Ionic Quotes

When he chose to take a walk it was with a regular step in the entrance hall with its mosaic flooring, or in the circular gallery with its dome supported by twenty red porphyry Ionic columns, and illumined by blue painted windows.

Chemistry, the most molecularly shitty of all subjects, and I don’t mean that ionically.

Cogito Ergo Lego

Ionic is the ‘opposites attract’ chemical bond,

The point is, you and your husband are completely different and yet you still have a strong connection. That’s fine. It’s also ionic.

If Holmes heard me, though, he gave no sign of it. He struggled with the next words. “Like a friendship, when sharing electrons in this way, both atoms become more stable. Their bond is more stable. It’s stronger than an ionic bond. They continue to share electrons, in the same way that people must continue to share experiences, emotions, and intimacy. They require ongoing effort and investment. Covalent bonds are often found in molecules; they allow individual atoms to become more than what they would be on their own.

Suppose a would-be writer can't begin? I really believe there are many excellent writers who have never written because they never could begin. This is especially the case of people of great sensitiveness, or of people of advanced education. Professors suffer most of all from this inhibition. Many of them carry their unwritten books to the grave. They overestimate the magnitude of the task, they overestimate the greatness of the final result. A child in a prep school will write the History of Greece and fetch it home finished after school. "He wrote a fine History of Greece the other day," says his fond father. Thirty years later the child, grown to be a professor, dreams of writing the History of Greece -- the whole of it from the first Ionic invasion of the Aegean to the downfall of Alexandria. But he dreams. He never starts. He can't. It's too big. Anybody who has lived around a college knows the pathos of those unwritten books.

Exciting news,” she said. “Today we’re going to study three different types of chemical bonds: ionic, covalent, and hydrogen. Why learn about bonds? Because when you do you will grasp the very foundation of life. Plus, your cakes will rise.” From homes all over Southern California, women pulled out paper and pencils. “Ionic is the ‘opposites attract’ chemical bond,” Elizabeth explained as she emerged from behind the counter and began to sketch on an easel. “For instance, let’s say you wrote your PhD thesis on free market economics, but your husband rotates tires for a living. You love each other, but he’s probably not interested in hearing about the invisible hand. And who can blame him, because you know the invisible hand is libertarian garbage.” She looked out at the audience as various people scribbled notes, several of which read “Invisible hand: libertarian garbage.” “The point is, you and your husband are completely different and yet you still have a strong connection. That’s fine. It’s also ionic.” She paused, lifting the sheet of paper over the top of the easel to reveal a fresh page of newsprint.

SUPPLEMENTS FOR LONGEVITY ReMag: (Picometer-ionic)150 mg 2–3 times a day and/or Magnesium citrate: 300 mg two times per day Magnesium oil applied to the skin (don’t rub in), 10–20 sprays per day (each spray carries about 20 mg of magnesium). Calcium: dietary and/or bone broth, 700mg (see this page for food lists and this page for bone broth recipe) ReLyte: Mineral-Electrolyte Solution. ½ tsp three times a day Vitamin E as mixed tocopherols: 400 IU daily Vitamin C: 1,000 mg twice per day Vitamin B complex: 2 per day. Food-based, Grown by Nature Vitamin B12: 1,000 mcg intramuscularly weekly Vitamin D, A, and K2 from Blue Ice Royal (fermented cod liver oil and butter oil: 2 capsules per day) Vitamin D: 20 minutes of sun exposure daily if possible Lecithin granules: 2 tbsp per day Flaxseed oil: 1–2 tbsp per day Ginkgo biloba and gotu kola are two herbs that can improve cerebral circulation.

We assume Orwell’s 1984 dystopian nightmare can’t happen here, yet we’ve been narcotized into a more ominous Orwellian somnambulism. We’re inebriated on our own mythology, priapic at our military supremacy, and malleable via our ionic imagery, whether it’s Jesus or the flag. Jacked up on Adderall, Red Bull and patriotism, we only unite in war, tragedy and the Super Bowl. We’ve become style over substance, image over reality, propaganda over truth, and symbol over meaning. We claim to value education, yet mistrust intelligence. Immune to facts, frightened of change, we think magically; magic potions that will heal us, magic diets that will shrink us, and magic beliefs that will save us. And we think all this behavior has been blessed by a big daddy in the sky who lovingly placed us here for profit, guns, and heterosexual marriage. Perhaps evolution is a myth, in that we seem to be devolving. The

DIET FOR LONGEVITY Avoid all junk food and salty, fried, and fatty foods. Stay away from meat, alcohol, coffee, caffeine, and sugar. Check for food sensitivities, particularly wheat and dairy. Therapeutic foods include cilantro, onion, seaweeds, and ginger, which help bind and excrete heavy metals. SUPPLEMENTS FOR LONGEVITY ReMag: (Picometer-ionic)150 mg 2–3 times a day and/or Magnesium citrate: 300 mg two times per day Magnesium oil applied to the skin (don’t rub in), 10–20 sprays per day (each spray carries about 20 mg of magnesium). Calcium: dietary and/or bone broth, 700mg (see this page for food lists and this page for bone broth recipe) ReLyte: Mineral-Electrolyte Solution. ½ tsp three times a day Vitamin E as mixed tocopherols: 400 IU daily Vitamin C: 1,000 mg twice per day Vitamin B complex: 2 per day. Food-based, Grown by Nature Vitamin B12: 1,000 mcg intramuscularly weekly Vitamin D, A, and K2 from Blue Ice Royal (fermented cod liver oil and butter oil: 2 capsules per day) Vitamin D: 20 minutes of sun exposure daily if possible Lecithin granules: 2 tbsp per day Flaxseed oil: 1–2 tbsp per day Ginkgo biloba and gotu kola are two herbs that can improve cerebral circulation.

Ionic is the ‘opposites attract’ chemical bond,” Elizabeth explained as she emerged from behind the counter and began to sketch on an easel. “For instance, let’s say you wrote your PhD thesis on free market economics, but your husband rotates tires for a living. You love each other, but he’s probably not interested in hearing about the invisible hand. And who can blame him, because you know the invisible hand is libertarian garbage.” She looked out at the audience as various people scribbled notes, several of which read “Invisible hand: libertarian garbage.” “The point is, you and your husband are completely different and yet you still have a strong connection. That’s fine. It’s also ionic.” She paused, lifting the sheet of paper over the top of the easel to reveal a fresh page of newsprint. “Or perhaps your marriage is more of a covalent bond,” she said, sketching a new structural formula. “And if so, lucky you, because that means you both have strengths that, when combined, create something even better. For example, when hydrogen and oxygen combine, what do we get? Water—or H2O as it’s more commonly known. In many respects, the covalent bond is not unlike a party—one that’s made better thanks to the pie you made and the wine he brought. Unless you don’t like parties—I don’t—in which case you could also think of the covalent bond as a small European country, say Switzerland. Alps, she quickly wrote on the easel, + a Strong Economy = Everybody Wants to Live There. In a living room in La Jolla, California, three children fought over a toy dump truck, its broken axle lying directly adjacent to a skyscraper of ironing that threatened to topple a small woman, her hair in curlers, a small pad of paper in her hands. Switzerland, she wrote. Move. “That brings us to the third bond,” Elizabeth said, pointing at another set of molecules, “the hydrogen bond—the most fragile, delicate bond of all. I call this the ‘love at first sight’ bond because both parties are drawn to each other based solely on visual information: you like his smile, he likes your hair. But then you talk and discover he’s a closet Nazi and thinks women complain too much. Poof. Just like that the delicate bond is broken. That’s the hydrogen bond for you, ladies—a chemical reminder that if things seem too good to be true, they probably are.” She walked

You wouldn’t know an Ionic entablature if it bit you on your portico.

The grand temples of Greece were built either of stone or of marble. As a general rule they are set on a platform to which a long flight of steps lead up, and are enclosed within an outer wall or a continuous colonnade. Their plan is extremely simple: a parallelogram, formed in some cases entirely of columns, in others with walls at the side and columns at the ends only, encloses a second and considerably smaller pillared space known as the cella or naos, that enshrined the image of the god to whom the building was dedicated, and was entered from a pronaos or porch, and with a posticum or back space behind it, sometimes supplemented by a kind of second cella called the opisthodomus or back temple. The front columns at either end are spanned by horizontal beams that uphold a sloping gable called a pediment, the flat, three-cornered surface of which is generally adorned with sculpture in bas-relief, and along the side-columns is placed what is known as the entablature, that consists of three parts, the architrave resting on the capitals of the columns, the frieze above it and the cornice, the last of which sustains the flat roof, usually covered with tiles or marble copies of tiles. Greek architecture is generally divided into three groups or orders: the Doric, Ionic, and Corinthian, each of which, though the buildings belonging to them resemble each other in general plan, is distinguished by certain peculiarities of the columns and entablatures. The Doric was the earliest to be employed, but the Ionic, that early succeeded it, was long used simultaneously with it, sometimes even in the same building, whilst the Corinthian did not come into use until considerably later.

the Doric order the column has no separate base, but rises direct from the top step of the platform on which the building it belongs to stands. It is of massive form and has what is known as an entasis or slightly convex surface, it is generally fluted, that is to say, cut into parallel perpendicular channels, several rings called annulets connecting it with the capital, which consists of an echinus or rounded moulding and an abacus or unrounded slab resting on the echinus. The Doric entablature is equally simple, the architrave being perfectly plain, whilst the frieze is adorned with triglyphs or three upright projections with grooves between them, set at equal distances from each other, the spaces separating them, known as metopes, being as a rule enriched with fine sculptures of figure subjects. The frieze is connected with the cornice by narrow bands called mutules resting on the triglyphs and metopes, and the cornice itself has a plain lower band known as the corona, surmounted by more or less decorated courses of stone or marble. The Ionic and Corinthian orders are alike characterised by lightness and grace rather than massiveness and simplicity. In both, the columns, instead of rising direct from the platform, have a complex base consisting of a number of circular mouldings above another, the fluted shafts are comparatively slim and tapering, and the channels in them are divided by spaces called fillets. In the Ionic order the flat abacus of the Doric capital is replaced by two coiled volutes projecting beyond the echinus on either side, and the horizontal portion between the volutes is surmounted by finely carved leaf mouldings. The Corinthian order is specially distinguished by the ornate decoration of the capitals, that represent calices of flowers and leaves, chiefly those of the acanthus, arranged so as to point upwards and curve outwards in much the same style as they do in nature. The architrave in both the Ionic and the Corinthian orders consists of plain slabs, but the frieze—which is not divided as in Doric buildings into triglyphs and metopes—is in nearly every case enriched with a series of beautiful figure

The Parthenon was 228 feet long by 101 broad, and 64 feet high; the porticoes at each end had a double row of eight columns; the sculptures in the pediments were in full relief, representing in the eastern the Birth of Athene, and in the western the Struggle between that goddess and Poseidon, whilst those on the metopes, some of which are supposed to be from the hand of Alcamenes, the contemporary and rival of Phidias, rendered scenes from battles between the Gods and Giants, the Greeks and the Amazons, and the Centaurs and Lapithæ. Of somewhat later date than the Parthenon and resembling it in general style, though it is very considerably smaller, is the Theseum or Temple of Theseus on the plain on the north-west of the Acropolis, and at Bassæ in Arcadia is a Doric building, dedicated to Apollo Epicurius and designed by Ictinus, that has the peculiarity of facing north and south instead of, as was usual, east and west. Scarcely less beautiful than the Parthenon itself is the grand triple portico known as the Propylæa that gives access to it on the western side. It was designed about 430 by Mnesicles, and in it the Doric and Ionic styles are admirably combined, whilst in the Erectheum, sacred to the memory of Erechtheus, a hero of Attica, the Ionic order is seen at its best, so delicate is the carving of the capitals of its columns. It has moreover the rare and distinctive feature of what is known as a caryatid porch, that is to say, one in which the entablature is upheld by caryatides or statues representing female figures. Other good examples of the Ionic style are the small Temple of Niké Apteros, or the Wingless Victory, situated not far from the Propylæa and the Parthenon of Athens, the more important Temple of Apollo at Branchidæ near Miletus, originally of most imposing dimensions, and that of Artemis at Ephesus, of which however only a few fragments remain in situ. Of the sacred buildings of Greece in which the Corinthian order was employed there exist, with the exception of the Temple of Jupiter at Athens already referred to, but a few scattered remains, such as the columns from Epidaurus now in the Athens Museum, that formed part of a circlet of Corinthian pillars within a Doric colonnade. In the Temple of Athena Alea at Tegea, designed by Scopas in 394, however, the transition from the Ionic to the Corinthian style is very clearly illustrated, and in the circular Monument of Lysicrates, erected in 334 B.C. to commemorate the triumph of that hero's troop in the choric dances in honour of Dionysos, and the Tower of the Winds, both at Athens, the Corinthian style is seen at its best. In addition to the temples described above, some remains of tombs, notably that of the huge Mausoleum at Halicarnassus in memory of King Mausolus, who died in 353 B.C., and several theatres, including that of Dionysos at Athens, with a well-preserved one of larger size at Epidaurus, bear witness to the general prevalence of Doric features in funereal monuments and secular buildings, but of the palaces and humbler dwelling-houses in the three Greek styles, of which there must have been many fine examples, no trace remains. There is however no doubt that the Corinthian style was very constantly employed after the power of the great republics had been broken, and the Oriental taste for lavish decoration replaced the love for austere simplicity of the virile people of Greece and its dependencies. CHAPTER III

■ Mineral and growth factor storage. Bone is a reservoir for minerals, most importantly calcium and phosphate. The stored minerals are released into the bloodstream in their ionic form as needed for distribution to all parts of the body. Indeed, “deposits” and “withdrawals” of minerals to and from the bones go on almost continuously. Additionally, mineralized bone matrix stores important growth factors.

They drove into the residential area. The houses no longer looked the same to him. Whereas he would have categorized them as sort of humble in their opulence before—just big and grand and enough, not unwieldy in their extravagance, now they were a carnival show. The Craftsmans and Colonials and Federalists and Tudors of his youth were still there, but every third one had been razed to make way for something that looked like either a Frankenstein of architectural indecision or an effigy of an important building in another country: a huge expanse of a house that looked like an Italian palazzo or an English castle or the Taj Mahal or a Spanish villa made by someone who had only heard of those things but had never actually seen them. Or a mixed-media half-Tudor half-midcentury-modern disaster complete with a Texan ziggurat and a turret that made no sense. And the scale! Each lot of land in Middle Rock was inherently generous; the town code stated that houses have to sit on at least half an acre. The lots were still the same size, but now those houses were so large they encroached on the neighboring property lines. And the details were just atrocious: curling wrought-iron gates and shutters that couldn’t possibly work and stone-ish siding and my god, the columns: Corinthian, Doric, Ionic, tragic. Now here is a separate paragraph just for the doors. The doors on these homes were huge, at least two whole people high, like they led into a king’s chambers or the palace of an ancient ruin.

I pluck the package of yuzu gummies from Eriku's palm and pop one in my mouth. "Umai!" I moan. "Now I know where all your energy comes from." I am fueled by sugar and love. The rest of the afternoon, I eat yuzu gummies, and by the end of our session, I know the ins and outs of ionic, metallic, and covalent bonds. After that, he brings a new sweet every day. "It will help with your memory," he asserts. "Scents and flavors create specialized neurological pathways." He flips open a textbook. "Today is Tokyo Banana and intermolecular force." It goes on. Meito Cola Mochi Candy paired with changes of substances. Hokkaido melon with mascarpone-cheese-flavored Kit Kats and inorganic chemistry. We finish with Eiwa coffee-flavored marshmallows and organic chemistry.

All " knowing" of Nature, even the exactest, is based on a religious faith. The pure mechanics that the physicist has set before himself as the end-form to which it is his task (and the purpose of all this imaginationmachinery) to reduce Nature, presupposes a dogma — namely, the religious world-picture of the Gothic centuries. For it is from this world-picture that the physics peculiar to the Western intellect is derived. There is no science that is without unconscious presuppositions of this kind, over which the researcher has no control and which can be traced back to the earliest days of the awakening Culture. There is no Natural science without a precedent Religion. In this point there is no distinction between the Catholic and the Materialistic views of the world — both say the same thing in different words. Even atheistic science has religion; modern mechanics exactly reproduces the contemplativeness of Faith. When the Ionic reaches its height in Thales or the Baroque in Bacon, and man has come to the urban stage of his career, his self-assurance begins to look upon critical science, in contrast to the more primitive religion of the countryside, as the superior attitude towards things, and, holding as he thinks the only key to real knowledge, to explain religion itself empirically and psychologically — in other words, to "conquer" it with the rest. Now, the history of the higher Cultures shows that "science" is a transitory spectacle, belonging only to the autumn and winter of their life-course.

But the knowledge that Filippo sought to uncover was unique. In calculating the proportions of columns and pediments he determined the measurements specific to the three architectural orders (Doric, Ionic, and Corinthian) that had been invented by the Greeks and then imitated and refined by the Romans. These orders were governed by precise mathematical ratios, a series of proportional rules that regulated aesthetic effect. The height of a Corinthian entablature, for example, is a quarter of the height of the columns on which it stands, while the height of each column is ten times its diameter, and so forth. Numerous examples of these three orders existed in Rome in the early 1400s. The columns in the Baths of Diocletian are Doric, for instance, while those at the Temple of Fortuna Virilis feature the Ionic, and the portico of the Pantheon the Corinthian. The Colosseum makes use of all three: Doric on the lowest level, Ionic on the second, and Corinthian at the top.

a pyramid—a triangle. In Nashville, a full-scale version of the Parthenon has been rebuilt; we will use an image of this structure to demonstrate this architectural evolution from Egyptian to Roman architecture. In this image, look for the pyramid—triangle—which is to this day supported by ‘Jacob’s Pillars’ : image. Jacob’s architectural ‘pillar’ element evolved through Greek and Roman times into an architectural ‘order’ whose components, the Doric, Ionic, and later Corinthian, Orders were

Getting out his electro-whip, Alex leapt several meters backwards, and then struck out with his whip, which wrapped around Azazel’s left arm. Then he pressed a button on the handle. The whip coiled around the arm, tighter and tighter, until not even Azazel could pry it off, though that didn’t stop his opponent from trying. “What kind of weapon is this?!” “Ha-ha-ha! How do you like my electro-whip?” Alex couldn’t help but gloat. “It contains a pulse field generator that I can use to create a combination of different effects. Right now it’s being used as a magnet. Your adamantine suit might not be a known alloy to humanity, but it’s clearly made of similar ionic bonds, which means you’re now trapped.” His electro-whip didn’t just shock things. He could change the settings based on what effect he wanted, whether that was zapping people with electricity or bonding alloys together through magnetism. “So you say, but you seem to have forgotten something.” “What’s that?” “I am an Angelisian, and we’re well-known for being some of the strongest beings in the galaxy. Our physical strength is second to none. We can lift and throw several tons without breaking a sweat.” Azazel’s smile made Alex feel like someone had dropped a lead ball in his gut. “How much do you think you weigh?” “Um, about seventy-nine kilograms… oh crap!” “ARGG!” “WAAAAHHH!

Viewed from a suitable height, the aggregating clusters of medical scientists in the bright sunlight of the boardwalk at Atlantic City, swarmed there from everywhere for the annual meetings, have the look of assemblages of social insects. There is the same vibrating, ionic movement, interrupted by the darting back and forth of jerky individuals to touch antennae and exchange small bits of information; periodically, the mass casts out, like a trout-line, a long single file unerringly toward Childs’s. If the boards were not fastened down, it would not be a surprise to see them put together a nest of sorts. It is permissible to say this sort of thing about humans. They do resemble, in their most compulsively social behavior, ants at a distance. It is, however, quite bad form in biological circles to put it the other way round, to imply that the operation of insect societies has any relation at all to human affairs.

What happened with salt is not that it was displaced by a superior ionic compound. It was displaced by a superior system. The same thing is happening with oil.

In the last third of his life, there came over Laszlo Jamf [...] a hostility, a strangely personal hatred, for the covalent bond. A conviction that, for synthetics to have a future at all, the bond must be improved on–some students even read "transcended." That something so mutable, so soft, as a sharing of electrons by atoms of carbon should lie at the core of life, his life, struck Jamf as a cosmic humiliation. Sharing? How much stronger, how everlasting was the ionic bond–where electrons are not shared, but captured. Seized! and held! polarized plus and minus, these atoms, no ambiguities . . . how he came to love that clarity: how stable it was, such mineral stubbornness!

I’m relieved to see that even brilliant physicists make mistakes.” Kohler looked over. “What do you mean?” “Whoever wrote that note made a mistake. That column isn’t Ionic. Ionic columns are uniform in width. That one’s tapered. It’s Doric—the Greek counterpart. A common mistake.” Kohler did not smile. “The author meant it as a joke, Mr. Langdon. Ionic means containing ions—electrically charged particles. Most objects contain them.

Ionic is the ‘opposites attract’ chemical bond,” Elizabeth explained as she emerged from behind the counter and began to sketch on an easel. “For instance, let’s say you wrote your PhD thesis on free market economics, but your husband rotates tires for a living. You love each other, but he’s probably not interested in hearing about the invisible hand. And who can blame him, because you know the invisible hand is libertarian garbage.” She looked out at the audience as various people scribbled notes, several of which read “Invisible hand: libertarian garbage.” “The point is, you and your husband are completely different and yet you still have a strong connection. That’s fine. It’s also ionic.

The State Library of NSW rises in front of her, a sandstone behemoth. With its sweeping entrance and ionic columns, it brings to mind an ancient temple, erected to honor the gods. Inside the foyer, the atmosphere is suitably reverent. The spines of countless books glimmer from the shelves, catching the sun that pours in from the skylight. She breathes in the smell of dust and old paper, draws strength from it.