
E. Pap, E. Pap (1995)
Null-Additive Set Functions
G. Barbieri (2004)
Lyapunov's Theorem for Measures on D-posetsInternational Journal of Theoretical Physics, 43
D. Foulis, M. Bennett (1994)
Effect algebras and unsharp quantum logicsFoundations of Physics, 24
M. Khare, Akhilesh Singh (2008)
ATOMS AND A SAKS TYPE DECOMPOSITION IN EFFECT ALGEBRAS
(1995)
Solér, Characterization of Hilbert space by orthomoduler spaces
Hisakichi Suzuki (1991)
Atoms of fuzzy measures and fuzzy integralsFuzzy Sets and Systems, 41
P. Busch, P. Lahti, P. Mittelstaedt (1991)
The quantum theory of measurement
Anna Avallone, A. Basile, P. Vitolo (2006)
Positive Operators à la Aumann-Shapley on Spaces of Functions on D-LatticesPositivity, 10
H. Chernoff (1951)
An extension of a result of Liapounoff on the range of a vector measure, 2
D. Blackwell (1951)
The range of certain vector integrals, 2
S. Ali (1985)
Stochastic localization, quantum mechanics on phase space and quantum space-timeLa Rivista del Nuovo Cimento (1978-1999), 8
R. Edwards (1962)
General Theory of Banach Algebra. By C.E. Rickart. Pp. 394. 79s. 1960. (Van Nostrand, London)The Mathematical Gazette, 46
M. Khare, Bhawna Singh (2005)
Weakly tight functions and their decompositionInt. J. Math. Math. Sci., 2005
A. Dvoretzky, A. Wald, J. Wolfowitz (1951)
Relations among certain ranges of vector measuresPacific Journal of Mathematics, 1
E. Beltrametti, G. Cassinelli, Peter Carruthers (1981)
The logic of quantum mechanics
M. Khare, Akhilesh Singh (2008)
Pseudo-atoms, atoms and a Jordan type decomposition in effect algebrasJournal of Mathematical Analysis and Applications, 344
(2004)
Liapunov ' s theorem for measures on D - posets , Internat
M. Khare, Akhilesh Singh (2008)
Weakly tight functions, their Jordan type decomposition and total variation in effect algebrasJournal of Mathematical Analysis and Applications, 344
M. Khare (1999)
Fuzzy σ-algebras and conditional entropyFuzzy Sets Syst., 102
Klaus Schmidt (1982)
A general Jordan decompositionArchiv der Mathematik, 38
J. Diestel, B. Faires (1974)
On vector measuresTransactions of the American Mathematical Society, 198
P. Ghirardato, M. Marinacci (1998)
Ambiguity Made Precise: A Comparative Foundation
S. Pulmannová (1994)
A REMARK ON ORTHOMODULAR PARTIAL ALGEBRASDemonstratio Mathematica, 27
T. Hutchinson, M. Klepač (1982)
The communicative approach: A question of materials or attitudes?System, 10
(1940)
Sur les fonctions-vecteurs complètement additives
DEMONSTRATE MATHEMATICAVol. XLIIINo 32010Mona Khare, Akhilesh Kumar SinghTHE R A N G E OF NON-ATOMIC MEASURES ONEFFECT ALGEBRASAbstract. The present paper deals with the study of superior variation m + , inferiorvariation m~ and total variation |m| of an extended real-valued function m defined onan effect algebra L; having obtained a Jordan type decomposition theorem for a locallybounded real-valued measure m defined on L, we have observed that the range of anon-atomic function m defined on a D-lattice L is an interval (—m _ ( 1), m + (1)). Finally,after introducing the notion of a relatively non-atomic measure on an effect algebra L, wehave proved an analogue of Lyapunov convexity theorem for this measure.1. IntroductionLet 7i be a Hilbert space and let S(7i) be a partially ordered groupof all bounded self-adjoint operators on 7i. Put E(H) = {A e S(7i) :0 < A < I}. If a quantum mechanical system T is represented in theusual way by a Hilbert space H, then the elements of E(7i) correspondto effects for T [29, 30]. Effects are of significance in representing unsharp measurements or observations on the system T [10], and effect valued measures play an important role in stochastic quantum mechanics
Demonstratio Mathematica – de Gruyter
Published: Jul 1, 2010
Read and print from thousands of top scholarly journals.
Already have an account? Log in
Bookmark this article. You can see your Bookmarks on your DeepDyve Library.
To save an article, log in first, or sign up for a DeepDyve account if you don’t already have one.
Copy and paste the desired citation format or use the link below to download a file formatted for EndNote
Access the full text.
Sign up today, get DeepDyve free for 14 days.
All DeepDyve websites use cookies to improve your online experience. They were placed on your computer when you launched this website. You can change your cookie settings through your browser.