- Papers in Physics
... may appear at the Arduino digital outputs: in this way any information of the transmitted states that may be transferred to the temporal delays between light pulses can be erased. The choice of standard TTL or CMOS integrated circuits was made to show that the peripheral controllers for this QKD imp ...
... may appear at the Arduino digital outputs: in this way any information of the transmitted states that may be transferred to the temporal delays between light pulses can be erased. The choice of standard TTL or CMOS integrated circuits was made to show that the peripheral controllers for this QKD imp ...
Theoretical work in the CUA. Strongly correlated many
... Doublon decay in a compressible state N. Strohmaier, D. Pekker, et al., PRL (2010) ...
... Doublon decay in a compressible state N. Strohmaier, D. Pekker, et al., PRL (2010) ...
PDF
... one has to apply this pulse to many such qubits, with a potentially different P for each (e.g., because the pulses are applied at different times or the qubits are spatially sepa1050-2947/2004/69(3)/032308(4)/$22.50 ...
... one has to apply this pulse to many such qubits, with a potentially different P for each (e.g., because the pulses are applied at different times or the qubits are spatially sepa1050-2947/2004/69(3)/032308(4)/$22.50 ...
Atomic and Nuclear Physics
... • If a rock sample is heated the Ar atoms are released and can be counted with a mass spectrometer – if you count the K nuclei you can calculate the age of the rock ...
... • If a rock sample is heated the Ar atoms are released and can be counted with a mass spectrometer – if you count the K nuclei you can calculate the age of the rock ...
Slide 1
... # We have presented a novel nonlinear evolution equation for a fewand sub-cycle pulses, which has been derived from Maxwell’s equations for the real electric field. ...
... # We have presented a novel nonlinear evolution equation for a fewand sub-cycle pulses, which has been derived from Maxwell’s equations for the real electric field. ...
MOLECULAR SPECTROSCOPY
... ABOUT TWO MUTUALLY PERPENDICULAR AXES. (2). ROTATIONS OF A NON LINEAR MOLECULE ABOUT THREE MUTUALLY PERPENDICULAR AXES. ...
... ABOUT TWO MUTUALLY PERPENDICULAR AXES. (2). ROTATIONS OF A NON LINEAR MOLECULE ABOUT THREE MUTUALLY PERPENDICULAR AXES. ...
Interplay between valley-orbit couplings at donor atoms and
... In Fig. 1 d, we present the results of the energy spectrum computations for two interacting donor atoms. In this case, both atoms contribute to the VO splitting. However, due to the interference between their wave functions, their contribution could be enhanced or suppressed depending on the internu ...
... In Fig. 1 d, we present the results of the energy spectrum computations for two interacting donor atoms. In this case, both atoms contribute to the VO splitting. However, due to the interference between their wave functions, their contribution could be enhanced or suppressed depending on the internu ...
Energy per nucleon
... • Animals and humans eat plants and incorporate 14C into the bones. • Decaying 14C is replenished as long as plants and animals are alive. • Once a plant or animal dies, its 14C content decreases and thereby starts the clock for radiocarbon dating. • By measuring the 14C/12C ratio of a sample from a ...
... • Animals and humans eat plants and incorporate 14C into the bones. • Decaying 14C is replenished as long as plants and animals are alive. • Once a plant or animal dies, its 14C content decreases and thereby starts the clock for radiocarbon dating. • By measuring the 14C/12C ratio of a sample from a ...
Document
... occurs so rapidly that the internuclear distance can't change much in the process. Vibrational transitions occur between different vibrational levels of the same electronic state. Rotational transitions occur mostly between rotational levels of the same vibrational state, although there are many ...
... occurs so rapidly that the internuclear distance can't change much in the process. Vibrational transitions occur between different vibrational levels of the same electronic state. Rotational transitions occur mostly between rotational levels of the same vibrational state, although there are many ...
05 shell model
... promoted above its ground state is much more common in Nuclear Physics than in Atomic Physics. Thus the nuclear spectrum of states is very rich indeed, but very complicated and cannot be easily understood in terms of the shell model. Most of the excited states decay so rapidly that their lifetimes c ...
... promoted above its ground state is much more common in Nuclear Physics than in Atomic Physics. Thus the nuclear spectrum of states is very rich indeed, but very complicated and cannot be easily understood in terms of the shell model. Most of the excited states decay so rapidly that their lifetimes c ...
Snímek 1
... by Weizsäcker formula . Particle must come through Coulomb barrier before realization of decay or fission . It is problem for nuclei from fission. Description of vibrations and rotations of nuclei can be obtained by drop model: Nuclear matter is practically incompressible but production of surface v ...
... by Weizsäcker formula . Particle must come through Coulomb barrier before realization of decay or fission . It is problem for nuclei from fission. Description of vibrations and rotations of nuclei can be obtained by drop model: Nuclear matter is practically incompressible but production of surface v ...