Comments on Future Directions Y. Suzuki. 1.Last Future Projects Planning Committee in 1995? (Yoshimura Committee) 1.CANGAROOstarted 2.Telescope Arraystarted.

Slides:



Advertisements
Similar presentations
Telescopes Section 1-4. Telescope l Tele – distant, far l Scope- see l Invented in the 16 th century l First used by Galileo Who found moons around Jupiter.
Advertisements

 A telescope collects light coming off an object, like the moon, planets, and stars.  It focuses the light and magnifies it, making the object appear.
Laser Interferometer Gravitational-wave Detectors: Advancing toward a Global Network Stan Whitcomb LIGO/Caltech ICGC, Goa, 18 December 2011 LIGO-G v1.
Unit 11, Section 1.  Light can take millions of years to travel to Earth  All electromagnetic radiation travels at the speed of light, which is 300,000.
8.1 Exploring Space Homework: Page 332 # 1, 6, 7, 8.
How do we know what we know about the universe? By studying the energy ( light ) emitted by objects in space.
Design study for 3rd generation interferometers Work Package 1 Site Identification Jo van den Brand
LIGO-GXX What is LIGO (LSC/GEO/Virgo/…)? Gabriela González, Louisiana State University For the LIGO Scientific Collaboration and the Virgo Collaboration.
Honors Ch Pg Almost everything we know about the universe (space) comes by studying light from distant sources. Light from what?
LIGO-G W Measuring Ripples in the Geometry of Space Fred Raab LIGO Hanford Observatory.
EUSO: Extreme Universe Space Observatory Jessica Cerny Bancroft-Rosalie School.
LIGO-G W Is there a future for LIGO underground? Fred Raab, LIGO Hanford Observatory.
LIGO-G W Measuring Ripples in the Geometry of Space Fred Raab LIGO Hanford Observatory.
What are Gravity Waves?. According to Einstein's theory of gravity, an accelerating mass causes the fabric of space-time to ripple like a pond disturbed.
The Search for a Stochastic Background of Gravitational Radiation Part I Rosa M. Luna, D. Auzmus, M. Casquette, C.W. Torres, M.C. Diaz, J.D. Romano, and.
Notes  Using the following power point slides, take notes on notebook paper.  You should write everything/answer the questions in your notes.  If you.
Teória relativity začiatok alebo koniec fyziky.
The Future of US Accelerator Science – Comments from NSF Tony F. Chan Assistant Director MPS/NSF AAAS Chicago February 13, 2009.
CHIPP Workshop on Detector R&D June - University of Geneva Common R&D for astroparticle physics: Activities of ApPEC and ASPERA Bernard Revaz and.
Gravitational-wave research in China: overview Eric O. L EBIGOT Tsinghua University, Beijing University of Paris 7 / CNRS (APC) 1.
RADAR Detection of Extensive Air Showers Nils Scharf III. Physikalisches Institut A Bad Honnef Nils Scharf III. Physikalisches Institut A Bad.
Current European programs (prelim) Data PRC census (66 projects) Total cost 365 M€
Wormholes and space warps Topics Ripples in space Wormholes Time warps Space warps Motivation A few spacetime oddities. 1.
Gravitational Wave Arezu Dehghafnar Physics Department SUT.
Radiation Radiation is any way in which energy is transmitted through space from one point to another. There is no need for any physical connection between.
Telescopes Science 9. Telescopes The main purpose of a telescope is to gather light Images that form can be recorded by taking a picture or a video.
Tools and Technology Space Objects By: Brittany D. Alexander.
Telescopes.
Measuring the Universe. Electromagnetic Radiation.
[A proposal for ILIAS NEXT: Cryogenics versus vibration] [I3-FP7 call] Abstract The reduction of thermal noise in solids is a basic requirement in many.
Exploring Space – Course 3
8. Gravity 1.Toward a Law of Gravity 2. Universal Gravitation 3. Orbital Motion 4. Gravitational Energy 5. The Gravitational Field.
CTA The next generation ultimate gamma ray observatory M. Teshima Max-Planck-Institute for Physics.
Bridging the Gap between Terrestrial Detectors and LISA Elba 2002 May 24, 2002 Seiji Kawamura National Astronomical Observatory of Japan.
R&D on thermal noise in Europe: the STREGA Project Geppo Cagnoli University of Glasgow AMALDI 6 – Okinawa - Japan June
NNN2010 Welcome to Toyama/Kamioka Toyama ( 富山) – To  Wealth, Money – Yama  Mountain Kamioka (神岡) – Kami  God – Oka  Hill Therefore it is a best place.
LIGO-G M Organization and Budget Gary Sanders NSF Operations Review Caltech, February 26, 2001.
Energy Peter Shawhan GWPAW PPT February 2011 ~10 46 Joules ~2.4x10 31 Megatons ~10 16 times the annual output of the sun.
Testing the slow roll inflation paradigm with the Big Bang Observer
1. What is the definition of astronomy ? 2. How do we study space? 3. What do you know about space?
JOURNAL #14 – WAVES AND TELESCOPES 1.How much of the electromagnetic spectrum can we see as visible light? 2.What was the name of the first artificial.
DECIGO – Japanese Space Gravitational Wave Detector International Workshop on GPS Meteorology January 17, Tsukuba Center for Institutes Seiji Kawamura*
1 Study of 48 Ca Double Beta Decay by CANDLES T. Kishimoto Osaka Univ.
Astroparticle Physics for Europe Purpose of the meeting and EU funding status 1. Introduction: purpose of the meeting and EU-funding status Gerard van.
Deci-hertz Interferometer Gravitational Wave Observatory (DECIGO) 7th Gravitational Wave Data Analysis Workshop December 17, International Institute.
Gravitational waves Gideon Koekoek January 9 th 2008 Research done at Nikhef.
Space Gravitational Wave Antenna DECIGO Project 3rd TAMA Symposium February 7, Institute for Cosmic Ray Research, Japan Seiji Kawamura National.
LOGO Gravitational Waves I.S.Jang Introduction Contents ii. Waves in general relativity iii. Gravitational wave detectors.
GW – the first GW detection ! Is it a start of GW astronomy ? If “yes” then which ? «Счастлив, кто посетил сей мир в его минуты роковые !...» Ф.Тютчев.
Harald Lück AEI Hannover. Thank you Science Team! You did a great job!
Gravitational Wave Astronomy --The Dawn has Arrived!-- 1 Misao Sasaki Yukawa Institute for Theoretical Physics Kyoto University APCTP 25 March, 2016.
Overview of iLCGT & bLCGT Kazuaki Kuroda LCGT Collaboration F2f meeting 27 September, 2010.
ANITA Antarctic Impulsive Transient Antenna AESOP Anti-Electron Sub-Orbital Payload LEE Low Energy Electrons University of Delaware Balloon Program Active.
GW Policy: The Future: G3 Detectors
DECIGO Pathfinder Masaki Ando
Is there a future for LIGO underground?
Astroparticle Physics
DAWN III Workshop: What’s Next for Gravitational Wave Astronomy?
ELiTES The European-Japanese collaboration in Gravitational Wave research Dr. Michele Punturo Istituto Nazionale di Fisica Nucleare (INFN) European Gravitational.
Introduction by Y. suzuki
Potential and Kinetic Energy
Stochastic gravitational wave and its spectral property
WP4 Positioning European Astroparticle Physics in the world-wide context WP leader CNRS Partners: FOM, IFIN-HH, FRS-FNRS/FWO, FCT Total work: 22 months.
Cosmophysics Group KEK Theory Center Nov. 2009
T2KK Sensitivity of Resolving q23 Octant Degeneracy
Section 1.2 Telescopes allow us to study space from earth
Particle Astrophysics Advisory Panel
Energy.
Gravity & The Big Bang Theory
Things that happen on Earth
Presentation transcript:

Comments on Future Directions Y. Suzuki

1.Last Future Projects Planning Committee in 1995? (Yoshimura Committee) 1.CANGAROOstarted 2.Telescope Arraystarted 3.LCGT (Gravitational Wave Antenna)  LCGT is the current ‘future’ plan 2.When we set up the 6 yrs mid term Plan (2004), we have added XMASS, and R&D of Megaton WC detector as a future possibility, but these are not formally endorsed by the committee.

As a process before setting up the next Future Projects Planning Committee, We are currently having monthly workshop to discuss future directions –April:High energy CR and  -rays –May:GW –June:Kamioka (astro-particles and non-accelerator) –Sept:Cosmology and theory –Nov:balloon, satellite and space station –Dec:primary CR

Next Future Planning Committee will be set up early next year (in 2007): 1) Near future of the current projects Kamioka XMASS(DM), Artificial  (T2K +), Megaton WC, Use of Kamioka Observatory  HE CR division TA  depend on the results ?? CANGAROO  Upgrade mirrors?, Higher sensitivity and/or lower energy  International Coll.? Tibet  You have just discussed! Astrophyscis and Gravity Division SDSS  phase II  ? GW  LCGT New directions  inputs from CRC (Community)?? 2) New directions  inputs from CRC (Community)??

By the early 2008 (~ a little bit more than 1 years from now), we hope we will have future projects. This is why we cannot make definite presentation for the future projects.