Program in Quantum Technologies (QuTIa)

• Abstract

  Local droplet etching (LDE) has been established as a powerful method to produce solid state semiconductor single photon and entangled photons pairs inherently compatible with established semiconductor technology. In this proposal we aim to develop a single photon source emitting at telecom C-band, extending the LDE fabrication approach from the (In)GaAs/AlGaAs system to the III-Sb materi…

  Solid state single-photon sources for telecom frequencies, AP.QUTIA.JP

• Abstract

  Atomic magnetometers have gain much attention due to their high sensitivity, high sampling rate and low power consumption for applications in medicine, magnetic imaging for industry and more recently magnetic communication. This kind of technology has been developed in many centers of research all over the world. However, Brazil has not shown the implementation of such kind of sensors. …

  Atomic vector magnetometer improved with squeezed light for medical, industry and communication applications, AP.QUTIA.JP

• Abstract

  Achieving long-distance, efficient and faithful quantum communication is a major step for the quantum information community. It will allow the interconnection of different quantum processing units, an important step for the implementation of a quantum internet. Moreover, it will help to improve the processing capacity of quantum computers, allowing them tomultiplex and parallelize operati…

  Modular microwave-optical quantum transduction, AP.QUTIA.JP

(Only some records are available in English at this moment)

• Solid state single-photon sources for telecom frequencies, BP.QUTIA.JP
• Implementing an Atomic vector magnetometer improved with squeezed light., BP.QUTIA.JP
• Modular microwave-optical quantum transduction, BP.QUTIA.JP

(Only some records are available in English at this moment)