Three is the first number to which the meaning “all” was given. It is The Triad, being the number of the whole as it contains the beginning, a middle and an end. The power of three is universal and is the tripartide nature of the world as heaven, earth, and waters. It is human as body, soul and spirit.
In the first three numbers, all of the others are synthesized. From the union of oneness and duality (which is its reflection), that is, from triad, proceed all of the other numbers, and from this primordial triangle all figures derive.
There is also, for traditional civilizations, a direct relationship between numbers and letters of the alphabet, to the point where, with many alphabets, numbers were represented by letters, and had no special signs of their own. This is not the case with the early American cultures, which knew no alphabet, but we wish to call attention to this correspondence because not only the alphabetical code, but the numerical one, as well, describe all reality: that is, everything that is numerable or namable–in the sense of “ciphers,” harmonious measures, “proportions”–in sum, the totality of the cosmos, of the knowable.
This threeness or triad, has always been considered sacred–like oneness, duality, and all numbers–by virtue of its very properties and particular attributes. These properties and attributes are manifested in its threefold nature, which of itself is the inevitable expression of a principle, an archetypal fact, that solidifies in a series, as a representation of ideas and energies that materialize in magical, mysterious fashion while obeying precise, universal laws, which the numerical codes and their geometrical correspondences symbolize.
This symbol a triad or trinity. It is a symbol of the unity of body, mind and spirit. The symbol is of universal significance – it is found throughout history and all over the world. It was popularized early in this century by the Russian-born artist, philosopher and scientist Nicholas Roerich. (http://www.roerich.org). It can be interpreted in many different senses: spirit/mind/body in a circle of synthesis; past/present/future enclosed in the ring of eternity; art/science/religion bound in a circle of culture.
The oldest of Indian symbols, Chintamani, the sign of happiness, is composed of this symbol and it can be found in the Temple of Heaven in Beijing. It appears in the Three Treasures of Tibet; on the breast of the Christ in Memling’s famous painting; on the Madonna of Strasbourg; on the shields of the Crusaders and coat of arms of the Templars. It can be seen on the blades of the famous Caucasian swords called “Gurda” and on the swords of Japanese nobility.
It appears as a symbol in several philosophical systems. It can be discovered on the images of Gessar Khan and Rigden Djapo; on the “Tamga” of Timurlane and on the coat of arms of the Popes. It can be seen in the works of ancient Spanish painters and of Titian, and on the ancient ikon of St. Nicholas in Bari and that of St. Sergius and the Holy Trinity. It appears on the coat of arms of the city of Samarkand, on Ethiopian and Coptic antiquities, on the rocks of Mongolia, on Tibetan rings, on Buddhist banners, on the breast ornaments of all the Himalayan countries, and on the pottery of the Neolithic age.
10 JUN, 2020 – 04:06
Fearures, Health and Society Editor
The World Health Organisation (WHO) has published an updated guidance on the use of face masks for control of COVID-19.
In his opening remarks at a media briefing on Covid- 19 last Friday, WHO Director-General Dr Tedros Adhanom Ghebreyesus said the guidance is based on evolving evidence, and provides updated advice on who should wear a mask, when it should be worn and what it should be made of.
He said WHO has developed this guidance through a careful review of all available evidence, and extensive consultation with international experts and civil society groups.
“I wish to be very clear that the guidance we are publishing today is an update of what we have been saying for months: that masks should only ever be used as part of a comprehensive strategy in the fight against COVID.
“Masks on their own will not protect you from COVID-19,” he emphasised.
He said the updated guidance contains new information on the composition of fabric masks, based on academic research requested by WHO.
“Based on this new research, WHO advises that fabric masks should consist of at least three layers of different material. Details of which materials we recommend for each layer are in the guidelines.”
According to the latest guidelines, cloth masks should consist of at least three layers of different materials: an inner layer being an absorbent material like cotton, a middle layer of non-woven materials such as polypropylene (for the filter) and an outer layer, which is a non- absorbent material such as a polyester or a polyester blend.
“Fabric cloths (e.g., nylon blends and 100 percent polyester) when folded into two layers, provides 2-5 times increased filtration efficiency compared to a single layer of the same cloth, and filtration efficiency increases 2-7 times if it is folded into 4 layers. Masks made of cotton handkerchiefs alone should consist of at least 4 layers, but have achieved only 13 percent filtration efficiency. Very porous materials, such as gauze, even with multiple layers will not provide sufficient
By Callum KeownUpdated March 16, 2020 10:29 am ET / Original March 16, 2020 9:58 am ET
When will stocks reach the low and what will the recovery look like?
Credit Suisse said it needed to see three conditions required for a trough in global stocks:
1. Clear-cut fiscal easing in the U.S. — which happened late on Sunday;
2. A peak in daily infection rates
3. A trough in global purchasing managers indexes, which it said could happen in May.
In the severe acute respiratory syndrome crisis, markets bottomed out a week daily new infections hit a peak, the bank’s research analysts said.
“We expect a V-shaped recovery ultimately and would be buyers of equities on a one-year view; we believe markets will rise 15-20% over the next 12 months.
“Historically when we look at exogenous supply-side shocks, markets tend to rise very rapidly from the trough (SARS, Kobe earthquake, Suez, 1987),” they said.
The analysts, led by Andrew Garthwaite, favored stocks in Asia (a commodity-importing region on top of the virus) relative to Europe. In a new realistic worst-case scenario, U.S. earnings would drop 20% and the S&P 500 would fall to 2,200 points, they added.
They also expected “massive” monetary and fiscal stimulus. “This should enable a V-shaped recovery that by the end of 2021 could make up for much of 2020’s lost growth,” they said.
George Will speaking on The Last Word with Lawrence O’Donnell.
George Frederick Will is an American conservative political commentator. He writes regular columns for The Washington Post and provides commentary for NBC News and MSNBC. In 1986, The Wall Street Journal called him “perhaps the most powerful journalist in America,” in a league with Walter Lippmann.
The Late Show with Stephen Colbert 7/24/2019
Steven discovers Robert Mueller III has a nickname. It’s “Bobby Three Sticks”.
Basketball – NCAA History
There are three special names for NCAA College Championship rounds (March Madness).
The tournament starts with sixty-four teams. After the 1st round thirty-two teams remain.
The names begin on the 2nd round:
- Sweet Sixteen (round 2)
- Elite Eight (round 3)
- Final Four (round 4)
At this stage the final two teams play for the NCAA Championship. It’s March Madness!
Dr. James Naismith is known world-wide as the inventor of basketball. He was born in 1861 in Ramsay township, near Almonte, Ontario, Canada. The concept of basketball was born from Naismith’s school days in the area where he played a simple child’s game known as duck-on-a-rock outside his one-room schoolhouse. The game involved attempting to knock a “duck” off the top of a large rock by tossing another rock at it. Naismith went on to attend McGill University in Montreal, Quebec, Canada.
After serving as McGill’s Athletic Director, James Naismith moved on to the YMCA Training School in Springfield, Massachusetts, USA in 1891, where the sport of basketball was born. In Springfield, Naismith was faced with the problem of finding a sport that was suitable for play inside during the Massachusetts winter for the students at the School for Christian Workers.
Naismith wanted to create a game of skill for the students instead of one that relied solely on strength. He needed a game that could be played indoors in a relatively small space. The first game was played with a soccer ball and two peach baskets used as goals. Naismith joined the University of Kansas faculty in 1898, teaching physical education and being a chaplain.
Roosevelt relied heavily on his military advisers, the Joint Chiefs of Staff. They consisted of General of the Army Henry H. Arnold, commanding general of the Army Air Forces; General of the Army George C. Marshall, chief of staff of the Army; Fleet Admiral Ernest J. King, chief of naval operations; and Fleet Admiral William D. Leahy, Roosevelt’s chief of staff. Churchill had a similar advisory body.
The main wartime disagreement among the Big Three concerned an Allied invasion of western Europe. Stalin constantly urged Roosevelt and Churchill to open a second fighting front in western Europe and thus draw German troops from the Soviet front. Both Roosevelt and Churchill supported the idea but disagreed on where and when to invade. The Americans wanted to land in northern France as soon as possible. The British argued that an invasion of France before the Allies were fully prepared would be disastrous. Instead, Churchill favored invading Italy first. His view won out.
Roosevelt and Churchill first met in August 1941 aboard ship off the coast of Newfoundland. They issued the Atlantic Charter, a statement of the postwar aims of the United States and the United Kingdom. After the Japanese attacked Pearl Harbor, Roosevelt and Churchill conferred in Washington, D.C. The two leaders felt that Germany was a nearer and a more dangerous enemy than Japan. They decided to concentrate on defeating Germany first.
In January 1943, Roosevelt and Churchill met in Casablanca, Morocco. They agreed to invade the Mediterranean island of Sicily after driving the Germans and Italians from northern Africa. At the conference, Roosevelt announced that the Allies would accept only unconditional (complete) surrender from the Axis powers. Churchill supported him.
Roosevelt and Churchill first met with Stalin in November 1943 in Teheran, Iran. The Big Three discussed plans for a joint British and American invasion of France in the spring of 1944. They did not meet again until Germany neared collapse. In February 1945, Roosevelt, Churchill, and Stalin gathered at Yalta, a Soviet city on the Crimean Peninsula. They agreed that their countries would each occupy a zone of Germany after the war. France was to occupy a fourth zone. At the Yalta Conference, Stalin pledged to permit free elections in Poland and other countries in eastern Europe after the war. He later broke that pledge. Roosevelt died in April 1945, two months after the Yalta Conference.
The Treaty of Versailles
Rev. Martin Luther King Jr.
I want to use as the subject from which to preach: “The Three Dimensions of a Complete Life.” (All right) You know, they used to tell us in Hollywood that in order for a movie to be complete, it had to be three-dimensional. Well, this morning I want to seek to get over to each of us that if life itself is to be complete, (Yes) it must be three-dimensional. . .
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.
What’s Trending – Backstage Conversations Shira Lazar
Video Sources: Shira Lazar
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