Secrets of the Universe: How We Discovered the Cosmos
by Paul Murdin. University of Chicago Press, 2009
Astronomer Paul Murdin traces the history of astronomical discoveries—from the shape of Earth to the cosmic microwave background to the origin of the elements. Pictured at the right is the N49 supernova remnant in the Large Magellanic Cloud. Supernovae play a key role in distributing the elements made in stars.

The Case for Pluto: How a Little Planet Made a Big Difference
by Alan Boyle. Wiley, 2009
Science writer Alan Boyle chronicles the rise and fall of embattled Pluto—from its serendipitous discovery in 1930 to its hotly debated downgrade to nonplanet in 2006—and in so doing reveals just how intertwined science, politics and culture really are.

After the Ice: Life, Death and Geopolitics in the New Arctic
by Alun Anderson. Smithsonian, 2009
Ice is vanishing from the Arctic so fast that no one can keep up, asserts journalist Alun Anderson. Aiming to provide a big picture sketch of the region, he examines the science, politics and business of the Arctic and considers who stands to gain and lose from this transformation.

A Year on the Wing: Four Seasons in a Life with Birds
by Tim Dee. Free Press, 2009
In this lyrical memoir, radio producer and writer Tim Dee draws on 40 years of avian observation to compose an account of a year in the lives of birds. Along the way he explores humanity’s fascination with these creatures and their journeys on the wing.

This Will Change Everything: Ideas That Will Shape the Future
edited by John Brockman. Harper Perennial, 2009
John Brockman, literary agent and founder of the online science salon Edge.org, has rounded up more than 150 luminaries to reflect on ideas that are poised to change the world in their lifetimes. Among the contributors are Nobel laureate physicist Frank Wilczek on the quantum world, biologist Paul Ewald on infectious disease and psychologist Sherry Turkle on robot companions.

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Power Trip: From Oil Wells to Solar Cells—Our Ride to the Renewable Future
by Amanda Little. Harper, 2009

The Tangled Bank: An Introduction to Evolution
by Carl Zimmer. Roberts & Company, 2009

Mr. Jefferson and the Giant Moose: Natural History in Early America.
by Lee Alan Dugatkin. University of Chicago Press, 2009

Treasures of the Earth: Need, Greed, and a Sustainable Future
by Saleem H. Ali. Yale University Press, 2009

Ambassadors from Earth: Pioneering  Explorations with Unmanned Spacecraft
by Jay Gallentine. University of Nebraska Press, 2009

Great Plains: America’s Lingering Wild
by Michael Forsberg. University of Chicago Press, 2009

Dazzled and Deceived: Mimicry and Camouflage
by Peter Forbes. Yale University Press, 2009

Blood and Guts: A History of Surgery
by Richard Hollingham. Thomas Dunne Book, 2009

Department of Mad Scientists: How DARPA Is Remaking Our World, from the Internet to Artificial Limbs
by Michael Belfiore. Smithsonian, 2009

1 Comments

1. 1. debu 10:12 PM 1/4/10

   Modern science is mostly Einsteins relativity and work of theoreticians like Dr.Penrose ,Dr. Hawking and others based on relativity. That is why Dr.penrose said physics is wrong because relativity is a misguided proposition as we know from my Balloon inside balloon theory and theory of gravitoethertons that the idea of drag of ether is wrong. I said that ether is flowing perpendicular to Michelsons table at a speed few times light speed and very high frequency but low wave length so that the idea of detecting ether even with light speed is not possible because of its illusive nonreactive high speed etc. Einstein assumed constant light speed limiting maxm .in vacua when vacua. never exists and applied Lorentz without understanding the phenomena of gravitoethertons or ether simply from null result and his mathemaics of analysis and interpretation even in E=M.CXC . is wrong and in quantum mechanics this may not work but the concept may work in big experimentation of atom bombs with a huge error margin. Now what will happen in Hadron collider where a very high error margin of relativity and E=MCC concept may trigger a chain reaction on gravitoethertons. Again gravitoethertons or God particles are produced at the common spherical boundary of matter and antimatter universe due to annihilation at a speed a few times light speed. This condition does not exist in Hadron collider , as such possibility of no result even or nondetectable with present set up with a risk of triggering chain. We know that our earths centre is getting focussed gravitoethertons in iron core to produce heat and the flow of electrons cause electricity in iron to produce earths magnetism. Due to cyclic nature of this two universes produce cyclic magnetism on earth and if our datas from rocks are true then we may be nearing another magnetic reversal which will be devastating. Now our farthest galaxies are flying at higher speed due to pull of antimatter universe and more and more gravitoethertons are produced in the climbing cycle curve causing global warming due to more heat and expansion of iron core diameter as result even volcanos and more sunamis may be our fear in the days to come. Scientists must seriously look into balloon theory and start tapping heat out from earths core to produce electricity. How to do it is not difficult where I may submit a plan if requested. Forget about nuclear thermal plants and start working on geothermal instead to save earth for some more time.

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