LOW ENERGY POSITRON SCATTERING FROM NEON ATOMS by
... static, the exchange, and the polarization potentials. The electrostatic term arises from the Coulomb forces between the scattering electron and the constituent nucleus and electrons of the target. The exchange term comes about from the fact that the scattering electron is indistinguishable from the ...
... static, the exchange, and the polarization potentials. The electrostatic term arises from the Coulomb forces between the scattering electron and the constituent nucleus and electrons of the target. The exchange term comes about from the fact that the scattering electron is indistinguishable from the ...
Entanglement and its Role in Shor`s Algorithm
... inverse quantum Fourier transform uses controlled rotations (Rm) The last quantum step is the measurement (M), which is followed by classical post-processing to obtain a factor of N . ...
... inverse quantum Fourier transform uses controlled rotations (Rm) The last quantum step is the measurement (M), which is followed by classical post-processing to obtain a factor of N . ...
on the canonical formulation of electrodynamics and wave mechanics
... Since August of 1999, I have had the privilege of conducting my Ph.D. research in the group of Prof. Yngve Öhrn and Dr. Erik Deumens at the University of Florida’s Quantum Theory Project. During my time in their group I learned a great deal on the theory of dynamics, in particular, the Hamiltonian ...
... Since August of 1999, I have had the privilege of conducting my Ph.D. research in the group of Prof. Yngve Öhrn and Dr. Erik Deumens at the University of Florida’s Quantum Theory Project. During my time in their group I learned a great deal on the theory of dynamics, in particular, the Hamiltonian ...
Excitation of Rydberg states in rubidium with near infrared diode lasers
... of atoms can be tuned into resonance [1, 2]. This interaction can also lead to a blockade effect, which limits the number of excited Rydberg atoms [3, 4] and can even limit the excitation in a small sample to a single Rydberg atom [5–7]. Ultimately the Rydberg blockade may be useful in building a qu ...
... of atoms can be tuned into resonance [1, 2]. This interaction can also lead to a blockade effect, which limits the number of excited Rydberg atoms [3, 4] and can even limit the excitation in a small sample to a single Rydberg atom [5–7]. Ultimately the Rydberg blockade may be useful in building a qu ...
Chapter 3 The ionosphere of the Earth
... In the E region, electrons and ions move in a different way under the action of the electric field. This leads to electric currents, which will be discussed in Chapter 4. The parallel electron mobility is very high in the ionosphere. This is also a consequence of the small electron mass. Thus electr ...
... In the E region, electrons and ions move in a different way under the action of the electric field. This leads to electric currents, which will be discussed in Chapter 4. The parallel electron mobility is very high in the ionosphere. This is also a consequence of the small electron mass. Thus electr ...
the quantum vacuum
... read the statement that „the vacuum is fast emerging as the central structure of modern physics“ (Saunders and Brown, 1991). Still considered by many to be not much more than a mathematical convenience without physical reality, in the past decades the vacuum has found increasing acknowledgement as t ...
... read the statement that „the vacuum is fast emerging as the central structure of modern physics“ (Saunders and Brown, 1991). Still considered by many to be not much more than a mathematical convenience without physical reality, in the past decades the vacuum has found increasing acknowledgement as t ...
Nuclear Physics Fundamentals and Application Prof. H.C Verma
... femtometers. So, in this, the entire thing, the whole range of nuclei that is available has this kind of radius. Now, what I would expect? I will ask. Let me ask a question. The nucleus is there because of nuclear attractive forces. Inside the nucleus you know, you have protons. Protons repel each ...
... femtometers. So, in this, the entire thing, the whole range of nuclei that is available has this kind of radius. Now, what I would expect? I will ask. Let me ask a question. The nucleus is there because of nuclear attractive forces. Inside the nucleus you know, you have protons. Protons repel each ...
Chapter 3. Foundations of Quantum Theory II
... extend the theory of open quantum systems further. In particular, we will develop two important concepts: generalized measurements, which are performed by making use of an auxiliary system, and quantum channels, which describe how open systems evolve. ...
... extend the theory of open quantum systems further. In particular, we will develop two important concepts: generalized measurements, which are performed by making use of an auxiliary system, and quantum channels, which describe how open systems evolve. ...
Carbon nanotube quantum dots on hexagonal boron nitride
... (CNT) quantum dots on flakes of hexagonal boron nitride (hBN) substrate. We demonstrate that CNTs can be grown on hBN by standard chemical vapor deposition and that standard scanning electron microscopy imaging and lithography can be employed to fabricate nanoelectronic structures when using optimiz ...
... (CNT) quantum dots on flakes of hexagonal boron nitride (hBN) substrate. We demonstrate that CNTs can be grown on hBN by standard chemical vapor deposition and that standard scanning electron microscopy imaging and lithography can be employed to fabricate nanoelectronic structures when using optimiz ...
q -entropies and the entanglement dynamics of two-qubits interacting with an... 408 A. Hamadou-Ibrahim et al.
... Entanglement and decoherence are two closely related quantum phenomena that lie at the heart of the present understanding of the fabric of Nature [1–4]. There is nowadays wide consensus that entanglement constitutes the most distinctive feature of the quantum mechanical description of the physical w ...
... Entanglement and decoherence are two closely related quantum phenomena that lie at the heart of the present understanding of the fabric of Nature [1–4]. There is nowadays wide consensus that entanglement constitutes the most distinctive feature of the quantum mechanical description of the physical w ...
38 Solids C H A P T E R
... regular crystalline array, producing the maximum number of bonds and leading to a minimum potential energy. However, if the liquid is cooled rapidly so that its internal energy is removed before the molecules have a chance to arrange themselves, the solid formed is often not crystalline but instead ...
... regular crystalline array, producing the maximum number of bonds and leading to a minimum potential energy. However, if the liquid is cooled rapidly so that its internal energy is removed before the molecules have a chance to arrange themselves, the solid formed is often not crystalline but instead ...
Quantum States of Neutrons in the Gravitational Field
... Cosmology and Particle Physics describe our world up to its largest and down to its smallest scales. Doubtlessly, both of these theories deserve being considered among the grandest cultural achievements in the history of mankind. Yet, they stand separate. The presently adopted view of gravity is pro ...
... Cosmology and Particle Physics describe our world up to its largest and down to its smallest scales. Doubtlessly, both of these theories deserve being considered among the grandest cultural achievements in the history of mankind. Yet, they stand separate. The presently adopted view of gravity is pro ...
a revised electromagnetic theory with fundamental applications
... quantum mechanics has been very successful in its applications to numerous problems in physics, and has sometimes manifested itself in an extremely good agreement with experiments. Nevertheless there exist areas within which these joint theories do not provide fully adequate descriptions of physical ...
... quantum mechanics has been very successful in its applications to numerous problems in physics, and has sometimes manifested itself in an extremely good agreement with experiments. Nevertheless there exist areas within which these joint theories do not provide fully adequate descriptions of physical ...
Hydrogen atom
A hydrogen atom is an atom of the chemical element hydrogen. The electrically neutral atom contains a single positively charged proton and a single negatively charged electron bound to the nucleus by the Coulomb force. Atomic hydrogen constitutes about 75% of the elemental (baryonic) mass of the universe.In everyday life on Earth, isolated hydrogen atoms (usually called ""atomic hydrogen"" or, more precisely, ""monatomic hydrogen"") are extremely rare. Instead, hydrogen tends to combine with other atoms in compounds, or with itself to form ordinary (diatomic) hydrogen gas, H2. ""Atomic hydrogen"" and ""hydrogen atom"" in ordinary English use have overlapping, yet distinct, meanings. For example, a water molecule contains two hydrogen atoms, but does not contain atomic hydrogen (which would refer to isolated hydrogen atoms).