Guinness World Records, 2014. Gamer's edition[London] : Guinness World Records Ltd., c2013.J GN 794.8 GUINHappy birthday, Babymouse! / Happy Birthday, Babymouse by Jennifer L. Holm & Matthew HolmHolm, Jennifer L.New York : Random House, c2014.J GN BABY 18The misadventures of Salem Hyde. 1, Spelling trouble / Frank CammusoCammuso, Frank, author, illustrator.New York : Turtleback Books 2013. J GN CAMMTippy and the night parade : a Toon book / by Lilli CarréCarré, Lilli, 1983-New York, NY : Toon Books, an imprint of Candlewick Press, c2014.J GN CARRLeo Geo and the cosmic crisis ; Matt Data and the cosmic crisis / by JonChadChad, Jon, author, illustrator.New York : Roaring Brook Press, c2013.J GN CHADRobot frenzy / Erik CraddockCraddock, Erik, author, illustrator.New York : Random House Childrens Books, c2013.J GN CRADHidden : a child's story of the Holocaust / written by Loïc Dauvillier ;illustrated by Marc Lizano ; color by Greg Salsedo ; translated by Alexis SiegelDauvillier, Loïc, 1971-, author.New York : First Second, 2014.J GN DAUVExtraordinary Warren, a super chicken / by Sarah DillardDillard, Sarah, 1961-New York, Aladdin, 2014.J GN DILLWelcome to the tribe! / story, Grimaldi ; illustrated by Bannister ; colors, GrimaldiGrimaldi, 1975-Minneapolis, MN : Graphic Universe, 2013.J GN GRIMThe Glorkian warrior delivers a pizza / James KochalkaKochalka, James.New York : First Second, 2014.J GN KOCHRoger Langridge's Snarked! Cabbages and Kings Book three, Cabbages and kings / [written and illustrated by Roger Langridge ; with colors by Lisa Moore ; inspired by the works of Lewis Carroll]Langridge, Roger.Los Angeles : KaBOOM!, 2013.J GN LANGBig Nate : great minds think alike / by Lincoln PeircePeirce, Lincoln, author, artist.Kansas City, Mo. : Andrews McMeel Pub., 2014.J GN PEIRRobot, go Bot! : a comic reader / by Dana Meachen Rau ; illustrated by Wook Jin JungRau, Dana Meachen, 1971-New York : Random House, c2013.J GN RAUFinding Gossamyr. Vol. 1 / David Rodriguez, Sarah EllertonRodríguez, David.Berlin, MD : Th3rd World Studios, c2013.J GN RODRWaluk / story by Emilio Ruiz ; illustrated by Ana Miralles ; translated and adapted by Dan OliverioRuiz, Emilio.Minneapolis, MN : Graphic Universe, c2013.J GN RUIZCharlie Brown and friends : a Peanuts collection / Charles M. SchulzSchulz, Charles M. (Charles Monroe), 1922-2000, author, artist.Andrews McMeel Pub 2014. J GN SCHUThe amazing Spider-Man. Dr. Octopus : [young reader's novel] / writer, Joe Caramagna ; comic artist, Tim Seeley ... [et al.]Caramagna, Joe.New York : Marvel Worldwide, c2013.J GN SUPErevised 5/7/14 TumbleBooks are animated, talking books which teach kids the joy of reading in an interactive format. Click here to access free eBooks and audiobooks.
Leo Geo and the Cosmic Crisis download.zip
Abstract:The COVID-19 pandemic has severe impacts on global health and social and economic safety. The present study discusses strategies for turning the COVID-19 crisis into opportunities to use artificial intelligence (AI) and big data in business operations. Based on the shared experience and theoretical ground, researchers identified five major business challenges during the COVID-19 pandemic: production and supply-chain disruption, appropriate business model selection, inventory management, budget planning, and workforce management. These five challenges were outlined with eight business cases as examples of companies that had already utilized AI and big data for their business operations during the COVID-19 pandemic. The outcomes of this study provide valuable insights into contemporary social science research and business management with AI and big data applications as a business response to any crisis in the future.Keywords: artificial intelligence; big data; business operations; COVID-19 pandemic
Space sustainability comes into play to address the pressing current state of near-Earth orbits and its high amounts of orbital debris.[16] Spacecraft collisions with orbital debris, space weather, overcrowding in low earth orbit (LEO) makes spacecraft susceptible to higher rates of failure.[16][11] The current end-of-life protocol for spacecraft exacerbates the space sustainability crisis; many spacecraft are not properly disposed, which increasing the likelihood of further collisions.[16]
In order to test the hypothesis that the gravitational interaction between our Galaxy's dark matter and the ordinary matter in Earth and the Moon might not fulfill the equivalence principle (universality of free fall), we consider the pertinent perturbation of the lunar orbit -- a sidereal month period range oscillation resulting from a spatially fixed polarization of the orbit. Lunar laser ranging (LLR) data can measure this sidereal perturbation to an accuracy equal to or better than its existing measurement of the synodic month period range oscillation amplitude (+/- 3 cm) which has been used for testing whether Earth and the Moon accelerate at equal rates toward the Sun. Because of the slow precession rate of the Moon's perigree (8.9 yr period), the lunar orbit is particularly sensitive to a cosmic acceleration; the LLR fit of the orbit places an upper limit of 10(exp -13) cm/sq. s for any cosmic differential acceleration between Earth (Fe) and the Moon (silicates). This is 10(exp -5) of the total galactic acceleration of the solar system, of which, it has been suggested, a large portion is produced by dark matter.
Among the elements exhibiting non-mass dependent isotopic variations in meteorites, chromium (Cr) has been central in arguing for an isotopic homogeneity between the Earth and the Moon, thus questioning physical models of Moon formation. However, the Cr isotopic composition of the Moon relies on two samples only, which define an average value that is slightly different from the terrestrial standard. Here, by determining the Cr isotopic composition of 17 lunar, 9 terrestrial and 5 enstatite chondrite samples, we re-assess the isotopic similarity between these different planetary bodies, and provide the first robust estimate for the Moon. In average, terrestrial and enstatite samples show similar ε54Cr. On the other hand, lunar samples show variables excesses of 53Cr and 54Cr compared to terrestrial and enstatite chondrites samples with correlated ε53Cr and ε54Cr (per 10,000 deviation of the 53Cr/52Cr and 54Cr/52Cr ratios normalized to the 50Cr/52Cr ratio from the NIST SRM 3112a Cr standard). Unlike previous suggestions, we show for the first time that cosmic irradiation can affect significantly the Cr isotopic composition of lunar materials. Moreover, we also suggest that rather than spallation reactions, neutron capture effects are the dominant process controlling the Cr isotope composition of lunar igneous rocks. This is supported by the correlation between ε53Cr and ε54Cr, and 150Sm/152Sm ratios. After correction of these effects, the average ε54Cr of the Moon is indistinguishable from the terrestrial and enstatite chondrite materials reinforcing the idea of an Earth-Moon-enstatite chondrite system homogeneity. This is compatible with the most recent scenarios of Moon formation suggesting an efficient physical homogenization after a high-energy impact on a fast spinning Earth, and/or with an impactor originating from the same reservoir in the inner proto-planetary disk as the Earth and enstatite chondrites and having similar composition.
Moon Burst Energetics All-sky Monitor (MoonBEAM) is a CubeSat concept of deploying gamma-ray detectors in cislunar space to improve localization precision for gamma-ray bursts by utilizing the light travel time difference between different orbits. We present here a gamma-ray SmallSat concept in Earth-Moon L3 halo orbit that is capable of rapid response and provide a timing baseline for localization improvement when partnered with an Earth-orbit instrument. Such an instrument would probe the extreme processes in cosmic collision of compact objects and facilitate multi-messenger time-domain astronomy to explore the end of stellar life cycles and black hole formations.
The National Aeronautics and Space Administration (NASA) administrator has identified protection from radiation hazards as one of the two biggest problems of the agency with respect to human deep space missions. The intensity and strength of cosmic radiation in deep space makes this a 'must solve' problem for space missions. The Moon and two Earth-Moon Lagrange points near Moon are being proposed as hubs for deep space missions. The focus of this study is to identify approaches to protecting astronauts and habitats from adverse effects from space radiation both for single missions and multiple missions for career astronauts to these destinations. As the great cost of added radiation shielding is a potential limiting factor in deep space missions, reduction of mass, without compromising safety, is of paramount importance. The choice of material and selection of the crew profile play major roles in design and mission operations. Material trade studies in shield design over multi-segmented missions involving multiple work and living areas in the transport and duty phase of space mission's to two Earth-Moon co-linear Lagrange points (L1) between Earth and the Moon and (L2) on back side of the moon as seen from Earth, and to the Moon have been studied. It is found that, for single missions, current state-of-the-art knowledge of material provides adequate shielding. On the other hand, the choice of shield material is absolutely critical for career astronauts and revolutionary materials need to be developed for these missions. This study also provides a guide to the effectiveness of multifunctional materials in preparation for more detailed geometry studies in progress. c2003 COSPAR. Published by Elsevier Ltd. All rights reserved. 2ff7e9595c
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