Andere Kunden interessierten sich auch für
![On the Principle of Holographic Scaling]( "On the Principle of Holographic Scaling")
On the Principle of Holographic Scaling56,99 €![On the Principle of Holographic Scaling]( "On the Principle of Holographic Scaling")
On the Principle of Holographic Scaling73,99 €![Introduction to Geomagnetically Trapped Radiation]( "Introduction to Geomagnetically Trapped Radiation")
Introduction to Geomagnetically Trapped Radiation67,99 €![Our Universe Via Drexler Dark Matter]( "Our Universe Via Drexler Dark Matter")
Our Universe Via Drexler Dark Matter20,99 €![Crystal Properties Via Group Theory]( "Crystal Properties Via Group Theory")
Crystal Properties Via Group Theory44,99 €![Investigating Alkali Borate Glasses via Total X-ray Scattering]( "Investigating Alkali Borate Glasses via Total X-ray Scattering")
Investigating Alkali Borate Glasses via Total X-ray Scattering36,99 €![Crystal Properties Via Group Theory]( "Crystal Properties Via Group Theory")
Crystal Properties Via Group Theory137,99 €
Quantum computers over a completely different computing paradigm than classical computers. Harnessing the fundamental properties of quantum mechanics,quantum computers promise to solve certain classes of problems that are impossible or intractable with modern classical computers. In some sense, quantum computers are unavoidable, as the Moore's law scaling of classical transistors eventually envisions that bits are reduced to the size of atoms, where quantum mechanics becomes the dominating principle. One of the first envisioned applications of quantum computers is to simulate and solve important physical processes that operate under the laws of quantum mechanics, including molecular structure and chemical reaction mechanisms [1, 2, 3, 4]. The key idea is that because nature is fundamentally quantum, a quantum computer will be more efficient at modeling these systems