Can you hear the shape of a graph?
... Quantum graphs, both simple and complex, form a sub-domain within the general research of networks. This research ranges from the human arterial and neural systems to the World Wide Web. We use quantum graphs today to simplify complicated phenomena. They acquired the name “quantum graphs” because on ...
... Quantum graphs, both simple and complex, form a sub-domain within the general research of networks. This research ranges from the human arterial and neural systems to the World Wide Web. We use quantum graphs today to simplify complicated phenomena. They acquired the name “quantum graphs” because on ...
Simulation of Quantum Gates on a Novel GPU Architecture
... A GPU (Graphic Processor Unit) is a device specialized in algorithms such as graphics rendering involving very intensive and highly parallel computations. These devices are nowadays implemented as a set of multiprocessors with a Single Instruction Multiple Data (SIMD) architecture. Due to their high ...
... A GPU (Graphic Processor Unit) is a device specialized in algorithms such as graphics rendering involving very intensive and highly parallel computations. These devices are nowadays implemented as a set of multiprocessors with a Single Instruction Multiple Data (SIMD) architecture. Due to their high ...
A quantum mechanical model of adaptive mutation
... If the linear superposition of the cell is maintained, then the cell’s wave-function Ccell will eventually couple with the lactose present in the environment. It is at this stage that there is a crucial difference between the same mutation under adaptive and non-adaptive conditions (Fig. 1). In co ...
... If the linear superposition of the cell is maintained, then the cell’s wave-function Ccell will eventually couple with the lactose present in the environment. It is at this stage that there is a crucial difference between the same mutation under adaptive and non-adaptive conditions (Fig. 1). In co ...
Quantum Computing
... and in order to represent it with an arbitrary amount of precision one requires an arbitrary number of bits to specify the two complex numbers α0 and α1 [1]. In the case of Qbits, the logic gates that are applied are unitary matrices. These matrices are basically rotations that act on a Qbit, and as ...
... and in order to represent it with an arbitrary amount of precision one requires an arbitrary number of bits to specify the two complex numbers α0 and α1 [1]. In the case of Qbits, the logic gates that are applied are unitary matrices. These matrices are basically rotations that act on a Qbit, and as ...
