EUROEURO - Welcome and - Welcome and IntroductionIntroduction

• Welcome

• Status of EUROnu

• Annual report

• Milestones and deliverables

• Publications

• Technical review

• This meeting

Safety Information for use at RAL

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and go to the fire assembly point.

Klaxon... Please stay inside the building and close any

doors or windows having external access.

Emergency Number for FIRE, AMBULANCE or FIRST AID.

short code from any internal phone 2222

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Some HistorySome History

• 1st January 1946: Atomic Energy Research Establishmentformed on RAF Harwell by John Cockcroft

Flight from HarwellOperation Market Garden Sep 1944

• 1957: National Institute for Research in Nuclear Science (NIRNS) formed to operate the

Rutherford High Energy Laboratory.

600 MeV proton linac transferred to RHEL

• 1964: Nimrod (weak focussing) 7 GeV protonsynchrotron starts operation

Some HistorySome History

Some HistorySome History

• 1967: NINA – 6 GeV electron synchrotron - started operation at Daresbury

Daresbury 1964

Some HistorySome History

• 1975: Merged with Atlas Computer Laboratory to form Rutherford Laboratory

• 1977/78: NINA and Nimrod both closed

• 1974: Design study for EPIC: 14 GeV e+e- collider – PETRA built instead

• 1979: Merged with Appleton Laboratory to formRutherford Appleton Laboratory

• 1980: SRS starts at DL: first dedicated light source

• 1985: ISIS starts at RAL

Some HistorySome History

Some HistorySome History

• 2007: Official opening of Diamond

• 2008: Official closing of SRS

Some HistorySome History

• During its history, RHEL/RL/RAL has been run by:

- NIRNS- SRC- SERC- DRAL- CCLRC- STFC- ........

Some LogisticsSome Logistics

• All speakers should be able to upload to Indico

• Please do so!

• Plenary today and tomorrow: here

• Friday : CR12 & 13

• Coffee : R22 or CR12

• Lunch : R22 cafeteria

• Dinner on Thursday – bus departs from Ridgeway House at 18:45

Don’t be late! Return at 10:15

• If you haven’t paid your registration/dinner fee, please do so!

DinnerDinner

• Drinks in Museum of the History of Science, Oxford

• Dinner in Exeter College, Oxford:- Established 1314- 4th oldest in Oxford

Status of EUROnuStatus of EUROnu

• 29/48th finished!

• Converging on baselines

• Important as we need to worry about

costing

safety

technical risks

• How to do this (i.e. resources) is still to be solved

• Bottom line: EUROnu is going well!

Annual Report #2Annual Report #2

• A lot was learnt from #1!

• #2 has gone much more smoothly:

Technical information completed on time

some WP too short, some too long

result is a bit uneven

Financial information:

most on time, last few ~2 weeks late

last Form C only arrived yesterday

• Technical review delayed

DeliverablesDeliverables

TABLE 1. DELIVERABLES

Del. no.

Deliverable name Version WP no. Lead beneficiary Na

ture

Dissemination level

Delivery date from Annex I (proj month)

Actual / Forecast delivery date

Dd/mm/yyyy

Status

No submitted/

Submitted

Contractual

Yes/No

Comments

 

D1 Requirements for proton driver

1 2 2 R PU 6 9 Submitted No See report 

D3 Review detector performance of baseline scenarios

1 5 4 R PU 12 14 Submitted No See report 

D4 Review physics of baseline scenarios and optimisation

1 6 6 R PU 12 15 Submitted No See report 

D5 Review of baseline muon front end

1 3 3 R PU 15 26 Submitted No See EUROnu-WP3-02

 

D6 Review of baseline large aperture acceleration

1 3 5 R PU 18 27 Submitted No See EUROnu-WP3-03  

D7 Comparison criteria 2 1 1 R PU 18 20 Submitted No See report  

D8 Collection device construction

1 4 15 P PU 18 18 Submitted No See EUROnu-WP4-15

 

DeliverablesDeliverables

D10 Target and collection design report

2 1 175 R PU 30

D11 Performance evaluation for reference muon front-end

3 7 56 R PU 30

D12 Report on the experimental validation of the collection device for Li-8

4 15 90 P PU 30

D13 Bunching performance evaluation

4 7 40 R PU 35

D14 Project review documentation

All 1 122 R PU 36

D15 Target & collector integration

2 8 50 R PU 36

D16 Beam characteristics 2 2 31 R PU 36

D17 Optimisation of baseline detectors

5 4 59 R PU 36

Del. no.

Deliverable name WP no. Lead bene-ficiary

Estimated indicative person-months

Nature Dissemi-

nation level

Delivery date

(proj.

month)

MilestonesMilestones

3.1 Evaluation of baseline front-end complete

3 3 15 Yes 20

See

EUROnu-

WP3-02

4.2 Design of collection device

4 15 15 Yes 15

See

EUROnu-

WP4-19

3.2

Evaluation of baseline acceleration systems complete

3 5 18 Yes 24

See

EUROnu-

WP3-03

4.3 Lattice frozen for production ring

4 3 18 Yes 18

See

EUROnu-

WP4-18

1.2 Initial facility comparison

1 1 20 Yes 20 See last section of report

4.4 New decay ring optics for 8Li and 8B

4 3 21 Yes 21

See

EUROnu-

WP4-17

1.3

Review on interim milestones, deliverables & costs

All 1 24 Yes 26

See

EUROnu-

WP1-03

(this

report!)

2.2 Preliminary design of target and collector

2 7 24 Yes 24 Report in

preparation

2.3

Preliminary target/collector integration report

2 8 24 Yes 25

Report in

preparation

2.4 1st estimation of neutrino beam intensity

2 2 24 Yes 24

See

EUROnu-

WP2-10-

04

3.3

Evaluation of performance of alternative cooling and acceleration schemes

3 1 24 Yes 24

Report in

preparation

3.4

Specification of proton-beam handling system complete

3 14 24 Yes 24

Report in

preparation

4.5

Interim report on reaction channels, collimation and magnet protection

4 3 24 Yes 24

See

EUROnu-

WP4-16

5.2

Review of systematic errors for all detectors.

5 4 24 Yes 25

See

EUROnu-

WP5-03

6.2

Review of systematic errors in all facilities. Unified treatment.

6,5 11 24 Yes 25

Report in

preparation

6.3 Scenarios for the B and Li Beta Beams

6,4 6 24 Yes 25

See

EUROnu-

WP6-09-

13 plus

report for

6.2

6.4

Physics performance of all facilities with update of fluxes

6,5,4 6 24 Yes 24

Report in

preparation

Milestone no.

Milestone name

Work package

no

Lead

beneficiary

Delivery date from

Annex I dd/mm/yyyy

Achieved Yes/No

Actual / Forecast

achievement date

dd/mm/yyyy

Comments

MilestonesMilestones

3.5 Benchmark costing for muon front-end and acceleration systems

3 7

30 Report reviewed by

external expert

1.4 Review of 3rd year milestones, deliverables & costs

All 1

36 Reviewed by Governing

Board

2.5 Final target/collector integration report

2 8 36 Drawings qualified by

external expert

4.6 Full simulation of production ring

4 2 36 Simulation results

reviewed

5.3 Choice of optimal baseline scenarios for all facilities.

5 4

36 Report reviewed

6.5

Theoretical impact of future measurements in physics of flavour and choice of optimal baseline scenarios for all facilities.

6,5

6

36 Report reviewed

PublicationsPublications

• Reminders

All EUROnu pubs should be on or linked to EUROnu website

All should have a EUROnu number – see website

All should have EC acknowledgement – see website

When submitted to website, email me

Some are protected – you need to login to see them

If you need a login, email me

PublicationsPublications

Work Package Number of publications

General 12

WP1 2

WP2 6

WP3 4

WP4 24

WP5 3

WP6 22

Total 73

MeetingsMeetings

• All meetings should be on the web

• “Meeting” means anything:- involving discussions between >1 people - uses

EUROnu travel funds (EC or matching)

• Meetings are included in finance reports

• Better that they can be found on website

• They also must be listed in annual report

Technical ReviewTechnical Review

This MeetingThis Meeting

• Very important!

• Review of progress

• Discussion of baselines

• Start preparation for CERN strategy review

• First thoughts about what comes after EUROnu

• Welcome to the 3rd annual EUROnu meeting!