we introduce a new concept of general $g$-$eta$-monotone operator generalizing the general $(h,eta)$-monotone operator cite{arvar2, arvar1}, general $h-$ monotone operator cite{xiahuang} in banach spaces, and also generalizing $g$-$eta$-monotone operator cite{zhang}, $(a, eta)$-monotone operator cite{verma2}, $a$-monotone operator cite{verma0}, $(h, eta)$-monotone operator cite{fanghuang}, $h$-...

We study embeddings of continuous dynamical systems in larger dimensions via projector operators. call this technique PEDS, projective embedding systems, as the stable fixed point dynamics are recovered projection from higher dimensional space. In paper we provide a general definition and prove that for particular type operator rank-1, uniform mean field projector, equations motion become appro...

Motivated by connections to the singlet vertex operator algebra in $\mathfrak{g}=\mathfrak{sl}_2$ case, we study unrolled restricted quantum group $\overline{U}_q^{ H}(\mathfrak{g})$ for any finite dimensional complex simple Lie $\mathfrak{g}$ at arbitrary roots of unity with a focus on its category weight modules. We show that braid action naturally extends groups and modules is generically se...

We formulate and solve a pole placement problem by state feedback for overdetermined 2D systems modeled commutative operator vessels. In this setting, the transfer function of system is given meromorphic bundle map between two holomorphic vector bundles finite rank over normalization projective plane algebraic curve. The obstruction solution an existence certain on input bundle. Reducing to 1D ...

A design is given for an optimized entangling probe attacking the BB84 (Bennett-Brassard 1984) protocol of quantum key distribution and yielding maximum information to the probe for a full range of induced error rates. Probe photon polarization states become optimally entangled with the signal states on their way between the legitimate transmitter and receiver. Although standard von-Neumann pro...

Let X be a compact Hausdorff space. We study finite-to-one map-pings r : X → X, onto X, and measures on the corresponding projective limit space X∞(r). We show that the invariant measures on X∞(r) correspond in a one-to-one fashion to measures on X which satisfy two identities. Moreover, we identify those special measures on X∞(r) which are associated via our correspondence with a function V on...

We consider the time evolution of a two level system (a two level atom or a qubit) and show that it is characterized by a local (in time) gauge invariant evolution equation. The covariant derivative operator is constructed and related to the free energy. We show that the gauge invariant characterization of the time evolution of the two level system is analogous to the birefringence phenomenon i...

Generalizing previous results for orbifolds, in this paper we describe the compactification of Matrix model on an orientifold which is a quotient space R/Γ as a Yang-Mills theory living on a quantum space. The information of the compactification is encoded in the action of the discrete symmetry group Γ on Euclidean space Rd and a projective representation U of Γ. The choice of Hilbert space on ...

Let X be a compact Hausdorff space. We study finite-to-one map-pings r : X → X, onto X, and measures on the corresponding projective limit space X∞(r). We show that the invariant measures on X∞(r) correspond in a one-to-one fashion to measures on X which satisfy two identities. Moreover, we identify those special measures on X∞(r) which are associated via our correspondence with a function V on...

In this paper the notion of an M -th order invariant bilinear differential pairing is introduced and a formal definition is given. If the manifold has an AHS structure, then various first order pairings are constructed. This yields a classification of all first order invariant bilinear differential pairings on homogeneous spaces with an AHS structure except for certain totally degenerate cases....