A bark is a sailing vessel with three masts. The three large British White Star liners "Titanic," "Olympic" and "Britannic" were the largest ships afloat for over twenty years between 1913 and 1935. Who were The Big Three during World War II?
The THREE FINGER CHALLENGE Is Dividing The Internet!
In the movie Inglorious Bastard’s, the spy, undercover as a German officer, orders another round of whiskey, telling the bartender, “Drei Gläser (three glasses) and holding three fingers up — his index, middle, and ring finger. … A true German would have ordered “three” with the index, middle finger, and thumb extended.
The French also start counting with their thumb for one. For two, they hold up the thumb and index finger. For three, they hold up the thumb, index finger and middle finger. In Costa Rica the three finger ‘OK” sign is used.
One of America’s oldest civil rights organizations has said it does not think the thumb and forefinger “OK” hand gesture is a white supremacist sign.
The Anti-Defamtion League (ADL) issued the clarification after two journalists known to be supporters of Donald Trump made the sign while standing behind the podium at the White House press briefing room.
The two reporters vehemently denied they were either white supremacists or that they were making a sign in support of such views. However, the image of them sparked a storm on social media, with some commentators arguing that the symbol was a way to indicate ‘white power’, as reported by The Independent.
If there is no way in the world to see an atom, then how do we know that the atom is made of protons, electrons, neutrons, the nucleus and the electron cloud?
There are three ways that scientists have proved that these sub-atomic particles exist. They are direct observation, indirect observation or inferred presence and predictions from theory or conjecture.
Scientists in the 1800’s were able to infer a lot about the sub-atomic world from The Periodic Table of Elements by Mendeleyev gave scientists two very important things. The regularity of the table and the observed combinations of chemical compounds prompted some scientists to infer that atoms had regular repeating properties and that maybe they had similar structures.
Other scientists studying the discharge effects of electricity in gasses made some direct discoveries. J.J. Thompson was the first to observe and understand the small particles called electrons. These were called cathode rays because they came from the cathode, or negative electrode, of these discharge tubes. It was quickly learned that electrons could be formed into beams and manipulated into images that would ultimately become television. Electrons could also produce something else. Roentgen discovered X-rays in 1895. His discovery was a byproduct of studying electrons. Protons could also be observed directly as well as ions as “anode” rays. These positive particles made up the other half of the atomic world that the chemists had already worked out. The chemists had measured the mass or weight of the elements. The periodic chart and chemical properties proved that there was an atomic number also. This atomic number was eventually identified as the charge of the nucleus or the number of electrons surrounding an atom which is almost always found in a neutral, or balanced, state.
Rutherford proved in 1911, that there was a nucleus. He did this directly by shooting alpha particles at other atoms, like gold, and observing that sometimes they bounced back the way they came. There was no way this could be explained by the current picture of the atom which was thought to be a homogeneous mix. Rutherford proved directly by scattering experiments that there was something heavy and solid at the center. The nucleus was discovered. For about 20 years the nucleus was thought to consist of a number of protons to equal the atomic weight and some electrons to reduce the charge so the atomic number came out right. This was very unsettling to many scientists. There were predictions and conjectures that something was missing.
In 1932 Chadwick found that a heavy neutral particle was emitted by some radioactive atoms. This particle was about the same mass as a proton, but it had a no electric charge. This was the “missing piece” (famous last words). The nucleus could now be much better explained by using neutrons and protons to make up the atomic weight and atomic number. This made much better sense of the atomic world. There were now electrons equal to the atomic number surrounding the nucleus made up of neutrons and protons.
Mr. Roentgen’s x-rays allowed scientists to measure the size of the atom. The x-rays were small enough to discern the atomic clouds. This was done by scattering x-rays from atoms and measuring their size just as Rutherford had done earlier by hitting atoms with other nuclei starting with alpha particles.
The 1930’s were also the time when the first practical particle accelerators were invented and used. These early machines made beams of protons. These beams could be used to measure the size of the atomic nucleus. And the search goes on today. Scientists are still filling in the missing pieces in the elementary particle world. Where will it end? Around about 1890, scientists were lamenting the death of physics and pondering a life reduced to measuring the next decimal point! Discoveries made in the 1890’s proved that the surface had only been scratched.
Each decade of the 1900’s has seen the frontier pushed to smaller and smaller objects. The explosion of knowledge has not slowed down and as each threshold has been passed the amount of new science seems to be greater even as we probe to smaller dimensions. Current theories (if correct) imply that there is even more below the next horizon awaiting discovery
Text Author: Paul Brindza, Experimental Hall A Design Leader
Voices from the Dust Bowl : NPR. Voices from the Dust Bowl In 1940, Charles Todd and Robert Sonkin were hired by the Library of Congress to travel around California and record the lives, stories and music of Dust Bowl refugees.
COLLECTION Voices from the Dust Bowl: the Charles L. Todd and Robert Sonkin Migrant Worker Collection, 1940 to 1941
About this Collection
Voices from the Dust Bowl: The Charles L. Todd and Robert Sonkin Migrant Worker Collection is an online presentation of selections from a multi-format ethnographic field collection documenting the everyday life of residents of Farm Security Administration (FSA) migrant work camps in central California in 1940 and 1941.
The collection as a whole consists of approximately 18 hours of audio recordings (436 titles on 122 recording discs), 28 graphic images (prints and negatives), and 1.5 linear feet of print materials including administrative correspondence, field notes, recording logs, song text transcriptions, dust jackets from the recording discs with handwritten notes, news clippings, publications, and ephemera. This online presentation provides access to a selection of items from this collection including 371 audio titles, 23 graphic images, a sampling of the dust jackets, and all the print material in the collection.
“Cicero, in his treatise concerning the Nature of the Gods, having said that three Jupiters were enumerated by theologians, adds that the third was of Crete, the son of Saturn, and that his tomb is shown in that island.”
The 3 Personas of Donald Trump-Morning Joe MSNBC Oct 2018 MSNBC
A clip from Morning Joe on MSNBC interviewing Anthony Atamanuik on the key to playing Donald Trump in Comedy Central’s The President Show. Anthony reveals:
Physically Trump has three main body postures; act like you have no gravity, keep your arms up, moving and waving all the time, and when you turn crane stiffly like an animal.
Mentally you should abandon all logic, morality, and any sense of order.
His three main personas are Casual Trump, Rally Trump and Prompter Trump.
The Three Types of Trump Voters
“And how worried you should be about each of them.”
Canaries in the Coal Mine
The Apprentices: These folks admire Trump’s celebrity, his certainty, and his bluster. They don’t know much about the issues, so Trump’s habitual lying and refusal to learn the basic details about even a single subject is not something they particularly care about (or understand). He says he can solve the problems. Sounds good. They are, in a way, the voters America deserves. Celebrity-obsessed near-imbeciles who want Trump to win because he’s TV’s best show (although it was a lot funnier before they got rid of Little Marco and replaced him with that fat guy who just stands in the background looking like he’s about to throw up). He’s the show they can’t stop binge-watching. And come on, having Melania as the co-star is a major plus. For these voters, Trump’s presidency will be measured not against history, but against other forms of televised entertainment. And by that standard, there’s little doubt this will be the highest rated show on TV.
Danger Level: The existence of these folks can’t come as much of a surprise. Yes, the awareness of them depresses you every election season, but you can usually repress the bulk of your memories by Thanksgiving, and forget they even exist by Christmas. And fortunately, they can be easily distracted by other shiny objects. Worst case, we need to find someone funnier and with better cutdowns. Think President Jeffrey Ross.
Canaries in the Coal Mine: These folks have watched their fellow Americans on the coasts ride a tech, finance and real estate rocket ship, while their mortgages are underwater, their jobs have gone overseas or been automated, and the awareness of their critical value to the country has been systematically diminished. I’m a coal miner from Wyoming or West Virginia. For generations, my family has been powering America; literally providing the fuel that drove economic revolutions. And now, not only is my business shrinking, I’m being told by all the environmentalists, billionaires, and Hollywood types that my industry has been poisoning the world. That my sacrifices, my hard work and health risks, my father and grandfather, are all part of some historic wrongdoing. You have no damn idea how the rest of your country lives and works. You’re worried about climate change? I’m worried about dinner.
Danger Level: These people actually have a point. They’re just expressing that point through the wrong candidate.
The Enraged: These folks are pissed. You got your black community-organizing president. But then you had to stick it in their faces with the gay marriage, the political correctness, the stories that make our cops look bad and our criminals look like victims. F you and your political correctness, your self-righteousness, your gender BS, your Academy Award racial obsession, your thin skin, your campus trigger warnings, and all that shit about Caitlyn Jenner. This has gone far enough. Close the borders. Build the wall. And let’s remind everyone whose damn country this is. In general, these folks run the gamut from harboring an unconscious negative disposition towards members of certain demographics, to a whole-hearted embrace of good old-fashioned racism. In other words, they fall along a spectrum that runs from Archie Bunker to Benito Mussolini.
Danger Level: Look, I’m not gonna kid you here. Steam is escaping the pot, and it’s not unthinkable that the lid could blow off. And let’s be clear; Mitt Romney and David Brooks are not going to convince these folks with calm, reasoned arguments. You can’t push people to the limit for three decades and then reel them back in with a few speeches. It wasn’t unpredictable that we’d see a backlash to the historic breakthrough of the first black president and the long-overdue adoption of more progressive social values. It’s less predictable how that backlash will play out in the long run.
Few periods of ancient history sum up mathematical precision in quite as dramatic a fashion as Ancient Egypt. Against a rugged landscape of rocky mountains, rolling sand dunes, and the wide emptiness of an endless blue sky, the architects in the Land of the Pharaohs embraced geometric design with a passion by any other civilization.
The Pyramids at Giza remain one of the great architectural wonders of the world, and the giant sculpture of the Sphinx is unrivaled example of the Egyptian ability to represent the natural form within a geometric methodology. Equally interested in the mystical power of numerology were the Ancient Greeks.
With their elegant marble temples and fertile landscapes, the Greeks built a civilization of which the number three was an object of passion. Its legacy has continued to live on as a core element of more modern cultural codes and religions, suggesting that three may be more important to the way that we currently view the world than we necessarily realize.
Building in Threes
The plurality of three offered a sense of balance, order, and geometric precision. This is something that was held with such reverence that it is present at all levels of Ancient Egyptian and Ancient Greek culture and design, including the very fabric of their buildings. Finding opportunities to include representations of the number three was a crucial element of architectural design in Greece. For instance, Doric friezes on temples feature triglyphs, which are a rectangular panel of three vertical lines.
Created by carving two angular channels (known as hemiglyphs), Greek triglyphs are thought to be a recreation of the Egyptian hieroglyph for the number three, which appears as three straight lines ( I I I ). The Doric design is thought to have represented harmony whilst invoking the powerful magic of the pluralism concept, an important consideration for a building as important as a temple.
Still going strong
This design remains popular today, and is a common feature of many modern skills in arts and crafts such as wood carving and metalwork. Museums frequently offer craft workshops and exhibitions exploring the exceptional skill and unique design of classical landscapes.
Such is its legacy that the triglyph is also found in many modern buildings. These include neoclassical buildings, such as those common on Broadway, and also in aspects of quintessentially modern buildings. In a nod to the civilization that gave us Democracy, the Cabinet Room, Roosevelt Room and Independence Hall of t
he White House triglyphs as part of their ceiling moldings.
It would seem that there is something irresistible about this simple representation of the number three that has caused its legacy to live on beyond the lifespan of the civilizations that created it, raising the tantalizing possibility that it will also appear in the landscapes of the distant future.
The power of the triangle
Aside from triglyphs, the number three is found in triangles throughout both Ancient Egyptian and Ancient Greek architecture. Perhaps the most overt three in Ancient Greek architecture is the triangle on the front and back of the Parthenon in Athens. Known as pediments, these triangles are considered to contain some of the finest examples of Doric sculpture, and contained images of the most important moments in the lives of the Olympic triad.
Another example of the triangle, The Great Pyramid of Giza, also features a prominent number three in the form of its three triangular faces. This is part of the complex numerology of the pyramids, the various mathematical elements of which represent the Pythagorean concept of all universal rhythms being modeled from the triangle (three), the square (four), and the pentagon (five).
Again, the triangles in Egypt are closely related to mythology, and deictic triangles in particular. The shortest side of the Pythagorean triangle (known as “Ausar”) corresponds to the Father, the longer side (known as “Auset”) corresponds to the Mother, and the hypotenuse (called “Heru”) is the son.
The power of the triangle became important amongst Ancient alchemists, and was later embraced by Medieval architects. The natural ease with which a triangle can be divided into parts whilst still remaining a whole proved an attractive idea for those who were aiming to explore the fundamental harmony of biological life.
For instance, the Egyptian Alchemical Triangle had three, four, and five divisions for the Father, Mother, and Son sides respectively. The three divisions on the Ausar side represented the three vital principles that formed the known world: salt, sulfur, and mercury, a vital part of the process of the Spirit manifesting as Matter.
The irresistible geometry of the triangle has seen the concept reappear throughout cultures and religions, making it one of the most recognized symbols in the world. Crucial to the Christian realization of the Father, Son, and Spirit trinity, the three-sided polygon also appears in Buddhism as part of the Eye of Consciousness (the so-called “third eye”), as as part of the Sri Yantra of Hinduism.
n a world where consumerism drives a fast-paced life, the importance of the fundamental building blocks of culture and civilization can easily become lost. Three may appear to be a simple number, useful for a quick bit of mental arithmetic or jotting down a phone number, but its historical importance remains all around us in the form of triangles and triglyphs.
From the ancients who truly believed in the mystical power of not simply the number three but also the concept behind it, to the geometric balance that continues to attract architects and designers to its fan club, to its integral role in constructing modern religions, the number three is a part of the ancient world that has refused to succumb to the ravages of time.
Harvard Law School professor Alan Dershowitz shares with his students a strategy for successfully defending cases.
“If the facts are on your side, Dershowitz says, pound the facts into the table. If the law is on your side, pound the law into the table. If neither the facts nor the law are on your side, pound the table.”
Quote Investigator: There is good evidence that Jerome Michael used a version of the saying while teaching, but the adage was in use before he graduated from Columbia Law School. QI has traced it back ninety-nine years and will present selected citations in reverse order.
Created roughly a century apart, the advent of modern Hebrew and the creation of the Metric System bear several striking similarities.
Hebrew exhibits some of the same logical features as does the Metric System. The primary logical structure of Hebrew is the three-letter root system which forms the building blocks of most Hebrew words. Understanding these many roots is not only a fascinating exercise in linguistic exploration, but is a key step in building a Hebrew vocabulary.
For example, the three-letter root samech-fay-resh (ס פ ר) means “to recount,” or “telling,” as in the sense of telling a story. From this root Hebrew derives a delightful group of words:
ס פ ר = Book
ס ו פ ר = Author/writer/scribe
ס פ ר ו ת = Literature
ס פ ר י ה = Library
ס פ ר ן = Librarian
ס פ ר ו ן= Booklet/pamphlet
ח נ ו ת ס פ ר י ם = Bookstore
בּ י ת ס פ ר = School (lit., “House of [the] Book”
ס פ ו ר = Story
ל ס פ ר = To tell
And like the Metric System, Hebrew employs a series of prefixes that are attached to the words they modify:
ה for “The” “This” or “That”
ו for “And”/”And the”
ל for “To/”To the”
בּ for “In/”In the”/”At”
מ or מִן for “From”/”From the”
The logic of Hebrew is that if you can recognize the root in Hebrew, and learn its meaning, then even when you see a word with that three-letter root that you do not know, you can figure that it must have some logical relationship to the base meaning of that root; in the above case any Hebrew word with the three-letter root samech-fay-resh (ס פ ר) will have some relationship to “recounting” or “telling.”
There are three possible geometries of the universe: closed, open and flat from top to bottom. The closed universe is of finite size and, due to its curvature, traveling far enough in one direction will lead back to one’s starting point. The open and flat universes are infinite and traveling in a constant direction will never lead to the same point.
Universe with positive curvature. A positively curved universe is described by elliptic geometry, and can be thought of as a three-dimensional hypersphere, or some other spherical 3-manifold (such as the Poincaré dodecahedral space), all of which are quotients of the 3-sphere.