Physical Composition
... Petty reductionism is not worth a fierce defense. Sometimes things can be explained by studying their constituents—sometimes not. ... In fact, petty reductionism in physics has probably run its course. Just as it doesn’t make sense to talk about the hardness or temperature or intelligence of individ ...
... Petty reductionism is not worth a fierce defense. Sometimes things can be explained by studying their constituents—sometimes not. ... In fact, petty reductionism in physics has probably run its course. Just as it doesn’t make sense to talk about the hardness or temperature or intelligence of individ ...
Low-frequency ac electric field and ... on the helical pitch in ...
... Using numerical calculation we can derive the field dependence of pitch at f = 20 Hz at three temperatures (fig. 2), the field dependence of the pitch at T - T o = - 4°C at three frequencies (fig. 3) and the frequency dependence of the pitch under a fixed field E = 2 . 0 × l0 s V / m at three temper ...
... Using numerical calculation we can derive the field dependence of pitch at f = 20 Hz at three temperatures (fig. 2), the field dependence of the pitch at T - T o = - 4°C at three frequencies (fig. 3) and the frequency dependence of the pitch under a fixed field E = 2 . 0 × l0 s V / m at three temper ...
Maxwell equation - Technion moodle
... 2. The medium is said to be non-dispersive if its response is instantaneous, i.e., if P at time t is determined by E at the same time t and not by prior values of E. Nondispersiveness is clearly an idealization since all physical systems, no matter how rapidly they may respond, do have a response ti ...
... 2. The medium is said to be non-dispersive if its response is instantaneous, i.e., if P at time t is determined by E at the same time t and not by prior values of E. Nondispersiveness is clearly an idealization since all physical systems, no matter how rapidly they may respond, do have a response ti ...
From coherent to quantum atom optics
... No bunching: analogous to laser light (see also Öttl et al.; PRL 95,090404 Truscott, Baldwin et al., 2010) ...
... No bunching: analogous to laser light (see also Öttl et al.; PRL 95,090404 Truscott, Baldwin et al., 2010) ...
Magnetic-Field Manipulation of Chemical Bonding in Artificial
... the many-body problem of both single [10, 11] and molecular [10] QDs. The equations used are given in Ref. [28], where they are simply referred to as unrestricted Hartree–Fock (UHF); the additional sS labeling employed by us emphasizes the range of possible symmetry unrestrictions in the solutions o ...
... the many-body problem of both single [10, 11] and molecular [10] QDs. The equations used are given in Ref. [28], where they are simply referred to as unrestricted Hartree–Fock (UHF); the additional sS labeling employed by us emphasizes the range of possible symmetry unrestrictions in the solutions o ...
Stratton Products Ltd. Electronics Tutorial, about `Magnetism`
... the S-pole. Magnetism can be destroyed by heating or hammering the magnetic material, but cannot be destroyed by simply breaking the magnet into two as each half will become a separate magnet with its own north and south poles. In order to make use of magnetism in electrical or electronic calculatio ...
... the S-pole. Magnetism can be destroyed by heating or hammering the magnetic material, but cannot be destroyed by simply breaking the magnet into two as each half will become a separate magnet with its own north and south poles. In order to make use of magnetism in electrical or electronic calculatio ...
