Quantum tomography via compressed sensing: error bounds, sample complexity and... estimators
... Compressed tomography provides a solution that meets all these practical requirements [17, 18]. It requires measurements of two-outcome Pauli observables, which are feasible in many experimental systems. In total, it uses a random subset of m = O(r d log d) Pauli observables, which is just slightly ...
... Compressed tomography provides a solution that meets all these practical requirements [17, 18]. It requires measurements of two-outcome Pauli observables, which are feasible in many experimental systems. In total, it uses a random subset of m = O(r d log d) Pauli observables, which is just slightly ...
On the foundations of the theory of evolution
... extensively on the limited variability of protein folds. Lately, with the upcoming of new experimental techniques and disciplines as Evo-Devo, more and more similar critiques are given paying attention mainly to the ‘lawlike’ developmental constraints on variation and evolution (Arthur 2004). It is ...
... extensively on the limited variability of protein folds. Lately, with the upcoming of new experimental techniques and disciplines as Evo-Devo, more and more similar critiques are given paying attention mainly to the ‘lawlike’ developmental constraints on variation and evolution (Arthur 2004). It is ...
Self-Observing Quantum Systems
... The Connection to Consciousness * Quantum Fields do NOT Refer to the Quantum * They Refer to the Observer's Knowledge of it HENCE, there is a valid sense in which: * A Self-Observing Quantum System Represents a System with Self Knowledge Alex Hankey PhD ...
... The Connection to Consciousness * Quantum Fields do NOT Refer to the Quantum * They Refer to the Observer's Knowledge of it HENCE, there is a valid sense in which: * A Self-Observing Quantum System Represents a System with Self Knowledge Alex Hankey PhD ...
Spinons and triplons in spatially anisotropic frustrated antiferromagnets ARTICLES MASANORI KOHNO
... approximation of only zero- or two-spinon states reproduces the main features of the spectrum of such quasi-1D frustrated antiferromagnets. Note that the two-spinon approximation is not a low-energy one (unlike the familiar and powerful ‘bosonization’ technique) as it includes spinons with energies ...
... approximation of only zero- or two-spinon states reproduces the main features of the spectrum of such quasi-1D frustrated antiferromagnets. Note that the two-spinon approximation is not a low-energy one (unlike the familiar and powerful ‘bosonization’ technique) as it includes spinons with energies ...
