Particle Physics Facility Overview and Technical Maturity Assessment
Each talk to address:
1.
Energy per beam and cme and ability to change it and
scan it (range)
2.
Peak luminosity , annual luminosity
3.
Time structure of collisions
4.
IP parameters and conditions: beam sizes 3D, crossing
angles, crabs, radiation, etc
5.
Potentials for upgrades: of Energy (main obstacles) , of
Luminosity (main obstacles)
6.
Main advantages: from the point of view of accelerator
7.
Very briefly: status of technology, status of project,
technically limited schedule [pre-start, construction,
commissioning, ops] , cost range, facility power estimate.
8.
detectors backgrounds – known issues, challenges
9/23/2024
Snowmass AF-EF Meet 2020
1
Facility
•
Brief Description – in any order, eg:
–
[ for particle physics audience ]
–
General : main systems
–
Key technologies and maturity (approx.)
•
Define max energy and cost risks (see slide #4)
–
Key beam physics challenges
•
Define luminosity risk
–
Key parameters and input to the “Big Table” (#5)
–
Timeline(s) - technically limited, other
9/23/2024
2
Snowmass AF-EF Meet 2020
Technical Maturity
•
Overall Technical Maturity
•
Critical Technologies and TRL level
–
A
–
B
–
C
•
Technically limited timeline
9/23/2024
3
R&D
Construction
5 10 15 20
Snowmass AF-EF Meet 2020
(Modify as appropriate)
1- Significant R&D required
2– Some R&D in a few key areas required
3 – Shovel ready
9/23/2024
Snowmass AF-EF Meet 2020
4
Facility “Standard Table”
June 24 and July 1 AF-EF talks (10 am EST)
day 1: 10 min + 5 min Q&A = 15 min total/talk
day 2: 10 min + 10 min Q&A = 20 min total/talk
•
Day 1 (matured projects
with TDRs and CDRs)
–
1.1 FCCee
–
1.2 CepC
–
1.3 ILC
–
1.4 CLIC
–
1.5 EIC
–
1.6 LHeC
–
1.7 HE-LHC
–
1.8 SPPC
–
1.9 FCChh
•
Day 2 (off-mainstream yet)
–
2.1 Cold NC-LC
–
2.2 ERL-FCCee
–
2.3 Gamma-gamma Higgs
factories
–
2.4 Plasma – Laser (1 TeV + )
–
2.5 Plasma – Beam (1 TeV + )
–
2.6 Dielectric WF/advanced
structures (1 TeV + )
–
2.7 Muon Higgs Fact and 3-14
TeV Collider
9/23/2024
Snowmass AF-EF Meet 2020
5
This content delves into various aspects of particle physics facilities, including energy per beam, luminosity, collision time structure, IP parameters, upgrade potentials, advantages, technologies, and project status. It also provides details on facility descriptions, technical maturity, and standard tables. The content further outlines the schedule for Snowmass AF-EF Meet 2020 talks and highlights key projects in the field of particle physics.
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Presentation Transcript
Each talk to address: 1. Energy per beam and cme and ability to change it and scan it (range) 2. Peak luminosity , annual luminosity 3. Time structure of collisions 4. IP parameters and conditions: beam sizes 3D, crossing angles, crabs, radiation, etc 5. Potentials for upgrades: of Energy (main obstacles) , of Luminosity (main obstacles) 6. Main advantages: from the point of view of accelerator 7. Very briefly: status of technology, status of project, technically limited schedule [pre-start, construction, commissioning, ops] , cost range, facility power estimate. 8. detectors backgrounds known issues, challenges 9/23/2024 Snowmass AF-EF Meet 2020 1
Facility Brief Description in any order, eg: [ for particle physics audience ] General : main systems Key technologies and maturity (approx.) Define max energy and cost risks (see slide #4) Key beam physics challenges Define luminosity risk Key parameters and input to the Big Table (#5) Timeline(s) - technically limited, other 9/23/2024 Snowmass AF-EF Meet 2020 2
Technical Maturity Overall Technical Maturity 1- Significant R&D required 2 Some R&D in a few key areas required 3 Shovel ready Critical Technologies and TRL level A B C Technically limited timeline R&D Construction 5 10 15 20 (Modify as appropriate) 9/23/2024 Snowmass AF-EF Meet 2020 3
Facility / Your name* Particle species * Contact email for Qs Beam Energy GeV Peak Luminosity (10^34) cm-2 s-1 Int. Luminosity ab-1/yr Facility Standard Table Beam dE/E at IP Transv. Beam sizes at IP x/y um Rms bunch length / beta* cm Crossing angle urad Rep./Rev. frequency Hz Bunch spacing ns # of IPs # of bunches Length/Circumference km Facility site power MW Cost range $B US (day 2 speakers feel free to skip) Timescale till operations 9/23/2024 Snowmass AF-EF Meet 2020 4
June 24 and July 1 AF-EF talks (10 am EST) day 1: 10 min + 5 min Q&A = 15 min total/talk day 2: 10 min + 10 min Q&A = 20 min total/talk Day 1 (matured projects with TDRs and CDRs) 1.1 FCCee 1.2 CepC 1.3 ILC 1.4 CLIC 1.5 EIC 1.6 LHeC 1.7 HE-LHC 1.8 SPPC 1.9 FCChh 9/23/2024 Day 2 (off-mainstream yet) 2.1 Cold NC-LC 2.2 ERL-FCCee 2.3 Gamma-gamma Higgs factories 2.4 Plasma Laser (1 TeV + ) 2.5 Plasma Beam (1 TeV + ) 2.6 Dielectric WF/advanced structures (1 TeV + ) 2.7 Muon Higgs Fact and 3-14 TeV Collider Snowmass AF-EF Meet 2020 5
