超格中的理想

在超格中引入了超序的概念,得到了超序的若干特征定理.借助于超序的概念,给出了超格中的理想的定义,研究了超格中的理想的一系列性质.     

Lattices Derived from Hyperlattices

In this article, by considering the notion of a hyperlattice and a superlattice, we give some examples of them, and we study their structures and their quotient structure with a regular relation. We introduce the relation ν on a hyperlattice L, and we let ν* be the transitive closure of ν. We show that ν* is a fundamental relation on a hyperlattice. The quotient L/ν* is called the fundamental lattice. Notice that the most important relations in hyperstructure theory are the fundamental ones. Finally, we give some interesting results about the fundamental lattices.     

有界超格上的微分

在有界超格上引入微分,研究了有界超格上微分的一些性质.定义并研究了微分超格的微分超理想和微分超同余,并证明了如果$(L,d)$是一个有界强单微分超格并且$R$是$(L,d)$的一个强微分同余,则$(L/R,g)$仍是一个强单微分超格,其中$g$是由$d$诱导的商超格上的单强微分.     

A Poset with Spectral Scott Topology is a Quasialgebraic Domain

We prove that a spectral Scott space (i.e. a poset on which the Scott topology is spectral) is a quasialgebraic domain.     

半连续格上的半Scott拓扑与半Lawson拓扑

在完备格上引入了半Scott拓扑与半Lawson拓扑,讨论了半连续格和强连续格上半Scott拓扑与半Lawson拓扑的一些基本性质。     

Spectral Analysis and Spectral Synthesis on Polynomial Hypergroups

This paper presents some recent results concerning spectral analysis and spectral synthesis on polynomial hypergroups. The main results show that both discrete spectral analysis and discrete spectral synthesis hold for any polynomial hypergroup.     

Spectral Analysis and Spectral Synthesis on Polynomial Hypergroups

This paper presents some recent results concerning spectral analysis and spectral synthesis on polynomial hypergroups. The main results show that both discrete spectral analysis and discrete spectral synthesis hold for any polynomial hypergroup.     

关于可拓扑生成的LF拓扑空间的注记

给出可拓扑生成的LF拓扑空间的三条性质,它们分别推广了现有的相应结果。     

Analysis on Loop Spaces and Topology

Results on analysis on loop spaces and topologies are surveyed. In particular, Sobolev cohomology of loop spaces, stochastic Chen--Souriau cohomology, and Witten genus are described.     

Construction of Real Band Anti-Symmetric Matrices from Spectral Data

In this paper,we describe how to construct a real anti-symmetric(2p-1)-band matrix with prescribed eigenvalues in its ρ leading principal submatrices.This is done in two steps.First,an anti-symmetric matrix B is constructed with the specified spectral data but not necessary a band matrix.Then B is transformed by Householder transformations to a (2ρ-1)-band matrix with the prescribed eigenvalues.An algorithm is presented.Numerical results are presented to demonstrate that the proposed method is effective.     

偏序集上的测度拓扑与稠拓扑

In this paper,the concepts of the essential topology and the density topology of dcpos are generalized to the setting of general posets.Basic properties of the essential topology and relations with other intrinsic topologies are explored.Comparisons between the density topology and the measurement topology are made.Via the essential topology,the density topology and the measurement topology,we obtain properties and characterizations of bases of continuous posets.We also provide some new conditions for a continuous poset to be an algebraic poset.     

关于Finsler曲面的几何和拓扑

本文在Ｆｉｎｓｌｅｒ曲面上定义了一个新的不变量Ｈ。该不变量等于零刻画了Ｒｉｅｍａｎｎ流形。文章给出了Ｈ的一个上界并且构造了Ｈ为常值的非Ｒｉｅｍａｎｎ的Ｆｉｎｓｌｅｒ曲面。此外，本文还推广了Ｌａｎｄｓｂｅｒｇ曲面的Ｇａｕｓ－Ｂｏｎｎｅｔ－Ｃｈｅｒｎ定理并分类了非正曲率的Ｆｉｎｓｌｅｒ曲面。     

Topology and Collapse

We show that the collapse of the wave function of an entangled state of two spin \frac1 2\frac{1} {2} particles or two photons in the singlet state can be geometrically understood as a change of fibre bundles.     

偏序集上的测度拓扑和全测度

在偏序集上引入测度拓扑和全测度概念,研究其性质以及与其它内蕴拓扑间的众多关系。主要结果有:连续偏序集的测度拓扑实际上是由其上的任一全测度所决定且可由它的定向完备化上的测度拓扑和全测度分别限制得到;当连续偏序集还是D om a in时,其上的测度拓扑与μ拓扑一致;连续偏序集有可数基当且仅当其上的测度拓扑是可分的;一个网如果测度收敛则存在最终上确界;任一ω连续偏序集上都存在全测度。     

L-模糊拓扑上的内部算子

根据L-模糊拓扑自身的特点,在L-模糊拓扑空间中引入了内部度的定义,详细讨论了它的性质,提出了L-模糊拓扑上的内部算子的概念,论证了L-TFIN(拓扑的L-模糊内部空间和其上的连续映射构成的范畴)同构于L-FTOP(L-模糊拓扑空间和其上的连续映射构成的范畴).     

The Patch Topology and the Ultrafilter Topology on the Prime Spectrum of a Commutative Ring

Let R be a commutative ring and let Spec(R) denote the collection of prime ideals of R. We define a topology on Spec(R) by using ultrafilters and demonstrate that this topology is identical to the well-known patch or constructible topology. The proof is accomplished by use of a von Neumann regular ring canonically associated with R.