We study a function space JNp based on a condition introduced by John and Nirenberg as a variant of BMO. It is known that Lp⊂JNp⊊Lp,∞, but otherwise the structure of JNp is largely a mystery. Our first main result is the construction of a function that belongs to JNp but not Lp, showing that the two spaces are not the same. Nevertheless, we prove that for monotone functions, the classes JNp and Lp do coincide. Our second main result describes JNp as the dual of a new Hardy kind of space HKp′.Peer reviewe
A generalization of the theory of Y. Brudnyi [7], and A. and Y. Brudnyi [5, 6], is presented. Our co...
We characterize the duals and biduals of the L-p-analogues N-alpha(p) of the standard Nevanlinna cla...
The John–Nirenberg theorem states that functions of bounded mean oscillation are exponentially inte...
We study a function space JNp based on a condition introduced by John and Nirenberg as a variant of ...
Funding Information: Open Access funding provided by Aalto University. The research was funded by Aa...
We develop the theory of the "local" Hardy space h1(M) and John-Nirenberg space bmo(M) when M is a R...
In this systematic review, the authors give a survey on the recent developments of both the John–Nir...
The monotone duality problem is defined as follows: Given two monotone formulas f and g in irredunda...
The John-Nirenberg inequality characterizes functions in the space BMO in terms of the decay of the ...
In this paper, we introduce and develop some new function spaces of BMO (bounded mean oscillation) t...
In this thesis we prove that the space BMO on shapes introduced by Dafni and Gibara is the dual spac...
In this paper, we will discuss the space of functions of weak bounded mean oscillation. In particula...
22 pagesInternational audienceIn this paper, we develop an abstract framework for John-Nirenberg ine...
Abstract. We give several new characterizations of the dual of the dyadic Hardy space H1,d(T2), the ...
AbstractLet Bp = {f: ‖f‖ = supT⩾1 (12T) ∫−TT|f|p)1p < ∞}, 1<p<∞. Then Bp is the dual of a function a...
A generalization of the theory of Y. Brudnyi [7], and A. and Y. Brudnyi [5, 6], is presented. Our co...
We characterize the duals and biduals of the L-p-analogues N-alpha(p) of the standard Nevanlinna cla...
The John–Nirenberg theorem states that functions of bounded mean oscillation are exponentially inte...
We study a function space JNp based on a condition introduced by John and Nirenberg as a variant of ...
Funding Information: Open Access funding provided by Aalto University. The research was funded by Aa...
We develop the theory of the "local" Hardy space h1(M) and John-Nirenberg space bmo(M) when M is a R...
In this systematic review, the authors give a survey on the recent developments of both the John–Nir...
The monotone duality problem is defined as follows: Given two monotone formulas f and g in irredunda...
The John-Nirenberg inequality characterizes functions in the space BMO in terms of the decay of the ...
In this paper, we introduce and develop some new function spaces of BMO (bounded mean oscillation) t...
In this thesis we prove that the space BMO on shapes introduced by Dafni and Gibara is the dual spac...
In this paper, we will discuss the space of functions of weak bounded mean oscillation. In particula...
22 pagesInternational audienceIn this paper, we develop an abstract framework for John-Nirenberg ine...
Abstract. We give several new characterizations of the dual of the dyadic Hardy space H1,d(T2), the ...
AbstractLet Bp = {f: ‖f‖ = supT⩾1 (12T) ∫−TT|f|p)1p < ∞}, 1<p<∞. Then Bp is the dual of a function a...
A generalization of the theory of Y. Brudnyi [7], and A. and Y. Brudnyi [5, 6], is presented. Our co...
We characterize the duals and biduals of the L-p-analogues N-alpha(p) of the standard Nevanlinna cla...
The John–Nirenberg theorem states that functions of bounded mean oscillation are exponentially inte...