PPT-Many galaxies have powerful energy sources in their nuclei

These are called active galaxies Active Galaxies and Quasars By looking far away and back in time astronomers have discovered The origin of active galaxy energy sources and outbursts were closely related to the formation and history of galaxies. Lagrangian. and energy levels of deformed nuclei. Eduardo A. Coello Perez. Symmetry of the system. For intrinsically deformed nuclei, the symmetry of the . Lagrangian. is “spontaneously broken”.. Nonrenewable, Renewable, & Inexhaustible. Energy Sources. Energy: The ability to do work. Energy sources are defined as. Nonrenewable . Renewable. Inexhaustible. The SUN is the original source . of almost all energy sources on Earth.. EPIT. C. Ned Rogers. Energy Source Classifications. Renewable. Non-Renewable. A. resource that can be replaced.. A resource that cannot. be replaced.. Inexhaustible. Exhaustible. A resource that will never run out.. :. Active Galactic Nuclei: powerful energy sources in . “nuclei” . (. central ~1 pc) . of some galaxies. Main types. : . Seyferts. , radio galaxies and quasars. Other variants we’ll skip.. Power source: accretion of matter onto a supermassive black . David Roberts, Jake Cohen, & Jing Lu. Brandeis University. Lakshmi . Saripalli. & Ravi . Subrahmanyan. Raman Research Institute. 1. Radio Galaxies. X-Shaped Radio Galaxies. Cheung’s Sample. with the . Gogny. force . applied . to spherical and deformed . nuclei. M. Dupuis, S. . Goriely. . , S. . Hilaire. , F. . Lechaftois. , M. Martini and . . Sophie . Péru. Static. . mean. . field. CONTENTS. Conventional Energy sources. Non Conventional Energy sources. Types of non conventional energy sources. Comparison between conventional and non conventional energy sources. Advantage and disadvantage of non conventional energy sources. © 2011 Project Lead The Way, Inc.. Gateway – Energy and the Environment. Exhaustible. Any source of energy that is limited and cannot be replaced when it is used, such as oil, coal, and natural gas.. . at J-PARC. Kiyoshi Tanida. . (Japan Atomic Energy Agency). 07/Oct./2015. NUFRA2015@Kemer, Turkey. Strangeness Nuclear Physics. Nuclei: many body systems of . nucleons. Can be extended by adding . 1. NMR Console with Computer. 2. RF Signal Generator. Decoupler (. 1. H):. Amplifier. Frequency Generator. Transmitter:. Amplifier. Frequency Generator. 3. Frequency Generators and Signal Amplifiers are required for each RF channel. . Let’s look back at the rotational velocity equation:. v = (M. interior. G/r). 0.5. The rotational velocity is constant at big r values.. What must we conclude?. The mass interior to the orbit is still increasing. Even after the radius r has gone beyond the last of the stars. It must be increasing in order to hold v constant.. Topic 8: Energy production. 8.1 – Energy sources. Nature of science: . Risks and problem-solving: Since early times mankind understood the vital role of harnessing energy and large-scale production of electricity has impacted all levels of society. Processes where energy is transformed require holistic approaches that involve many areas of knowledge. Research and development of alternative energy sources has lacked support in some countries for economic and political reasons. Scientists, however, have continued to collaborate and share new technologies that can reduce our dependence on non-renewable energy sources.. Extragalactic radio . s. ources and their importance for astronomy. Leiden 10-13 June 2013. Ron Ekers. CSIRO, . Australia. George Miley. The largest, the furthest, the most powerful, and to some of us the most fascinating objects known in the Universe are to be found among the radio sources associated with some elliptical galaxies and QSO’s. In recent years it has become apparent that they are also objects of considerable beauty.. at the ISOLDE-facility at CERN. Gerda Neyens. University of Leuven, . Belgium. and. CERN, . EP-SME-IS, ISOLDE Physics Group Leader. gerda.neyens@cern.ch . on behalf of . the . CERN ISOLDE team. www.cern.ch/isolde.