We prove a Gleason-type theorem for the quantum probability rule using frame functions defined on positive-operator-valued measures (POVMs), as opposed to the restricted class of orthogonal project
A description is given, together with performance specification, block diagram and a few circuit details, of a new receiver, Type 154A, for operation in the frequency range 329.3-335.0 Mc/s.
Alexander Graham Bell, a native of Edinburgh, expected that his invention, the telephone, would join people over great distances.
We numerically investigate the relevance of criteria such as the nonlinear phase or the inline cumulated dispersion to assess the tolerance to nonlinearities of highly dispersive optical transmissi
This paper describes a global electromagnetic (EM) approach developed to help the design of an amplifier module.
From its early beginnings 150 years ago, facsimile transmission has had a slow growth until the late 1970s.
The paper explores the different methods to connect electrical equipment such as information technology equipment (ITE) to the AC and DC mains in the global marketplace.
We consider a bilayer quantum Hall system at total filling fraction nu = 2 in tilted magnetic field allowing for change imbalance as well as tunnelling between the two layers.
We consider a bilayer quantum Hall system at total filling fraction nu=2 in tilted magnetic field allowing for charge imbalance as well as tunneling between the two layers.
Next-generation mobile/wireless networks are already under preliminary deployment. Mobile/wireless all-IP networks are expected to provide a substantially wider and enhanced range of services.
