the final version of Abstract Book
... Recent progress in technologies has led to enormous improvements of measurement and observation techniques, both at microscopic as well as macroscopic scales, which allow us to measure many characteristics and observe many features of various systems. These include not only very small artificial str ...
... Recent progress in technologies has led to enormous improvements of measurement and observation techniques, both at microscopic as well as macroscopic scales, which allow us to measure many characteristics and observe many features of various systems. These include not only very small artificial str ...
Microwave Spectroscopy of Two-Dimensional Electrons in Tilted Magnetic Field
... to protect the positional order. There has been, though, an interesting demonstration of the 3D WS using not electrons, but charged polystyrene spheres in aqueous suspension, which was indeed found to form a bcc lattice (164). A low-n 2D electron system (2DES) is easier to obtain. A well-known exper ...
... to protect the positional order. There has been, though, an interesting demonstration of the 3D WS using not electrons, but charged polystyrene spheres in aqueous suspension, which was indeed found to form a bcc lattice (164). A low-n 2D electron system (2DES) is easier to obtain. A well-known exper ...
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... order. The dominant term is the monopole moment. Different moments have different functional dependences on the radius of the object ~a! and on the fluorophore concentration inside the object ~N2!. If we Taylor expand different moments with respect to the radius a and the concentration N2, we find t ...
... order. The dominant term is the monopole moment. Different moments have different functional dependences on the radius of the object ~a! and on the fluorophore concentration inside the object ~N2!. If we Taylor expand different moments with respect to the radius a and the concentration N2, we find t ...
On the Dynamics of Single-Electron Tunneling in Semiconductor
... on classical diffusive electron transport. Higher operation speed requires a further reduction of the device dimensions and a much smaller power dissipation. This will eventually lead to a break-down of the classical approach when the device dimension will be comparable to the Fermi wavelength and h ...
... on classical diffusive electron transport. Higher operation speed requires a further reduction of the device dimensions and a much smaller power dissipation. This will eventually lead to a break-down of the classical approach when the device dimension will be comparable to the Fermi wavelength and h ...
International Journal of Quantum Chemistry 114:1041
... Atomic orbitals (AOs) represent an important concept in the theory of atomic and molecular physics. Historically, they first appeared as exact solutions of the Schrödinger equation of the free hydrogen atom, then they have been obtained as solutions in the Hartree-Fock (HF) approximation for the fr ...
... Atomic orbitals (AOs) represent an important concept in the theory of atomic and molecular physics. Historically, they first appeared as exact solutions of the Schrödinger equation of the free hydrogen atom, then they have been obtained as solutions in the Hartree-Fock (HF) approximation for the fr ...
New efficient integral algorithms for quantum chemistry
... the nanoscale use in-silico simulations as a primary tool for analysis and prediction. Quantum chemistry is the application of quantum physics to the study of chemical systems. The underlying theoretical framework -quantum theory- tends to be very counterintuitive to many scientists, yet it is the s ...
... the nanoscale use in-silico simulations as a primary tool for analysis and prediction. Quantum chemistry is the application of quantum physics to the study of chemical systems. The underlying theoretical framework -quantum theory- tends to be very counterintuitive to many scientists, yet it is the s ...
Sideband Cooling of Atomic and Molecular Ions
... a magnetic-trap or a magneto-optical-trap, but these either have relatively small well-depths or introduce large perturbations to the atoms. By ionizing the atoms, the Coulomb interaction between the ions and electromagnetic fields (which are orders of magnitudes larger) can be exploited to obtain w ...
... a magnetic-trap or a magneto-optical-trap, but these either have relatively small well-depths or introduce large perturbations to the atoms. By ionizing the atoms, the Coulomb interaction between the ions and electromagnetic fields (which are orders of magnitudes larger) can be exploited to obtain w ...
Theoretical Study of Carrier Capture into Semiconductor Quantum
... experimental results open for theoretical interpretation are presented. Here also the goals of the thesis are specified. In Chapter 2, the author gives a semiclassical model of the hole capture time and a quantum-mechanical model for the electron capture time via the electron-polar optical phonon in ...
... experimental results open for theoretical interpretation are presented. Here also the goals of the thesis are specified. In Chapter 2, the author gives a semiclassical model of the hole capture time and a quantum-mechanical model for the electron capture time via the electron-polar optical phonon in ...
SPH4U Course Handbook Spring 2016
... One of the most important educational skills you can develop is how to monitor and track your own learning. Either at the end of class or at home, complete an entry in your learning log every day. It won’t take long, just get in the habit of it. Written Work: Use our marking scheme for daily class w ...
... One of the most important educational skills you can develop is how to monitor and track your own learning. Either at the end of class or at home, complete an entry in your learning log every day. It won’t take long, just get in the habit of it. Written Work: Use our marking scheme for daily class w ...
Teacher Guide - Department of Basic Education
... Photographs in the book that show a person or trade mark emblem/insignia in an even slightly recognisable manner may be not used out of its learning context, and may not be used for an intended audience other than learners/students and teachers. A photo containing a person or trade mark emblem/insig ...
... Photographs in the book that show a person or trade mark emblem/insignia in an even slightly recognisable manner may be not used out of its learning context, and may not be used for an intended audience other than learners/students and teachers. A photo containing a person or trade mark emblem/insig ...
Quantum Computing
... Turing machine is described in classical mechanical terms. In the last two decades of the twentieth century, researchers recognized that the standard model of computation placed unnecessary limits on computation. Our world is inherently quantum mechanical. By placing computation on a quantum mechani ...
... Turing machine is described in classical mechanical terms. In the last two decades of the twentieth century, researchers recognized that the standard model of computation placed unnecessary limits on computation. Our world is inherently quantum mechanical. By placing computation on a quantum mechani ...
NUCLEAR MAGNETIC RESONANCE QUANTUM COMPUTATION
... population difference, and determines the repetition delay between experiments. For more complex spin systems the behaviour is broadly similar but more complex. Relaxation effects (especially short T2 times) can be a hindrance, but detailed studies of relaxation properties can provide useful informa ...
... population difference, and determines the repetition delay between experiments. For more complex spin systems the behaviour is broadly similar but more complex. Relaxation effects (especially short T2 times) can be a hindrance, but detailed studies of relaxation properties can provide useful informa ...
Wavefunctions and carrier-carrier interactions in InAs quantum dots
... by the materials used for making tools. According to this, the periods in human history are classified as Stone, Bronze and Iron Ages. More recently, since the Industrial Revolution, the civilization has entered a Steel Age; the technological evolution has been accelerated as more and more break-thr ...
... by the materials used for making tools. According to this, the periods in human history are classified as Stone, Bronze and Iron Ages. More recently, since the Industrial Revolution, the civilization has entered a Steel Age; the technological evolution has been accelerated as more and more break-thr ...
