RASHBA SPIN-ORBIT INTERACTION IN MESOSCOPIC SYSTEMS Frank Erik Meijer
... and are phase-coherent over large distances at low enough temperatures (typically > 1 µm at T ∼ 1 K). In this regime, the classical Boltzmann description of electron transport does no longer hold, and new theories were developed that take the phase-coherent, i.e., the quantum mechanical (or wavelike ...
... and are phase-coherent over large distances at low enough temperatures (typically > 1 µm at T ∼ 1 K). In this regime, the classical Boltzmann description of electron transport does no longer hold, and new theories were developed that take the phase-coherent, i.e., the quantum mechanical (or wavelike ...
a 1 - SMU Physics
... NB. QCD’s current-quarks were not yet invented, so u0 was not expressed in terms of current-quark fields PCAC-hypothesis (partial conservation of axial current) is used in the derivation ...
... NB. QCD’s current-quarks were not yet invented, so u0 was not expressed in terms of current-quark fields PCAC-hypothesis (partial conservation of axial current) is used in the derivation ...
Chapter 7 Quantum Error Correction
... to perform a collective measurement of the n qubits in the code block that will enable us to diagnose which error E a 2 E occurred. If ji is a state in the code subspace, then for some (but not all) codes this measurement will prepare a state E aji jeaiE , where the value of a is known from the ...
... to perform a collective measurement of the n qubits in the code block that will enable us to diagnose which error E a 2 E occurred. If ji is a state in the code subspace, then for some (but not all) codes this measurement will prepare a state E aji jeaiE , where the value of a is known from the ...
Experiments with hydrogen - discovery of the Lamb shift
... Lambs shift discovery revitalized development of QED today hydrogen and hydrogen like spectroscopy serves as a extreme precision test of QED, with unprecedented accuracy ...
... Lambs shift discovery revitalized development of QED today hydrogen and hydrogen like spectroscopy serves as a extreme precision test of QED, with unprecedented accuracy ...
Correlated Electrons: From Models to Materials - cond
... The technical inventions of the last century are closely related with the design of silicon based materials for the semiconductor industry. The theoretical development of the last fifty years and the associated success in describing electronic properties of such weakly correlated materials started w ...
... The technical inventions of the last century are closely related with the design of silicon based materials for the semiconductor industry. The theoretical development of the last fifty years and the associated success in describing electronic properties of such weakly correlated materials started w ...
Chapter 1-Introduction - Heriot
... heavy-fermion class of materials the electron pairing is magnetically mediated [20]. Cuprate materials such as YBCO [21] and NCCO [22] show superconductivity neighbouring anti-ferromagnetic order on their respective phase diagrams. In addition in the recently discovered Fe-based superconductors both ...
... heavy-fermion class of materials the electron pairing is magnetically mediated [20]. Cuprate materials such as YBCO [21] and NCCO [22] show superconductivity neighbouring anti-ferromagnetic order on their respective phase diagrams. In addition in the recently discovered Fe-based superconductors both ...
Properties and detection of spin nematic order in strongly correlated
... When ordered, classical spin systems can arrange in a number of patterns, including (anti)ferromagnetic, canted and helical structures. In addition to these, quantum mechanics allows the formation of a wealth of magnetic phases for quantum spins not available to their classical counterparts. Due to ...
... When ordered, classical spin systems can arrange in a number of patterns, including (anti)ferromagnetic, canted and helical structures. In addition to these, quantum mechanics allows the formation of a wealth of magnetic phases for quantum spins not available to their classical counterparts. Due to ...
The Oscillating Neutrino
... strong decays are 10–16 second and 10–23 second, respectively. It is precisely this lack of interaction strength that makes the neutrino so elusive. For not only does the weak force create neutrinos, often through beta decay, but it also mediates the only processes that can absorb them. The intimate ...
... strong decays are 10–16 second and 10–23 second, respectively. It is precisely this lack of interaction strength that makes the neutrino so elusive. For not only does the weak force create neutrinos, often through beta decay, but it also mediates the only processes that can absorb them. The intimate ...
Heralded Single Photons For Efficient Interaction With Single Atoms
... in quantum optics: Whether it is possible to reverse the spontaneous emission from a single atom [18]. In other words, is it possible to excite an atom in its ground state to an excited state using a single photon Fock state? There has been some work on developing theoritical models to describe this ...
... in quantum optics: Whether it is possible to reverse the spontaneous emission from a single atom [18]. In other words, is it possible to excite an atom in its ground state to an excited state using a single photon Fock state? There has been some work on developing theoritical models to describe this ...