Nanoscale Coherent Control
... about the quantummechanical nature of complex molecular systems, and the dynamics and interactions that play a role in e.g. biophysical and biochemical processes at the cellular level. Since especially at room temperature, coherent effects that would point to quantummechanical rather than classical ...
... about the quantummechanical nature of complex molecular systems, and the dynamics and interactions that play a role in e.g. biophysical and biochemical processes at the cellular level. Since especially at room temperature, coherent effects that would point to quantummechanical rather than classical ...
Parametric Decay and Anomalous Scattering from
... explosions, slightly discouragingly, making the hydrogen bomb the "practical" earthbound application of fusion to date. The process which has attracted most attention in connection with fusion research is the reaction of the hydrogen isotopes deuterium (hydrogen-2) and tritium (hydrogen-3) producing ...
... explosions, slightly discouragingly, making the hydrogen bomb the "practical" earthbound application of fusion to date. The process which has attracted most attention in connection with fusion research is the reaction of the hydrogen isotopes deuterium (hydrogen-2) and tritium (hydrogen-3) producing ...
Elastic rod model of a supercoiled DNA molecule
... Developing a theory beyond the elastic regime is a much more difficult task, since such a theory should involve both the self-repulsion of the chain (necessary to prevent a collapse of plectonemes), and the possibility of denaturation. Some first attempts in these directions can be found in [13,14]. Re ...
... Developing a theory beyond the elastic regime is a much more difficult task, since such a theory should involve both the self-repulsion of the chain (necessary to prevent a collapse of plectonemes), and the possibility of denaturation. Some first attempts in these directions can be found in [13,14]. Re ...
Chapter 19 - Aerostudents
... of the same magnitude in the opposite direction so that its angular velocity has decreased to zero when it has undergone a total rotation of 180◦ . The maneuver takes 6 hours. The station’s moment of inertia about the axis of rotation is I = 1.5 × 1010 kg-m2 . How much work is done in performing thi ...
... of the same magnitude in the opposite direction so that its angular velocity has decreased to zero when it has undergone a total rotation of 180◦ . The maneuver takes 6 hours. The station’s moment of inertia about the axis of rotation is I = 1.5 × 1010 kg-m2 . How much work is done in performing thi ...
Charged domain walls as quantum strings on a - Instituut
... the quantum dynamics because although their energy is finite, it involves an infinity of local moves to get rid of them ~topological stability!. In the particular problem of polyacytelene, these kinks only proliferate under doping ~charged solitons!. Although topological quantum numbers are no longe ...
... the quantum dynamics because although their energy is finite, it involves an infinity of local moves to get rid of them ~topological stability!. In the particular problem of polyacytelene, these kinks only proliferate under doping ~charged solitons!. Although topological quantum numbers are no longe ...
Quantum violation of classical physics in macroscopic systems
... local realism, is not transferable to macrorealism. Thus, (Leggett-Garg) inequalities are in principle not well-suited for tests of macrorealism, as they can never form a necessary and sufficient condition, and unnecessarily restrict the violating parameter space. No-signaling in time is both better ...
... local realism, is not transferable to macrorealism. Thus, (Leggett-Garg) inequalities are in principle not well-suited for tests of macrorealism, as they can never form a necessary and sufficient condition, and unnecessarily restrict the violating parameter space. No-signaling in time is both better ...
Kinetics of a Particle
... validity is based solely on experimental evidence. In 1905, however, Albert Einstein developed the theory of relativity and placed limitations on the use of Newton’s second law for describing general particle motion. Through experiments it was proven that time is not an absolute quantity as assumed ...
... validity is based solely on experimental evidence. In 1905, however, Albert Einstein developed the theory of relativity and placed limitations on the use of Newton’s second law for describing general particle motion. Through experiments it was proven that time is not an absolute quantity as assumed ...
Ph125: Quantum Mechanics
... of Ω. The measurement will yield the particular value ω for that variable with relative probability P(ω) = |hω |ψ i|2 and the system will change from state |ψ i to state |ω i as a result of the measurement being made. This postulate puts physical meaning to postulates 1 and 2. Those postulates say h ...
... of Ω. The measurement will yield the particular value ω for that variable with relative probability P(ω) = |hω |ψ i|2 and the system will change from state |ψ i to state |ω i as a result of the measurement being made. This postulate puts physical meaning to postulates 1 and 2. Those postulates say h ...
PDF file - Physics & Astronomy
... of electromechanical energy at optical frequencies (in contrast to electromagnetic energy) on the nanoscale. The scale of the concentration of electromagnetic energy is determined by the wavelength and can be understood from Fig. 1.1a. Naively, let us try to achieve the strongest light localization ...
... of electromechanical energy at optical frequencies (in contrast to electromagnetic energy) on the nanoscale. The scale of the concentration of electromagnetic energy is determined by the wavelength and can be understood from Fig. 1.1a. Naively, let us try to achieve the strongest light localization ...
Implementing Qubits with Superconducting Integrated Circuits Michel H. Devoret and John M. Martinis
... the capacitor must be represented by a wave function giving the probability amplitude of all charge configurations. For example, the charge on the capacitor can be in a superposition of states where the charge is both positive and negative at the same time. Similarly the current in a loop might be flo ...
... the capacitor must be represented by a wave function giving the probability amplitude of all charge configurations. For example, the charge on the capacitor can be in a superposition of states where the charge is both positive and negative at the same time. Similarly the current in a loop might be flo ...