By such methods, the A.A. intends to make occult science as systematic and scientific as chemistry; to rescue it from the ill repute which, thanks both to the ignorant and dishonest quacks that have prosituted its name, and to the fanatical and narrow-minded enthusiasts that have turned it into a fetish, has made it an object of aversion to those very minds whose enthusiasm and integrity make them most in needs of its benefits, and most fit to obtain them.
The mixtures of spiritual chemistry refuse to be analysed.
Where there is compassion even the most poisonous impulses remain relatively harmless. One would rather see the world run by men who set their hearts on toys but are accessible to pity, than by men animated by lofty ideals whose dedication makes them ruthless. In the chemistry of man's soul, almost all noble attributes — courage, honor, hope, faith, duty, loyalty, etc. — can be transmuted into ruthlessness. Compassion alone stands apart from the continuous traffic between good and evil proceeding within us.
Organic chemistry is the chemistry of carbon compounds. Biochemistry
Medicine was the foster-mother of Chemistry, because it has to do with the preparation of drugs and the detection of poisons; of Botany, because it enabled the physician to recognise medicinal herbs; of Comparative Anatomy and Physiology, because the man who studied Human Anatomy and Physiology for purely medical purposes was led to extend his studies to the rest of the animal world.
If it smells it's chemistry, if it crawls it's biology, if it doesn't work
All theoretical chemistry is really physics; and all theoretical chemists
~Science.~--They may say what they like; everything is organized matter. The tree is the first link of the chain, man is the last. Men are young, the earth is old. Vegetable and animal chemistry are still in their infancy. Electricity, galvanism,--what discoveries in a few years!--_Napoleon._
Gravitation cannot be held responsible for people falling in love. How on earth can you explain in terms of chemistry and physics so important a biological phenomenon as first love? Put your hand on a stove for a minute and it seems like an hour. Sit with that special girl for an hour and it seems like a minute. That's relativity.
Nothing can be more incorrect than the assumption one sometimes meets with, that physics has one method, chemistry another, and biology a third.
James McNeill Whistler's (painter of "Whistler's Mother") failure in his West Point chemistry examination once provoked him to remark in later life, "If silicon had been a gas, I should have been a major general."
Organic chemistry is the chemistry of carbon compounds. Biochemistry is the study of carbon compounds that crawl. -- Mike Adams
All theoretical chemistry is really physics; and all theoretical chemists know it. -- Richard P. Feynman
It is now quite lawful for a Catholic woman to avoid pregnancy by a resort to mathematics, though she is still forbidden to resort to physics and chemistry. -- H. L. Mencken
-- Augustus Stanley Owsley III
I know th'MAMBO!! I have a TWO-TONE CHEMISTRY SET!!
What is involved in such [close] relationships is a form of emotional
conditions nothing so simple as a choice between the poles of attraction and
repulsion. You can meet some people thirty, forty times down the years, and
they remain amiable bystanders, like the shore lights of towns that a sailor
passes at stated times but never calls at on the regular run. Conversely,
all considerations of sex aside, you can meet some other people once or twice
and they remain permanent influences on your life.
Everyone is aware of this discrepancy between the acquaintance seen
as familiar wallpaper or instant friend. The chemical action it entails is
less worth analyzing than enjoying. At any rate, these six pieces are about
men with whom I felt an immediate sympat - to use a coining of Max Beerbohm's
more satisfactory to me than the opaque vogue word "empathy".
-- Alistair Cooke, "Six Men"
If it smells it's chemistry, if it crawls it's biology, if it doesn't work it's physics.
"There is nothing so deadly as not to hold up to people the opportunity to do great and wonderful things, if we wish to stimulate them in an active way." -- Dr. Harold Urey, Nobel Laureate in chemistry</p>
"Athens built the Acropolis. Corinth was a commercial city, interested in purely materialistic things. Today we admire Athens, visit it, preserve the old temples, yet we hardly ever set foot in Corinth." -- Dr. Harold Urey, Nobel Laureate in chemistry</p>
The feeling persists that no one can simultaneously be a respectable writer and understand how a refrigerator works, just as no gentleman wears a brown suit in the city. Colleges may be to blame. English majors are encouraged, I know, to hate chemistry and physics, and to be proud because they are not dull and creepy and humorless and war-oriented like the engineers across the quad. And our most impressive critics have commonly been such English majors, and they are squeamish about technology to this very day. So it is natural for them to despise science fiction. -- Kurt Vonnegut Jr., "Science Fiction"
Basic Definitions of Science: If it's green or wiggles, it's biology. If it stinks, it's chemistry. If it doesn't work, it's physics.
The young men wished to decline, but they could find no good reason for refusing an offer which was so agreeable to them. The Count of Monte Cristo remained a quarter of an hour with them, conversing on all subjects with the greatest ease. He was, as we have already said, perfectly well acquainted with the literature of all countries. A glance at the walls of his salon proved to Franz and Albert that he was a connoisseur of pictures. A few words he let fall showed them that he was no stranger to the sciences, and he seemed much occupied with chemistry. The two friends did not venture to return the count the breakfast he had given them; it would have been too absurd to offer him in exchange for his excellent table the very inferior one of Signor Pastrini. They told him so frankly, and he received their excuses with the air of a man who appreciated their delicacy. Albert was charmed with the count's manners, and he was only prevented from recognizing him for a perfect gentleman by reason of his varied knowledge. The permission to do what he liked with the carriage pleased him above all, for the fair peasants had appeared in a most elegant carriage the preceding evening, and Albert was not sorry to be upon an equal footing with them. At half-past one they descended, the coachman and footman had put on their livery over their disguises, which gave them a more ridiculous appearance than ever, and which gained them the applause of Franz and Albert. Albert had fastened the faded bunch of violets to his button-hole. At the first sound of the bell they hastened into the Corso by the Via Vittoria. At the second turn, a bunch of fresh violets, thrown from a carriage filled with harlequins, indicated to Albert that, like himself and his friend, the peasants had changed their costume, also; and whether it was the result of chance, or whether a similar feeling had possessed them both, while he had changed his costume they had assumed his.
"The highest wisdom is not founded on reason alone, not on those worldly sciences of physics, history, chemistry, and the like, into which intellectual knowledge is divided. The highest wisdom is one. The highest wisdom has but one science--the science of the whole--the science explaining the whole creation and man's place in it. To receive that science it is necessary to purify and renew one's inner self, and so before one can know, it is necessary to believe and to perfect one's self. And to attain this end, we have the light called conscience that God has implanted in our souls."
"By chemists and persons who have a taste for chemistry," said Monte Cristo carelessly.
When this same Matthew was mentioned, Miss Havisham stopped me and herself, and stood looking at the speaker. This change had a great influence in bringing Camilla's chemistry to a sudden end.
"I am happy," said M. Waldman, "to have gained a disciple; and if your application equals your ability, I have no doubt of your success. Chemistry is that branch of natural philosophy in which the greatest improvements have been and may be made; it is on that account that I have made it my peculiar study; but at the same time, I have not neglected the other branches of science. A man would make but a very sorry chemist if he attended to that department of human knowledge alone. If your wish is to become really a man of science and not merely a petty experimentalist, I should advise you to apply to every branch of natural philosophy, including mathematics." He then took me into his laboratory and explained to me the uses of his various machines, instructing me as to what I ought to procure and promising me the use of his own when I should have advanced far enough in the science not to derange their mechanism. He also gave me the list of books which I had requested, and I took my leave.
So saying, he stepped aside and wrote down a list of several books treating of natural philosophy which he desired me to procure, and dismissed me after mentioning that in the beginning of the following week he intended to commence a course of lectures upon natural philosophy in its general relations, and that M. Waldman, a fellow professor, would lecture upon chemistry the alternate days that he omitted.
"Upon hearing the frantic project of their leader, each in his own separate soul had suddenly lighted, it would seem, upon the same piece of treachery, namely: to be foremost in breaking out, in order to be the first of the three, though the last of the ten, to surrender; and thereby secure whatever small chance of pardon such conduct might merit. But when Steelkilt made known his determination still to lead them to the last, they in some way, by some subtle chemistry of villany, mixed their before secret treacheries together; and when their leader fell into a doze, verbally opened their souls to each other in three sentences; and bound the sleeper with cords, and gagged him with cords; and shrieked out for the Captain at midnight.
"Moliere or Beaumarchais would reply to you, madame, that it was precisely because I was not, that I had cured my patients; for myself, I am content to say to you that I have studied chemistry and the natural sciences somewhat deeply, but still only as an amateur, you understand."--At this moment the clock struck six. "It is six o'clock," said Madame de Villefort, evidently agitated. "Valentine, will you not go and see if your grandpapa will have his dinner?" Valentine rose, and saluting the count, left the apartment without speaking.
"No, madame, I did not say as much as that," replied the count with a smile; "quite the contrary. I have studied chemistry because, having determined to live in eastern climates I have been desirous of following the example of King Mithridates."
From this day natural philosophy, and particularly chemistry, in the most comprehensive sense of the term, became nearly my sole occupation. I read with ardour those works, so full of genius and discrimination, which modern inquirers have written on these subjects. I attended the lectures and cultivated the acquaintance of the men of science of the university, and I found even in M. Krempe a great deal of sound sense and real information, combined, it is true, with a repulsive physiognomy and manners, but not on that account the less valuable. In M. Waldman I found a true friend. His gentleness was never tinged by dogmatism, and his instructions were given with an air of frankness and good nature that banished every idea of pedantry. In a thousand ways he smoothed for me the path of knowledge and made the most abstruse inquiries clear and facile to my apprehension. My application was at first fluctuating and uncertain; it gained strength as I proceeded and soon became so ardent and eager that the stars often disappeared in the light of morning whilst I was yet engaged in my laboratory.
"Yes," I answered, laughing. "It was a singular document. Philosophy, astronomy, and politics were marked at zero, I remember. Botany variable, geology profound as regards the mud-stains from any region within fifty miles of town, chemistry eccentric, anatomy unsystematic, sensational literature and crime records unique, violin-player, boxer, swordsman, lawyer, and self-poisoner by cocaine and tobacco. Those, I think, were the main points of my analysis."
And as the undefinable essence of the force moving the heavenly bodies, the undefinable essence of the forces of heat and electricity, or of chemical affinity, or of the vital force, forms the content of astronomy, physics, chemistry, botany, zoology, and so on, just in the same way does the force of free will form the content of history. But just as the subject of every science is the manifestation of this unknown essence of life while that essence itself can only be the subject of metaphysics, even the manifestation of the force of free will in human beings in space, in time, and in dependence on cause forms the subject of history, while free will itself is the subject of metaphysics.
"That I am sorry to lose God? It's chemistry, brother, chemistry! There's no help for it, your reverence, you must make way for chemistry. And Rakitin does dislike God. Ough! doesn't he dislike Him! That's the sore point with all of them. But they conceal it. They tell lies. They pretend. 'Will you preach this in your reviews?' I asked him. 'Oh, well, if I did it openly, they won't let it through,' he said. He laughed. 'But what will become of men then?' I asked him, 'without God and immortal life? All things are lawful then, they can do what they like?' 'Didn't you know?' he said laughing, 'a clever man can do what he likes,' he said. 'A clever man knows his way about, but you've put your foot in it, committing a murder, and now you are rotting in prison.' He says that to my face! A regular pig! I used to kick such people out, but now I listen to them. He talks a lot of sense, too. Writes well. He began reading me an article last week. I copied out three lines of it. Wait a minute. Here it is."
Partly from curiosity and partly from idleness, I went into the lecturing room, which M. Waldman entered shortly after. This professor was very unlike his colleague. He appeared about fifty years of age, but with an aspect expressive of the greatest benevolence; a few grey hairs covered his temples, but those at the back of his head were nearly black. His person was short but remarkably erect and his voice the sweetest I had ever heard. He began his lecture by a recapitulation of the history of chemistry and the various improvements made by different men of learning, pronouncing with fervour the names of the most distinguished discoverers. He then took a cursory view of the present state of the science and explained many of its elementary terms. After having made a few preparatory experiments, he concluded with a panegyric upon modern chemistry, the terms of which I shall never forget: "The ancient teachers of this science," said he, "promised impossibilities and performed nothing. The modern masters promise very little; they know that metals cannot be transmuted and that the elixir of life is a chimera but these philosophers, whose hands seem only made to dabble in dirt, and their eyes to pore over the microscope or crucible, have indeed performed miracles. They penetrate into the recesses of nature and show how she works in her hiding-places. They ascend into the heavens; they have discovered how the blood circulates, and the nature of the air we breathe. They have acquired new and almost unlimited powers; they can command the thunders of heaven, mimic the earthquake, and even mock the invisible world with its own shadows."
"And the more, madame," said Monte Cristo, "as the Orientals do not confine themselves, as did Mithridates, to make a cuirass of his poisons, but they also made them a dagger. Science becomes, in their hands, not only a defensive weapon, but still more frequently an offensive one; the one serves against all their physical sufferings, the other against all their enemies. With opium, belladonna, brucaea, snake-wood, and the cherry-laurel, they put to sleep all who stand in their way. There is not one of those women, Egyptian, Turkish, or Greek, whom here you call 'good women,' who do not know how, by means of chemistry, to stupefy a doctor, and in psychology to amaze a confessor."
Inorganic chemistry is concerned with the descriptive study of the elements and their compounds, except those of carbon. Reference should be made to the separate articles on the different elements and the more important compounds for their preparation, properties and uses. In this article the development of this branch of the science is treated historically. Entry: III
BUCKLAND, WILLIAM (1784-1856), English divine and geologist, eldest son of the Rev. Charles Buckland, rector of Templeton and Trusham, in Devon, was born at Axminster on the 12th of March 1784. He was educated at the grammar school of Tiverton, and at Winchester, and in 1801 was elected a scholar of Corpus Christi College, Oxford, becoming B.A. in 1804. In 1809 he was elected a fellow of his college, and was admitted into holy orders. From early boyhood he had exhibited a strong taste for natural science, which was subsequently stimulated by the lectures of Dr John Kidd on mineralogy and chemistry; and his attention was especially drawn to the then infant science of geology. He also attended the lectures of Sir Christopher Pegge (1765-1822) on anatomy. He now devoted himself systematically to an examination of the geological structure of Great Britain, making excursions, and investigating the order of superposition of the strata and the characters of the organic remains which they contained. In 1813, on the resignation of Dr Kidd, he was appointed reader in mineralogy in Oxford; and the interest excited by his lectures was so great that in 1819 a readership in geology was founded and especially endowed by the treasury, Dr Buckland being the first holder of the new appointment. In 1818 Dr Buckland was elected a fellow of the Royal Society, and in 1824 and again in 1840 he was chosen president of the Geological Society of London. In 1825 he was presented by his college to the living of Stoke Charity, near Whitchurch, Hants, and in the same year he was appointed by Lord Liverpool to a canonry of the cathedral of Christ Church, Oxford, when the degree of D.D. was conferred upon him. In 1825, also, he married Mary, the eldest daughter of Mr Benjamin Morland of Sheepstead House, near Abingdon, Berks, by whose abilities and excellent judgment he was materially assisted in his literary labours. In 1832 he presided over the second meeting of the British Association, which was then held at Oxford. In 1845 he was appointed by Sir Robert Peel to the vacant deanery of Westminster, and was soon after inducted to the living of Islip, near Oxford, a preferment attached to the deanery. In 1847 he was appointed a trustee in the British Museum; and in 1848 he was awarded the Wollaston medal by the Geological Society of London. In 1849 his health began to give way under the increasing pressure of his multifarious duties; and the later years of his life were overshadowed by a serious illness, which compelled him to live in retirement. He died on the 24th of August 1856, and was buried in a spot which he had himself chosen, in Islip churchyard. Entry: BUCKLAND
EDWARD VII. (ALBERT EDWARD) (1841-1910), king of Great Britain and Ireland, and of the British Dominions beyond the Seas, emperor of India, the eldest son and second child of Queen Victoria and of Albert, prince consort, was born at Buckingham Palace on the 9th of November 1841. He was created prince of Wales and earl of Chester on the 4th of December following, and was baptized on the 25th of January 1842. In his childhood he was educated by the dowager Lady Lyttelton; and in his boyhood successively by the Rev. Henry Mildred Birch, Mr F.W. Gibbes, the Rev. C.F. Tarver and Mr Herbert W. Fisher. He afterwards resided at Edinburgh, studying chemistry in its industrial applications under Professor (afterwards Lord) Playfair at the university; at Christ Church, Oxford; and at Trinity College, Cambridge. In November 1858 he was made a knight of the Garter and a colonel in the army. In 1859 he travelled in Italy and Spain, and in 1860 paid a visit as "Lord Renfrew" to the United States and Canada. Entry: EDWARD
Cavendish's scientific work is distinguished for the wideness of its range and for its extraordinary exactness and accuracy. The papers he himself published form an incomplete record of his researches, for many of the results he obtained only became generally known years after his death; yet in spite of the absence of anything approaching self-advertisement he acquired a very high reputation within his own country and abroad, recognized by the Institute of France in 1803 when it chose him as one of its eight foreign associates. Arsenic formed the subject of his first recorded investigation, on which he was engaged at least as early as 1764, and in 1766 he began those communications to the Royal Society on the chemistry of gases, which are among his chief titles to fame. The first (_Phil. Trans._, 1766) consists of "Three papers containing experiments on Factitious Airs," dealing mostly with "inflammable air" (hydrogen), which he was the first to recognize as a distinct substance, and "fixed air" (carbon dioxide). He determined the specific gravity of these gases with reference to common air, investigated the extent to which they are absorbed by various liquids, and noted that common air containing one part in nine by volume of fixed air is no longer able to support combustion, and that the air produced by fermentation and putrefaction has properties identical with those of fixed air obtained from marble. In the following year he published a paper on the analysis of one of the London pump-waters (from Rathbone Place, Oxford Street), which is closely connected with the memoirs just mentioned, since it shows that the calcareous matter in that water is held in solution by the "fixed air" present and can be precipitated by lime. Electrical studies seem next to have engaged his attention, and in 1771 and 1772 he read to the Royal Society his "Attempt to explain some of the principal phenomena of electricity by an elastic fluid," which was followed in 1775 by an "Attempt to imitate the effects of the Torpedo (a fish allied to the ray)" (_Phil. Trans._, 1776). But these two memoirs contain only a part of the electrical researches he carried out between 1771 and 1781, and many more were found after his death in a number of sealed packets of papers. The contents of these for a long time remained unknown, but ultimately by permission of the duke of Devonshire, to whom they belonged, they were edited by James Clerk Maxwell and published in 1879 by the Cambridge University Press as the _Electrical Researches of the Hon. Henry Cavendish_. About 1777 or 1778 he resumed his pneumatic inquiries, though he published nothing on the subject till 1783. In that year he described a new eudiometer to the Royal Society and detailed observations he had made to determine whether or not the atmosphere is constant in composition; after testing the air on nearly 60 different days in 1781 he could find in the proportion of oxygen no difference of which he could be sure, nor could he detect any sensible variation at different places. Two papers on "Experiments with Airs," printed in the _Phil. Trans._ for 1784 and 1785, contain his great discoveries of the compound nature of water and the composition of nitric acid. Starting from an experiment, narrated by Priestley, in which John Warltire fired a mixture of common air and hydrogen by electricity, with the result that there was a diminution of volume and a deposition of moisture, Cavendish burnt about two parts of hydrogen with five of common air, and noticed that almost all the hydrogen and about one-fifth of the common air lost their elasticity and were condensed into a dew which lined the inside of the vessel employed. This dew he judged to be pure water. In another experiment he fired, by the electric spark, a mixture of hydrogen and oxygen (dephlogisticated air), and found that the resulting water contained nitric acid, which he argued must be due to the nitrogen present as an impurity in the oxygen ("phlogisticated air with which it [the dephlogisticated air] is debased"). In the 1785 paper he proved the correctness of this supposition by showing that when electric sparks are passed through common air there is a shrinkage of volume owing to the nitrogen uniting with the oxygen to form nitric acid. Further, remarking that little was known of the phlogisticated part of our atmosphere, and thinking it might fairly be doubted "whether there are not in reality many different substances confounded together by us under the name of phlogisticated air," he made an experiment to determine whether the whole of a given portion of nitrogen (phlogisticated air) of the atmosphere could be reduced to nitric acid. He found that a small fraction, not more than 1/120th part, resisted the change, and in this residue he doubtless had a sample of the inert gas argon which was only recognized as a distinct entity more than a hundred years later. His last chemical paper, published in 1788, on the "Conversion of a mixture of dephlogisticated and phlogisticated air into nitrous acid by the electric spark," describes measures he took to authenticate the truth of the experiment described in the 1785 paper, which had "since been tried by persons of distinguished ability in such pursuits without success." It may be noted here that, while Cavendish adhered to the phlogistic doctrine, he did not hold it with anything like the tenacity that characterized Priestley; thus, in his 1784 paper on "Experiments on Air," he remarks that not only the experiments he is describing, but also "most other phenomena of nature seem explicable as well, or nearly as well," upon the Lavoisierian view as upon the commonly believed principle of phlogiston, and he goes on to give an explanation in terms of the antiphlogistic hypothesis. Entry: CAVENDISH