LCC Physics and Detector - Status and Way Forward - Hitoshi Yamamoto SiD Meeting, Tokyo September 3, 2014 1.

Slides:



Advertisements
Similar presentations
ILD Resource Survey 2014/9/9 Y. Sugimoto 1. Committee under MEXT ILC Task Force in MEXT Academic experts committee Particle-Nuclear physics WG Members.
Advertisements

Beyond the ALCPG David B. MacFarlane Associate Laboratory Director for PPA.
LCC status Lyn Evans 1April 18, 2015PAC Orsay. ILC in Linear Collider Collaboration 2 ICFA Chair: J Mnich Program Adv. Committee PAC – Chair: N. Holtkamp.
ILC Spanish Meeting – Gandía, 1 de Diciembre de /25 ILC Communication and Outreach ILC Communication and Outreach Perrine Royole-Degieux
RD’s Report (update since LCWS08 in Chicago) 2009/4/171TILC09 S.Yamada Sakue Yamada April Tsukuba.
ALCC Americas’ Linear Collider Committee Andy White University of Texas at Arlington.
RD’s Report on the status of physics/detector activities ILD Sakue Yamada May 23, 2012 Sakue Yamada.
ECFA LCWS 26 May 2013 DESY Sachio Komamiya The University of Tokyo 1 26 May 2013 DESY Hamburg Linear Collider Board (LCB) Report.
ILD meeting Welcome/Introduction 2015/4/23 Y. 1.
HEPAP and P5 Report DIET Federation Roundtable JSPS, Washington, DC; April 29, 2015 Andrew J. Lankford HEPAP Chair University of California, Irvine.
Discussion/ Planning Session -ILD organisation: status and plans -Concrete plans -Report from the R&D group: Jan Strube -Report from the parameter group:
LCB/ICFA meeting at Newport News with full snow, February This is only for TB meeting Presentation and not for Distribution. ( )
MEXT Review Process in Japan 2014/7/16 Y. Sugimoto 1.
Charge to the Workshop (and a report from WWS) Hitoshi Yamamoto July 11, 2005 ACFA8, Daegu, Korea.
1 1 LCC Physics and Detector Hitoshi Yamamoto ILD WS, Kracow Sep 24, 2013.
F R&D on Monolithic and Vertically Integrated Pixel Detectors Special Focus Meeting Marcel Demarteau LCWS08 November 17, 2008 Chicago.
LCC Physics&Detector Report Hitoshi Yamamoto SiD Meeting Jan,
Status of Linear Collider Activities Rika Takahashi on behalf of the LC Communicators 104 November, 2013 Interactions US.
Hitoshi Yamamoto, 15-Mar-2013, ILC detector monthly meeting, KEK 1 Detector Introduction.
ALCW st IOC November 21, 2015: 23:00-24:00 (JST) Agenda 1.Report on preparation done for ALCW2015 up to now by KEK and LOC 2.Discussion and decision.
Our mandate has been completed The physics and detector perspective of the ILC-TDR Sakue Yamada May 27, /05/271Sakue Yamada ECFA.
1 1 LCC Physics and Detector Hitoshi Yamamoto LCWS2013, Tokyo November 11, 2013.
P5 and the HEP Program A. Seiden Fermilab June 2, 2003.
Atsuto Suzuki. 1. Toward ILC Construction : Japanese Activities 1. Toward ILC Construction : Japanese Activities.
1 1 LCC Physics and Detector Hitoshi Yamamoto ECFA LC2013, DESY May 27, 2013.
1 The Design & Value Costs SRF Technology The XFEL as a Prototype Japan as a Host International Linear Collider Status Mike Harrison.
Status of ILC detector/physics activity Sakue Yamada Apr. 24, /4/241Sakue
JSPS specially-promoted research A Global R&D Program of a State-of-the-art Detector System for ILC Annual Meeting Hitoshi Yamamoto Tohoku University December.
The time line Autumn 2011CERN Council initiated an update exercise to the European Strategy for Particle Physics which was approved by a special Council.
The European Strategy Group (ESG) The remit of the ESG is to establish a proposal for an Update of the medium and long- term European Strategy for Particle.
Recommendations on the scientific programme The PAC endorsed the main lines of the proposed long-term programme. The draft document is expected.
ILC in Japan A 10 minute introduction H.Weerts Argonne National Lab March 24, 2014 University of Chicago.
RD’s Report on Detector Activity General Overview Project Advisory Sakue Yamada December 14, 2012 Sakue Yamada.
24-Aug-11 ILCSC -Mumbai Global Design Effort 1 ILC: Future after 2012 preserving GDE assets post-TDR pre-construction program.
HEPResearchers Set-up JLCB and JLCC ~6 Cite Decision Design ILC Lab. Japan Policy Council Positive Reference from New Prime Minister.
World Wide Study of Physics and Detectors for a future e + e - Linear Collider David J. Miller; towards a WWS response to ILCSC/ICFA How do we propose.
THE INTERNATIONAL COMMITTEE FOR FUTURE ACCELERATORS (ICFA) Roy Rubinstein2nd International Conference on New Frontiers in Physics - 4 September
Report from ILCSC Shin-ichi Kurokawa KEK ILCSC Chair GDE meeting at Frascati December 7, 2005.
Philip Burrows SiD meeting, Chicago 15/11/081 Progress on the LoI Philip Burrows John Adams Institute Oxford University Thanks to: Hiro Aihara, Mark Oreglia.
Status Report on ILC Project in Japan Seiichi SHIMASAKI Director, Office for Particle and Nuclear Research Promotion June 19, 2015.
WWSWWS Report of the World Wide Study J. Brau June 4, 2008 Dubna ILCSC Meeting.
1J. Brau - ILCSC Meeting - Beijing - August 19, 2004 Organizing the Global Experimental Program The ILCSC has asked the Worldwide Study, as its Physics.
LCWS13 Tokyo. Mr. Kawamura’s Talk Text (in English) – Can be downloaded from the workshop home page Please use today’s version Highlights – We are aware.
ILC Detector R&D in Japan Hitoshi Yamamoto Tohoku University.
Status and plans for role of Japan in HL-LHC Katsuo Tokushuku Institute of Particle Nuclear Studies (IPNS) High Energy Accelerator Research Organization.
SiD – Beyond Snowmass Andy White University of Texas at Arlington for the SiD Concept 1/18/2013SiD Beyond Snowmass A. White.
News Y2K June 25, Summary of June 12 Face-to-Face Meeting.
Plan to go forward Peter Wilson SBN Program Coordinator 27 September 2014.
1 Future Circular Collider Study Preparatory Collaboration Board Meeting September 2014 R-D Heuer Global Future Circular Collider (FCC) Study Goals and.
ILD meeting Thursday May 30, 2013 Ties Behnke, Yasuhiro Sugimoto.
CLIC project 2012 The Conceptual Design Report for CLIC completed – presented in SPC, ECFA and numerous meetings and conferences, also providing basis.
Hitoshi Yamamoto, 2-Oct Detector Tohoku Forum for Creativity - a Pilot Program - ‘Particle Physics and Cosmology after the Discovery of the Higgs.
The Situation in Japan Yasuhiro Okada, Executive Director, KEK ILD meeting 2014 September 7, 2014, Oshu-city, Iwate, Japan 1.
Section 4.9 Work Group Members Kris Hafner, Chair, Board Member Rob Kondziolka, MAC Chair Maury Galbraith, WIRAB Shelley Longmuir, Governance Committee.
Project X Collaboration Plan Steve Holmes Accelerator Advisory Committee Meeting May 6-8, 2008.
RD’s Report SiD Group Sakue Yamada December 14, 2011 (remote participation) 2011/12/141SiD-meeting Sakue Yamada.
CFS / Global – 09 June, 2010 PM Report: SB2009: –4 two-day workshops form the core of ‘TOP LEVEL CHANGE CONTROL’ –  as advised by AAP, PAC and etc –Written.
Main Linac Technology (MLT) Meeting To be held through WebEx July 13, 2007.
ILC Physics and Detector - Status and Goals for LCWS14 – Hitoshi Yamamoto LCWS14, Belgrade October 6,
LCC Physics and Detector Report
LCC Physics and Detector Overview
Mike PAC Charge & Agenda ALCW15 Plenaries CERN SPC – September 2014
Introduction to the Workshop
Annual ILC detector meeting K. Kawagoe (Kyushu)
Process of the 2nd update of the European Strategy for Particle Physics FCC week, 29 May 2017, Berlin Sijbrand de Jong, President of the CERN Council (slides.
Sakue Yamada March 19, 2011 RD’s Report Sakue Yamada March 19, /03/19 Sakue
ILC Detector R&D in Japan
The DBD: Outline and Scope
FALC report and KEK’s plan for the ILC
Yasuhiro Okada, Executive Director, KEK
Presentation transcript:

LCC Physics and Detector - Status and Way Forward - Hitoshi Yamamoto SiD Meeting, Tokyo September 3,

2 ILC Timeline (LCC) Negotiations among governments Accelerator detailed design, R&Ds for cost-effective production, site study, CFS designs etc. Prepare for the international lab – 2018 ‘Green-sign’ for the ILC construction to be given (in early 2016 ) International agreement reached to go ahead with the ILC Formation of the ILC lab. Preparation for biddings etc Construction start (9 yrs) 2027 Construction (500 GeV) complete, (and commissioning start) (250 GeV is slightly shorter)

3 Possible Timeline of ILC Detectors Deliberation by the Expert Committee International Talks ILC lab extablished Construction TDR completion Detetor Proposals: Call, Submission, and Review

LCCPD :Toward Realization of ILC Support the political developments in Japan Science Council of Japan MEXT expert committee and its subcommittees Prepare the detector efforts toward real detectors Guide re-organizations of detector groups Site(Kitakami)-specific designs Compiling detector R&D efforts Keep high visibility of LC globally At conferences etc. 4

CLICpd SiD ILD 5 PD Associate Director PD Advisory Panel MDI WG Conference talks group Physics WG Software&computing WG Detector R&D Liaison PD Executive Board Updated LCC PD Structure Regional Contacts ILC Infrastructure and Planning WG ILC parameter joint WG

Support the political developments in Japan 6

7 Science Council of Japan The Committee suggests that the government of Japan should (1) secure the budget required for the investigation of various issues to determine the possibility of hosting the ILC, and (2) conduct intensive studies and discussions among stakeholders, including authorities from outside high-energy physics as well as the government bodies involved for the next two to three years. In parallel, it is necessary to have discussions with the research institutes and the responsible funding authorities of key countries and regions involved outside of Japan, and to obtain clear understanding of the expected sharing of the financial burden. (Requested by MEXT; Report submitted on Sep 30. Official translation) The conclusion of the report included: These recommendations creates a chicken and egg situation.

Expert Committee on ILC MEXT has requested $0.5M for investigatory study which was approved on Dec 24, W ill be doubled next year (i.e. ~ $1M) An expert committee was established under MEXT 13 members (could increase) A few particle physicists included No ‘ILC proponents’ Report to be completed by FY2015 (i.e. end of March 2016) Kickoff meeting held on May 8, 2014 Next meeting: Nov 14, Japanese government is waiting for the report. It is talking to other governments, and other governments are waiting for Japan to make a definitive move.

Expert Committee on ILC The topics to be evaluated includes: Physics case of the ILC → Physics WG Total budget/international cost sharing, and prospects for securing necessary human resources during construction and operation → ILC infrastructure and planning WG (the detector part) Domestic organization for the ILC Social and economic effects by siting the ILC in Japan Two subcommittees started: reports in ~ 1 year 1. On the ILC physics case with respect to other future projects 2. On the project readiness including human and financial resources (the ‘TDR’ subcommittee) Material are begin prepared by the ILC community 9

Physics Working Group Conveners Keisuke Fujii, Christophe Grojean. Michael Peskin Members: (North America)  Tim Barkllow, Maxim Perelstein, James Wells, Jaehoon Yu (Europe)  Roberto Contino, Jenny List, Juergen Reuter, Frank Simon (Asia)  Shinya Kanemura, Hyungdo Kim, Mihoko Nojiri, Tomohiko Tanabe, Yuanning Gao Observer Hitoshi Murayama (LCC deputy director) For the MEXT subcommittee: Preparing material presented to the MEXT subcommittee  Together with the Japanese group (a large overlap of membership) 10

Questions from the MEXT subcommittee What can be accomplished in the first 5 years? What more is learnt by the ILC about the origin of mass? How does the ILC measurement of top mass determines the SUSY scale? What is meant by ‘the ILC can determine if the universe is stable? If Higgs is a probe to new physics, how is it compare to flavor physics? and many more … The LCC physics WG is working intensively with a Japanese group to prepare answers to these (in Japanese) 11

ILC parameter joint WG Members Physics/Detector: Tim Barklow, Jim Brau (co- convener), Jenny List, Keisuke Fujii Accelerator: Gao Jie, Nick Walker (co-convener), Kaoru Yokoya Process for an ‘official’ running scenario: ILC parameter WG will produce a few scenarios A draft is have been produced, being reviewed by the physics WG and LCCPDeb LCC and LCB review the draft Then, ask comments from community at LCWS14 A special session is planned Agree on an single official scenario 12

ILC Infrastructure and Planning WG Members Sakue Yamada (chair), Kiyotomo Kawagoe, Yasuhiro Sugimoto, Frank Simon(Mary-Cruz Fouz:deputy), Karsten Buesser, Marcel Stanitzki, Marty Breidenbach Charge Studies the time-profiles of the human and budgetary needs of the ILC detector activities. Proposes the organizational structure where the detector groups interact with the ILC laboratory. Inputs to the MEXT subcommittee The ‘TDR’ subcommittee is to review the detector issues in Feb, 2014 Inputs to the LCB subcommittee on governance and management 13

Prepare the detector efforts toward real detectors 14

Detector Assembly Scheme 15 Vertical Access (CMS-like. Kitakami site allows this) ‘The only game in town now’ (Tom Markiewicz) → MDI-CFS mini workshop Sep 4~6, 2014, Ichinoseki MDI Working Group

16 Detector R&D Liaison Liaison: Maksym Titov, Jan Strube (deputy) Immediate task Produce a document describing current detector R&Ds relevant to LC Would elucidate overlaps and holes Those who may want to newly join the LC effort can identify area of possible contributions. A ~70 p draft is mostly ready Release draft at LCWS14 (Belgrade, Oct 2014)  At a detector plenary on the 1 st day (by Maksym Titov)

Coordination with ILC Accelerator 17

ILC Change Management A set of well-defined rules for changing the baseline design Change Management Board Members: The ILC accelerator technical board members Two from the physics and detector community  Jenny List (ILD, Physics)  Tom Markiewicz (SiD, MDI) The physics and detector AD can escalate change requests to LCC. The 1 st change management item maybe: Vertical shaft access to the detector hall ? 18

Following up for the P5 Report 19 AD’s message to DOE (Jim Siegrist) Dear Jim (cc Glen and Abid) Even though I could not be on the HEPAP when P5 presented its report, I was gratified that the report acknowledged the physics case of the ILC and that it recommended US participation in the ILC effort at some level regardless of the budget Scenario. Here I would like to offer some observations from the viewpoint of the physics&detectors associate director of the LC collaboration. * P5 recommends at least some level of the ILC participation or all budget scenarios (Scenarios A,B,C) * What is really needed is Scenario C (the unconstrained) for the ILC. * Immediate necessity is ‘some’ budget for the ILC (in particular for the detector activities < support by physics community) * Many in the US (Harry W, Mike H, Dimitri D, Jim B. …) are now working hard to make sure the US follows the P5 recommendation above.

20 1. Timeline of the ILC detectors: The detectors take about the same time to assemble and get ready for commissioning as the machine. In the TDR, the time required for the ILC accelerator for construction is said to be 9 years, while the corresponding time for the ILD detector is quoted to be 8 years. in previous estimations, the time needed for construction of detector and that for machine came out to be about the same. Detector of this size takes a long time to assemble and commission - the ATLAS detector took 14 years from the start of assembly to commissioning. So, the detectors should be able to start assembly approximately when the machine starts construction 2. Readiness of R&Ds In order to extract expected physics results from the ILC, the detectors are required to have resolutions far exceed the state-of-the-art of, for example, the LHC detectors. About 10 times better resolutions for momentum and impact parameter, and 2 time better for jet energy resolution. The last one requires high granularity in calorimeter - about three orders of magnitude in number of channels. In order to achieve them, new technologies are being developed, such as advanced pixel detectors, TPC with micro-pattern gas detectors, and Silicon-Tungsten calorimeters etc. Many of these are still in pre-production R&D stages and require further R&D efforts.

21 3. Physicists to participate in the ILC In the US, many of those who used to work on the ILC physics and detectors are now gone. It was acutely apparent at the American Workshop on Linear Colliders 2014 held at Fermilab last month where the ILD session in One West was full of people with many standing at the back while the SiD session was attended by about 10 people only. In order to make possible any reasonable level of US participation in the ILC, this situation needs to be changed for better as soon as possible. Eve though there will be a large influx of people to the detector efforts when and if the ILC is approved, the current efforts around ILD and SiD will be the core of the organization, and in order to participate in any significant way in the future, it is important that the US have a good foothold in the current detector efforts. Considering the above points, I would like to stress that it is critically important that the US efforts in this area be restored as soon as possible to the level close to the level before the so-called black December. I hope that the above observation would be useful for DOE in considering how to respond to the P5 recommendation on the ILC. Please do not hesitate to ask if you have any further questions on this matter. Best regards Hitoshi Yamamoto LCC Physics and Detector Associate Director