Research
associate and research specialist positions are currently available
in the following research topics.
* the realization of key devices
for quantum computation by means of superconducting quantum circuits
(contact
or
)
* the development and research of onchip cavity QED making use of strong coupling between
superconducting flux-qubit and microwave photon or nanomechanical resonator
(contact
or
)
Research
associate and research specialist positions are currently available
in the following research topics.
subject
On-Chip Cavity QED using Superconducting
Qubits
Scheme
NTT-BRL succeeded to manipulate quantum
state entanglement between a superconducting flux qubit and an LC-harmonic
oscillator. Observed vacuum Rabi frequency tells us the coupling strength
is nearly 10^7 that of atom-photon. If we use this superconducting
artificial atom, so called strong coupling regime is rather easily
attainable. In this project, we will challenge to manipulate entanglement
and quantum noise of the superconducting quantum circuit, generation
of squeezed state and coupling to a nanomechanical resonator etc.,
to achieve coherent control of several superconducting qubits.
We need highly-motivated persons who are interested in this theme. Persons with experience in operation
of dilution refrigerator are welcome.