Secure Communication: Ultrabright Single Photon Sources
Devices composed of qubits and a suitably designed nanoantenna might be used for quantum communication.
Extreme Coupling: Conquering the last Nanometer
Alaee et al. recently reported the observation of "extreme coupling" in plasmonic systems. We will describe how the experiment may give plasmonics new perspectives.
Ultra-fast Quantum Computation: Strong Coupling of Qubits via Nanoantennas
Devices composed of qubits and a suitably designed nanoantenna might be used for quantum computation.
Graphene Plasmonics: Antennas for THz Spectroscopy
Graphene is a two-dimensional material with extraordinary properties. Its tunable conductivity makes the material a prime candidate for sophisticated light-matter interactions. We will see how graphene antennas can be used to dictate a molecule's emission frequencies.
Nanoantennas to Control Quantum Systems
Nanoantennas can be used to couple light to quantum systems very efficiently. Find out about current research and the indefinite possibilities it provides.