Santos / Madrid / Berlin / Munich / L. A. / Augsburg / London / New York / /
Company
IBM / World Scientific / KOHLER / Cambridge University Press / Quantum Dissipative Systems / Fourier / /
Country
Germany / Singapore / Spain / /
EntertainmentAwardEvent
the Emmy / /
IndustryTerm
active systems / composite systems / exciton energy / energy splitting / energy shifts / energy / /
Organization
Spanish Ministry / Cambridge University / Institut f¨ur Physik / American Physical Society / Instituto de Ciencia Materiales de Madrid / Center for NanoScience / Republicans / /
Person
M. M. de Lima / Jr. / P. V. Santos / Nat / L. V. Keldysh / V / Ralf Blattmann / /
Product
Hamiltonian Eq / /
ProvinceOrState
M. B. / New York / /
Technology
semiconductor / laser / broadband / spectroscopy / radio frequency / information protocols / /
PHYSICAL REVIEW A 89, [removed]Entanglement creation in a quantum-dot–nanocavity system by Fourier-synthesized acoustic pulses Ralf Blattmann,1,2 Hubert J. Krenner,1,2,3 Sigmund Kohler,4 and Peter H¨anggi1,2,3 1