Ashtekar.pdf
... by a number of researchers in the mid-nineties and have given rise to a detailed quantum theory of geometry [3, 4, 5, 6]. Because the situation is conceptually so novel and because there are no direct experiments to guide us, reliable results require a high degree of mathematical precision to ensure ...
... by a number of researchers in the mid-nineties and have given rise to a detailed quantum theory of geometry [3, 4, 5, 6]. Because the situation is conceptually so novel and because there are no direct experiments to guide us, reliable results require a high degree of mathematical precision to ensure ...
QUANTUM PHENOMENA IN THE BIOLOGICAL
... corresponding curves are similar, save that they have an even more gradual slope at the outset, but they ultimately become parallel to the rest. That these results of the mathematical theory are quite reasonable is seen from the following qualitative argument. Suppose a cell needs to have absorbed, ...
... corresponding curves are similar, save that they have an even more gradual slope at the outset, but they ultimately become parallel to the rest. That these results of the mathematical theory are quite reasonable is seen from the following qualitative argument. Suppose a cell needs to have absorbed, ...
Quantum Computation and Algorithms
... provides the security of the Website. Primarily, they have used prime factorization of a very large number for encryption. Classically to find the prime factor of a very large number is considered to be very hard and this falls under NP complexity class. For example, the best known classical algorit ...
... provides the security of the Website. Primarily, they have used prime factorization of a very large number for encryption. Classically to find the prime factor of a very large number is considered to be very hard and this falls under NP complexity class. For example, the best known classical algorit ...
Quantum computation and cryptography: an overview
... follow), only one option survives (the electron follows a certain path when we observe it) and the quantum interference pattern is destroyed (the wave nature of the electron disappears and its particle nature emerges). Thus, the wave function (2) carries an information different from the classic one ...
... follow), only one option survives (the electron follows a certain path when we observe it) and the quantum interference pattern is destroyed (the wave nature of the electron disappears and its particle nature emerges). Thus, the wave function (2) carries an information different from the classic one ...
