Braunstein
... Can there be Speed-Up in NMR QC? For Shor’s factoring algorithm, Linden and Popescu* showed that in the absence of entanglement, no speed-up is possible with pseudo-pure states. ...
... Can there be Speed-Up in NMR QC? For Shor’s factoring algorithm, Linden and Popescu* showed that in the absence of entanglement, no speed-up is possible with pseudo-pure states. ...
![arXiv:math/0601458v1 [math.QA] 19 Jan 2006](http://s1.studyres.com/store/data/016933886_1-4589dd82cd2aa488abf2eaccb6d6b836-300x300.png)
cout << mat2 << endl
... multiplied by the Complex number provided. Matrix * double (double * Matrix) – this returns a new Matrix where every term has been multiplied by the double provided (this is a special case of Matrix * Complex, and can be handled however you choose – similar to double / Complex above). Matrix / Compl ...
... multiplied by the Complex number provided. Matrix * double (double * Matrix) – this returns a new Matrix where every term has been multiplied by the double provided (this is a special case of Matrix * Complex, and can be handled however you choose – similar to double / Complex above). Matrix / Compl ...
A + B
... The left-to-right order in products is critical because AB and BA are usually not the same. Because the columns of AB are linear combinations of the columns of A, whereas the columns of BA are constructed from the columns of B. The position of the factors in the product AB is emphasized by say ...
... The left-to-right order in products is critical because AB and BA are usually not the same. Because the columns of AB are linear combinations of the columns of A, whereas the columns of BA are constructed from the columns of B. The position of the factors in the product AB is emphasized by say ...
Quantum Computation: a Tutorial
... What is the probability of obtaining the same output when measuring A and B with respect to two different bases? If we forget about the quantum aspect of the protocol, we essentially build two isolated probabilistic computations inputting an element from the set {a, b, c} and outputting a probabilis ...
... What is the probability of obtaining the same output when measuring A and B with respect to two different bases? If we forget about the quantum aspect of the protocol, we essentially build two isolated probabilistic computations inputting an element from the set {a, b, c} and outputting a probabilis ...
