|
|
Milestone Title
|
WP No
|
Lead
|
Due Date
(Month)
|
Means of verification
|
|
MS14
|
Launch
of the network’s web-site
|
WP5,
WP6, WP7
|
1
- USFD
|
1
|
Launch
of the network’s web-site
|
|
MS15
|
Advertisement of 15 ESR postions
|
WP5, WP6,
|
1 - USFD
|
1
|
Advertisement of 15 ESR positions
|
|
MS17
|
Appointment
of the Supervisory Board of the network
|
WP5,
WP6
|
1
- USFD
|
1
|
Appointment
of the Supervisory Board of the network
|
|
MS16
|
Recruitment of 15 ESRs
|
WP5, WP6,
|
1 - USFD
|
12
|
Recruitment of 15 ESRs
|
|
MS18
|
Appointment
of mentors for all 15 ESRs
|
WP5
|
1
- USFD
|
12
|
Appointment
of mentors for all 15 ESRs
|
|
MS12
|
CDPs for all 15 ESRs
|
WP5
|
1 - USFD
|
13
|
CDPs for all 15 ESRs, first to be
supplied by month 13, and periodically revised
|
|
MS13
|
TNA
for all 15 ESRs
|
WP5
|
1
- USFD
|
13
|
TNA
for all 15 ESRs (first to be supplied by month 13, and periodically revised)
|
|
MS1
|
Realization of high-finesse and
high-tability tunable microcavities
|
WP4
|
1 - USFD
|
18
|
Q factors >10000, high resonant
frequencies >20kHz
|
|
MS2
|
Realization of high-quality
dielectric mirrors on surfaces with a few micron radii of curvature
|
WP4
|
3 - HPL
|
18
|
Reflectivity
>99.5%, rms roughness <10 nm, Q factors >10000
|
|
MS3
|
Integration of sub-micron diamond
membranes in tunable microcavities
|
WP4
|
10 - UNIBAS
|
18
|
Q factors >10000, spin coherence in
ms range
|
|
MS4
|
Measurement of valley
polarization effects in indirect excitons in TMDC/graphene heterostructures
|
WP3
|
1 - USFD
|
18
|
Experimental evidence,
high quality data ready for publication
|
|
MS5
|
Realization of efficient circularly
polarized photon extraction from TMDC layers in tunable microcavities
|
WP4
|
1 - USFD
|
18
|
Experimental evidence, polarization
degrees >30%
|
|
MS19
|
Study of valley
polarization phenomena in bi- layers of TMDCs
|
WP3
|
7 - CNRS
|
18
|
Experimental evidence,
high quality data ready for publication
|
|
MS6
|
Realization of resonant optical electron
spin manipulation in TMDC MLs and hetersotructures
|
WP3
|
7 - CNRS
|
36
|
Experimental evidence, high quality data
ready for publication
|
|
MS7
|
Development of theory
of spin and valley resonance in TMDC layers
|
WP3
|
5 - UKON
|
36
|
High quality
theoretical data ready for publication
|
|
MS20
|
Realisation of broad-band dielectric
antennae for efficient photon extraction from TMDC monolayers
|
WP4
|
10 - UNIBAS *USFD*
|
36
|
Experimental evidence, achievement of
high count rate up to 1M/s
|
|
MS8
|
Study of polarization
Phenomena in tunable Microcavities comprising TMDC monolayers
|
WP3
|
1 - USFD
|
40
|
Experimental evidence,
high quality data ready for publication
|
|
MS9
|
Applications of commercial excitation
and detection optics in diamond nano- magnetometry
|
WP2
|
6 - ATTOCUBE
|
40
|
Experimental evidence, high quality data
ready for publication
|
|
MS10
|
Realization of
high-finesse tunable microcavities employing commercial positioning systems
|
WP4
|
6 - ATTOCUBE
|
44
|
Experimental evidence,
high quality data ready for publication
|
|
MS11
|
Realization of electrically Controlled
spin qubits in Isotopically purified SiGe-based devices
|
WP1
|
8 - TU Delft
|
44
|
Experimental evidence, high quality data
ready for publication
|
