PPT-DD4hep : a Detector Description Solution for High Energy Physics Experiments

MFrank 1 FGaede 2 SLu 2 NNikiforou 1 MPetric 1 ASailer 1 1 CERN 2 DESY 17 September 2015 NNikiforou ROOT Users Workshop 2015 1 Motivation and goals 17 September 2015. Horvath,. IAG – USP. São Paulo, . Brazil. Concluding Remarks. t. o the 6. th. IWARA . Olinto. : colorful panorama of (non-accelerator) . . high-energy physics/astrophysics. NATIONAL NUCLEAR SECURITY . ADMINISTRATION. . OFFICE . OF DEFENSE PROGRAMS. Presented to:. National Academy of Sciences. Board on Physics and Astronomy. Spring Meeting. Washington, DC. Presented by:. the LENA Detector. Epiphany Conference. Cracow. January 8, 2010. Michael Wurm. Technische Universität München. Michael Wurm, TUM Physics with LENA . 1. /24 . LENA. L. ow-. E. nergy. to unravel . nature’s secrets. B.Satyanarayana. Department of High Energy Physics. bsn@tifr.res.in, www.tifr.res.in/~bsn. Science and engineering. Science.  . . is a systematic enterprise that builds and organizes knowledge in the form of . Cioli Barazandeh, Angel . Gutarra-leon. and Walerian Majewski. Mentor: . Walerian. . Majewski. , Department of Physics . Northern Virginia Community College, Annandale, VA . Experiments. Hello, and welcome to my Presentation!. PPAP Meeting. Birmingham. 15 July 2009. Elisabeth Falk. University of Sussex. Def. current: running or under construction. Outline. Neutrino-oscillation experiments:. what to measure, and how. Accelerator-based experiments. Jerry Allison, Ph.D.. Department of Radiology. Medical College of . Georgia. Gamma Camera, Scintillation Camera. A note of thanks to . Z. J. Cao, Ph.D.. Medical College of Georgia. And. Sameer . Tipnis. PPAP Meeting. Birmingham. 15 July 2009. Elisabeth Falk. University of Sussex. Def. current: running or under construction. Outline. Neutrino-oscillation experiments:. what to measure, and how. Accelerator-based experiments. Lecture 8: Dark Matter detectors. Ar. á. n Garc. í. a-Bellido. Introduction: Dark matter. WIMP detection . Standard Halo model. Signatures. Backgrounds. Classes of DM detectors . Crystal Scintillator Detectors (DAMA/LIBRA, ANAIS, COSINE). Norwegian Physics Teachers @ CERN. Slides from . Steinar. . Stapnes. . (CERN/. UiO. ) . + some from Mar . Capeans. (CERN). Presented . by Ole . Røhne. (. UiO. ). Goals and contents. Goals:. Motivation: detectors are . IceCube. Justin Vandenbroucke, June 9, 2021. IceCube. Bootcamp, WIPAC, UW–Madison. Outline. Neutrino interactions and cross sections. Muon lifetime. Charged particles losing energy in matter. Ionization. Xiaomei. Zhang. IHEP Computing . Center. Outline. Overview of IHEP experiments. General Challenges . Challenges and practice of software. JUNO Neutrino experiment . Status and challenges of computing. Mike Sullivan. EICUG 2019. July 22-26. Paris, France . 1. Outline. Introduction. Detector Issues. Machine Issues. Unique features of the EIC. Some general questions for the detector and accelerator teams. Joint Session, Snowmass Energy Frontier. Jonathan Feng, UC Irvine, 8 July 2020. F. ORWARD . P. HYSICS . F. ACILITY. As the LHC extends the energy frontier to higher energies and much higher luminosities in the coming 15 years, how can its physics potential be maximally exploited?.