People From Philadelphia

"Iam kida the greatest Dj of all time."

"New York, New York. Big city of dreams, but everything in New York ain't always what it seems. Last Twitter posting by DJ AM (August 25, 2009)."

"What I do with the majority of my free time is help people get off drugs. It’s nice to just sit and listen to them talk about what’s going on in their life and not think about what’s going on with me for a while. Success is not money, it’s happiness. Interview with DJ AM"

"The fact that I can be in an airport and someone says, "there's DJ AM" means something, right? I just don't consider myself a celebrity, I've never viewed myself that way. Five Minutes with DJ AM (August 2008)."

"I've prayed every night for the past 10 years. There's a lot more to thank God for now. My philosophy is 'live life to the fullest,' [and] I was saved for a reason. Maybe I'm going to help someone else. I don't question it. All I know is, I'm thankful I'm still here."

"There’s no reason why I should have lived or why I lived and they didn’t. And it’s something I struggle with every day."

"I have really bad days and I have really OK days. It's strange. I'm blessed. I'm alive. I'm here."

"I hadn't heard his remixes and didn't know how amazing a drummer Travis is. But we got together, I threw on James Brown's 'Funky Drummer,' one of the most sampled beats in hip-hop, and 'I Know You Got Soul' by Bobby Byrd. His face would just open up; he would match the beat perfectly. I thought, 'Damn, this is fun.' It's like a skeleton you get to put the clothes on. And once the clothes are on, you yank out the spine."

"They shaved my head and took layers of skin from my scalp. To heal the wounds, I was in a hyperbaric chamber for 90 minutes twice daily for four days. It’s claustrophobic. One of my first nights home, I watched ‘Iron Man’ with friends. In the scene where Robert Downey Jr. comes out of the cave with a blowtorch, my whole body cringed. That night, I had a nightmare someone spilled fuel on me and was trying to light me on fire. I woke up and thought, ‘Oh my God, this is going to happen forever?’"

"(on the plane crash) I saw Travis running and flailing, trying to put out fire on his body. He screamed, ‘What do I do?’ and I said, ‘Roll!’ He did, but the fire didn’t go out. He tried to rip his clothes off. I finally put the flames out by smothering him with my body. Some of my burns are from that. His sock was on fire – I burned my fingers taking it off."

"Science is competitive, aggressive, demanding. It is also imaginative, inspiring, uplifting."

"I think of the time that Vera and I were spending in cold telescope domes, the wind blowing, coyotes howling off on the mesa, we would have been happy to have a warm room to sit in, whether it was in Flagstaff or a lab back home."

"To my mind, what Vera discovered is both more specific and more profound than the dark matter paradigm it helped to create. What she discovered observationally is that rotation curves are very nearly flat, and continue to be so to indefinitely large radius. Over and over again, for every galaxy in the sky. It is a law of nature for galaxies, akin to Kepler’s laws for planets. Dark matter is an inference, a subsidiary result. It is just one possible interpretation, a subset of amazing and seemingly unlikely possibilities opened up by her discovery."

"Rubin, in collaboration with Kent Ford, became the key figure in extending rotation curves based on optical-wavelength studies to large galactic radii, where their prevalent flatness dovetailed neatly with results from radio-wavelength observations. Rubin’s life story is one of perseverance in the face of occupational and societal obstacles. ... Rubin’s story illustrates the resistance of the scientific community to altering an established paradigm—that light is the essential gauge of mass in the universe."

"Each one of you can change the world, for you are made of star stuff, and you are connected to the universe."

"I live and work with three basic assumptions, 1) There is no problem in science that can be solved by a man that cannot be solved by a woman. 2) Worldwide, half of all brains are in women. 3) We all need permission to do science, but, for reasons that are deeply ingrained in history, this permission is more often given to men than to women."

"I'm not a theologian, and I must say honestly that Vatican astronomers' views [on astronomy] are entirely in accord with ours. I'm not aware of any Church positions that contradict modern science. In my own life, my science and my religion are separate. I'm Jewish, and so religion to me is a kind of moral code and a kind of history. I try to do my science in a moral way, and, I believe that, ideally, science should be looked upon as something that helps us understand our role in the universe."

"How stars move tell us that most matter in the universe is dark. When we see stars in the sky, we're only seeing five or 10 percent of the matter that there is in the universe."

"It is well known that I am available twenty-four hours a day to women astronomers."

"Science progresses best when observations force us to alter our preconceptions."

"There is one alternative to dark matter, and that is the assumption that Newton's laws don't hold over distances as great as galaxies. But we know that Newton's laws hold over a very large domain. And virtually one hundred percent of the physics and astronomy community believes that there is matter in the universe that does not radiate."

"We have peered into a new world and have seen that it is more mysterious and more complex than we had imagined. Still more mysteries of the universe remain hidden. Their discovery awaits the adventurous scientists of the future. I like it this way."

"I have no health for a soldier, and as I have no expectation of serving my country in that way, I am spending my time in the old trifling manner, and am so taken with optics, that I do not know whether, if the enemy should invade this part of the country, as Archimedes was slain while making geometrical figures on the sand, so I should die making a telescope."

"The direct tendency of (Astronomy) is to dilate the heart with universal benevolence, and to enlarge its views."

"I do not design a machine which will give the ignorant in astronomy a just view of the solar system, but would rather astonish the skilful and curious observer by a most accurate correspondence between the situations and motions of our little representatives of our heavenly bodies and the situations and motions of those bodies themselves. I would have my orrery really useful by making it capable of informing us truly of the astronomical phenomena for any particular point of time, which I do not find that any orrery yet made can do."

"Only two transits of Venus had been observed before his time, and of these, the first, in 1639, had been seen by only two persons. These transits happen so seldom that there cannot be more than two in one century, and in some centuries none at all. But the transits of Venus are the best means we have for determining the parallax of the sun. ...The observations were a success and established for Rittenhonse the reputation of an exact and careful astronomer. ...During the transit Rittenhouse saw one phenomenon which escaped the notice of all other astronomers. When the planet had advanced about half of its [Venus'] diameter upon the sun, that part of the edge of the planet which was off the sun's disc appeared illuminated, so that the outline of the entire planet could be seen. But a complete circle of light around Venus would indicate that more than half of Venus is illuminated. This can happen... only when the rays of light are refracted by an atmosphere. Hence... Venus is surrounded, like the earth, by an atmosphere. But this appearance of a ring of light was not confirmed by other astronomers, and the statement of Rittenhouse excited no attention for nearly a century, until his observation was at last confirmed by other astronomers."

"As a mechanic, Rittenhouse became celebrated for the extreme exactness and finish of his workmanship. Especially celebrated were his chronometer clocks. It was while thus engaged in the manufacture of clocks that he planned and executed an instrument which brought into play both his mechanical and mathematical skill. ...the orrery. It was, indeed, intended to be a sort of a perpetual astronomical almanac, in which the results, instead of being exhibited in tables, were to be actually exhibited to the eye. His orrery greatly exceeded all others in precision. It attracted very general attention among well informed persons... There arose a lively competition between different colleges in this country for the possession of this orrery."

"His invention, whatever it may have been, was not of sufficient importance to deserve the name of an "invention of fluxions." If Rittenhouse actually made an invention of such transcending magnitude before the age of twenty, and at a time when he had hardly begun his scientific studies, how is it that he made not the slightest approach to any similar discovery during the forty-four years of his maturer life? Though always a passionate lover of scientific pursuits, he made no original contributions whatever to the science of pure mathematics. Science is indebteded to him chiefly for his orreries and the observations of the transit of Venus. ...the alleged invention of fluxions was little more than a "rumor set afloat by idle gossip." It serves to show us, however, in what unbounded admiration he was held by his countrymen."

"The most noted mathematician and astronomer of early times [in the U.S.] was not a professor in a college, nor had he been trained within college walls. We have reference to David Rittonhouse."

"If our astronomer be judged by the original contributions which, under existing adverse circumstances, he actually did make to astronomy and mathematics, then it must be admitted that he can not be placed in the foremost rank of astronomers then living. Friends will judge him by what he might have done; the world at large will judge him by what he actually accomplished. Our greatest indebtedness to Rittenhouse lies not in the original contributions he made to science, but rather in the interest which he aroused in astronomical pursuits, and in the diffusion of scientific knowledge in the New World which resulted from his efforts."

"Among the books he inherited from his uncle was an English translation of the "Principia" of Newton. Such was the progress which he made in mathematical knowledge, although now destitute of any aid, that he was enabled to accomplish the perusal of this work, for the proper understanding of which so much acquaintance with geometry and algebra is necessary, before he had attained his nineteenth year. Newton, as is well known, from deference to the practice of the ancient philosophers, adopts in this work the synthetic method of demonstration, and gives no clue to the analytic process by which the truth of his propositions was first discovered by him. Unlike the English followers of this distinguished philosopher, who contented themselves, for a time, with following implicitly in the path of geometric demonstration, which he had thus pointed out, Rittenhouse applied himself to search for an instrument, which might be applied to the purpose of similar discoveries, and in his researches attained the principles of the method of fluxions. So ignorant was he of the progress which this calculus had made, and of the discussions in relation to its invention and improvement, that he for a time considered it as a new discovery of his own. In this impression, however, he could not have long continued; as he made, in his nineteenth year, an acquaintance who was well qualified to set him right in this important point."

"It was during the residence of our ingenious philosopher with his father in the country that he made himself master of Sir Isaac Newton's Principia, which he read in the English translation of Mr. Motte. It was here, likewise, he became acquainted with the science of fluxions; of which sublime invention he believed himself, for a while, to be the author, nor did he know for some years afterwards that a contest had been carried on between Sir Isaac Newton and Leibnitz for the honor of the great and useful discovery. What a mind was here! Without literary friends or society, and with but two or three books, he became, before he had reached his four and twentieth year, the rival of two of the greatest mathematicians in Europe."

"The year 1775 opened with a project intended to bring the abilities of Rittenhouse more effectually into the service of science. The Philosophical Society addressed the colonial legislature of Pennsylvania, praying it to establish a public observatory, and commit it to the care of Rittenhouse. Had the circumstances of the times permitted this project to be carried into effect, it would have enabled him to occupy a great space in the history of astronomy. He had already shown himself the equal, in point of learning and skill as an observer, to any practical astronomer then living; nothing was wanting to make him rank with the Flamsteads, the Halleys, and the Maskelynes, but that he should be permitted to devote his whole mind to this pursuit, and be furnished with those instruments and accommodations, for which no private fortune will suffice. Other men might have been found as well, nay, better qualified for the political pursuits and public offices in which it became his fate to spend the rest of his life; but America has never yet produced any individual who has manifested so great a capacity for extending the domain of practical astronomy. To arrange the details of a disorganized and depreciating currency, to collect and disburse a scanty and ill-paid revenue, were thereafter to be the pursuits of our philosopher; and he was to expend upon the estimates and returns of the tax-gatherer those powers of mind which were capable of grasping, and that mechanical skill which sufficed to imitate, the vast mechanism of the universe."

"Before the nineteenth century, writers on education portayed the "improvement of mind" as an activity mainly suited to gentlemen. ...both Thomas Jefferson and Benjamin Rush had venerated David Rittenhouse as an example of how arduous philosophical investigation might elevate the child of humble parents. But Jefferson and Rush tagged Rittenhouse as a genius, and hence untypical, and each employed Rittenhouse as ammunition in a debate among educated gentlemen. Jefferson invoked Rittenhouse in his Notes on the State of Virginia, a book he wrote to disabuse French philosophes of the notion that all specied degenerated in the New World; Rush used his eulogy of Rittenhouse before the select audience of the American Philosophical Society to ridicule colleges for requiring students to learn the ancient languages."

"'America had not yet produced one good poet.' When we shall have existed as a people as long as the Greeks did before they produced a Homer, the Romans a Virgil, the French a Racine and Voltaire, the English a Shakespeare and Milton, should this reproach be still true, we will inquire from what unfriendly causes it has proceeded, that the other countries of Europe and quarters of the earth shall not have inscribed any name in the roll of poets. But neither has America produced 'one able mathematician, one man of genius in a single art or a single science.' In war we have produced a Washington, whose memory will be adored while liberty shall have votaries, whose name shall triumph over time, and will in future ages assume its just station among the most celebrated worthies of the world, when that wretched philosophy shall be forgotten which would have arranged him among the degeneracies of nature. In physics we have produced a Franklin, than whom no one of the present age has made more important discoveries, nor has enriched philosophy with more, or more ingenious solutions of the phenomena of nature. We have supposed Mr. Rittenhouse second to no astronomer living: that in genius he must be the first, because he is self-taught. As an artist he has exhibited as great a proof of mechanical genius as the world has ever produced. He has not indeed made a world; but he has by imitation approached nearer its Maker than any man who has lived from the creation to this day."

"See the sage Rittenhonse, with ardent eye, Lift the long tube and pierce the starry sky; Clear in his view the circling systems roll, And broader splendours gild the central pole. He marks what laws th' eccentric wand'rers bind, Copies Creation in his forming mind, And bids, beneath his hand, in semblance rise, With mimic orbs, the labours of the skies. There wond'ring crowds with raptur'd eye behold The spangled heav'ns their mystic maze unfold; While each glad sage his splendid hall shall grace, With all the spheres that cleave th' ethereal space."

"Animals were allowed to have lawyers — even insects. The insects (usually fleas, lice or locusts) had to be given three days' notice before the trial and some representatives brought into court, duly notified, and then freed so they could warn others."

"Very few of the Christians recanted, although an altar with a fire burning on it was generally kept in the arena for their convenience. All a prisoner had to do was scatter a pinch of incense on the flame and he was given a Certificate of Sacrifice and turned free. It was also carefully explained to him that he was not worshiping the emperor; merely acknowledging the divine character of the emperor as head of the Roman state. Still, almost no Christians availed themselves of the chance to escape."

"Maybe it's fate that Hound ate the map. Maybe we'll discover something wonderful while we're lost."

"We wouldn't be lost if Hound hadn't eaten the map, and Hound wouldn't have eaten the map if you hadn't hidden your sandwich in it."

"We'll discover that when I'm in the backseat for too long with my younger sisters, I go insane and murder them."

"Are these signs of hope, or do we deceive ourselves by wishing them to be?"

"No doubt about it," said Coll to Hen Wen. "It is better to be raising things up than smiting things down. And quieter, into the bargain."

""You fail, Death-Lord! You destroy the instrument, but not its music. With all your power you have gained only a broken shell." In that moment, when the harp had been silenced, arose the songs of birds, the chiming of brooks, the humming of wind through grass and leaves; and all these voices took up the strands of melody, more beautiful than before. And the Lord of Death fled in terror of life."

"I see you for what you are, Lord of Death. And I fear you, as all men do. For all that, you are a weak and pitiful king. You can destroy, but never build. You are less than the humblest creature, the frailest blade of grass, for these live, and every moment of their lives is a triumph over you. Your kingdom is dust; only the silent ending of things, never the beginnings."

"Mourn the dead by pitying the living."

"Stones are all right, in their way," said Maibon. "But the trouble with them is, they don't grow."

"...the book told him of other ways of the world; of cruelty, suffering, and death. He read of greed, hatred, and war; of men striving against one another with fire and sword; of the blossoming earth trampled underfoot, of harvests lost and lives cut short ... But now his heart lifted. These pages told not only of death, but of birth as well; how the earth turns in its own time and in its own way gives back what is given to it; how things lost may be found again; and how one day ends for another to begin. He learned that the lives of men are short and filled with pain, yet each one a priceless treasure, whether it be that of a prince or a pig-keeper. And, at the last, the book taught him that while nothing was certain, all was possible."

"And so they lived many happy years, and the promised tasks were accomplished. Yet long afterward, when all had passed away into distant memory, there were many who wondered whether King Taran, Queen Eilonwy, and their companions had indeed walked the earth, or whether they had been no more than dreams in a tale set down to beguile children. And, in time, only the bards knew the truth of it."

"Evil cannot be conquered by wishing."