{|border="0" cellpadding="5" cellspacing="0"
|
|
|-
| colspan=2|'''31. Quantum channels'''
|-
|
|
|-
|'''31.05.+c'''
|'''Characterization of quantum channels'''
|-
|'''31.10.+l'''
|'''Long distance photonic channels'''
|-
|'''31.20.+t'''
|'''Quantum state transport in quantum chains and arrays'''
|-
|'''31.25.+d'''
|'''Decoherence in quantum channels'''
|-
|'''31.30.+c'''
|'''Quantum channel capacities'''
|-
|'''31.35.+i'''
|'''Dissipative quantum channels'''
|-
|'''31.40.+d'''
|'''Entanglement distribution'''
|-
|'''31.50.+m'''
|'''Quantum channel memory'''
|-
|'''31.60.+n'''
|'''Non-photonic quantum channels'''
|-
|'''31.70.+g'''
|'''Gaussian channels'''
|-
|'''31.80.+b'''
|'''Bosonic channels'''
|-
|'''31.90.+e'''
|'''Entangled channels'''
|-
|
|
|-
| colspan=2|'''32. Quantum repeaters'''
|-
|
|
|-
|'''32.10.+c'''
|'''Communication over noisy channels'''
|-
|'''32.20.+m'''
|'''Quantum memories / storage of qubits'''
|-
|'''32.30.+s'''
|'''Entanglement swapping'''
|-
|'''32.40.+p'''
|'''Realization of purification, concentration, and distillation in physical systems'''
|-
|'''32.50.-c'''
|'''Quantum communication complexity'''
|-
|32.50.Fp
|Quantum fingerprinting
|-
|'''32.60.+s'''
|'''Small scale quantum processors'''
|-
|
|
|-
| colspan=2|'''33. Qubit interfaces'''
|-
|
|
|-
|'''33.10.+a'''
|'''Cavity QED (atoms or ions)'''
|-
|'''33.20.+d'''
|'''Quantum dots'''
|-
|'''33.30.+s'''
|'''SQUIDs'''
|-
|'''33.40.+j'''
|'''Josephson junctions <--> ions'''
|-
|'''33.45.+u'''
|'''Superconducting qubits <--> spins'''
|-
|'''33.50.+n'''
|'''Nanomechanical resonators <--> quantum dots, superconducting qubits'''
|-
|'''33.60.+a'''
|'''Atomic systems <--> mesoscopic conductors'''
|-
|'''33.70.+o'''
|'''Optical systems <--> solid-state systems'''
|-
|'''33.80.+m'''
|'''Atomic-ensemble quantum memory for light'''
|-
|'''33.90.+e'''
|'''Entanglement between atoms and photons'''
|-
|-
|}
[[Category: ERA Quantiki Project]]
