Fully equipped test lab for full characterisation of (AC-)LGAD sensor prototypes and their readout with testboards. Expertise will include a physicist, two postdocs and summer students.

In the test lab we can provide measurements of timing and space resolution, charge collection efficiencies, with probe stations, radioactive sources and lasers, in warm and cold conditions, data analysis, readout boards.

Fully equipped clean rooms for fabrications of (AC-)LGADs, as well as sensor design and testing. Expertise will include a scientist and a technician.

Design capabilities (TCAD license and expertise) as well as equipment and clean rooms are available at BNL, whereas for fabrication of sensor prototypes (e.g. M&S and manpower) projects funds are assumed

In BNL's Instrumentation Division we can design and fabricate sesnors, provide wire and bump bonding of test assemblies, test stations electrical equipment for testing

Funded internally for next year. If ramp up will need EIC funding.

Work is already underway, can continue for a few years.

Funded internally for next year. If ramp up will need EIC funding.

Work is already underway, can continue for a few years.

Funded internally for next year. If ramp up will need EIC funding.

Work is already underway, can continue for a few years.

Funded internally for next year. If ramp up will need EIC funding.

Work is already underway, can continue for a few years.

Work is underway for other projects (NASA) so lab is ready

Scope has to fit in ORNL EIC EOI (and other EOI) proposal related to silicon tracking and readout systems

Assuming participation from Bates Research and Engineering Center at MIT

Part of MIT EIC effort, we can provide mechanical engineering support at this stage

Assembly/testing/equipments lab (2-211) and expertise are available at BNL Physics Department

under assumption of funding by Funding Agency (IN2P3/CNRS)

Tracking, timing. Charge sharing pad design. Have DRS4 electronics in the lab (used for LAPPD-related project). Expertise in C++ coding, small scale DAQ setups. Several beam test campaigns at FTBF.

(*) Potential contributions are for each item of interest

Please indicate if there are timing constraints to your submission: (e.g., indicate any known oranticipated timing profile assumed in your EOI. This can include anticipated time frames folding in constraints due to ongoing commitments, due to ongoing R&D and its anticipated completion date, etc.)

Please indicate any other information you feel will be helpful: (e.g., this could be things like as-sembly and storage space at your institute, clean rooms and class, special skills or machine shops, or perhaps some pointers to past accomplishments – you can expand on those in an appendix. If you could make existing engineering, design or technician labor available to the EIC experimentalequipment but would rely on funds coming from the EIC Project you can also list those here)

(**) Assumptions about items from EIC Project

Please indicate what, if any, assumptions you made as coming from the EIC Project or the labs for your items of interest: (e.g., indicate if you include engineering and design activities or assume those to come from the EIC Project, if you assume certain material costs to be covered by the EIC Project, if you rely on existing capabilities at the labs, etc. Try to be as inclusive as you can be.)