Peruvian legends about plant juice softening stone
Fans of various alternative versions of history, speaking about Inca, and especially about polygonal masonry, urge to discard all these stupid official scientific theories, not to believe Spanish sources and Ink testimonies and legends. They do not like that most often, relying on these sources and archaeological data, historians talk about quite primitive ways of processing stone and the movement of blocks dragged with ropes. In this context, the assumptions of the same people about the use of stone technology softening technology are very funny. The irony is that the whole theory of soft stone stems precisely from Indian legends documented in European sources.
One of the first references to such legends belongs to the American archaeologist, who opened Machu-Picchu, Hayram Bingema.
Modern Peruvians are very fond of talking about the method that the Incas used to perfectly fit the stones to each other. One of the favorite stories is that the Incas knew about the plant, whose juices made the surface of the block so soft that the magnificent fitting was provided by just a few moments of grouting stones treated with these magical plant juice!
Similar stories were recorded by other researchers. Thus, the British traveler was perceived by Harrison Fosett, who disappeared in 1925 in the village of Brazil in search of a lost city, traveling through Bolivia and Peru, wrote about a bird reminding him of a winter -manodist:
... which nests in neat round minks in rocky cliffs by the river. These holes are clearly visible, but it is usually impossible to approach them close. It is strange that their [holes] can only be found where there are birds. Once I expressed surprise at how successfully and conveniently there are recesses for nests, made as neatly, as if they were created using a drill.
"They themselves create these holes" - these words belong to a person who spent a quarter century in the forests. "I saw how they do it many times. I watched the birds bring some leaves in the beaks to the cliff, sit on the rocks like woodpeckers on a tree, rub the leaves on the surface in circular movements. Then they fly away, return with new leaves, they continue to rub the process. After three or four repetitions, they throw leaves and begin to beat this place with their sharp beaks, and, surprisingly, they soon do a round hole in the stone. Then they fly away again and repeat the procedure of rubbing with leaves several times Before you continue to peck. The whole process takes several days, but in the final they create a mink, deep enough to accommodate their nests. I climbed up, looked into one of the holes and, believe me, a person cannot disperse a more accurate deepening. "
Fosset was surprised to ask the narrator if he really believes that the bird's beak could break through the stone, to which he received the following answer:
The woodwood beak pierces hard wood, right? No, I don’t think that a bird can break through a solid rock. I, like everyone who watched these birds, believe that they know plants whose juice softens the stone to a state of soft clay.
Fosset decided that this was a local legend, but then he heard it in other places. Later, he heard a similar story from another Briton, whom he does not call:
My nephew was in the Chuncho region on the Raine River in Peru. When his horse began to limp, he left her on the nearest small farm, five miles from his own, and walked home on foot. The next day, he went to take the horse and cut through the forest, which he had never entered before. It was on horseback riding, high boots and large spurs - not small English, but huge Mexican spurs with a length of four inches and with wheels more than half a crib. These spurs were almost new. When he got to the farm after a exhausting and difficult walking on a thick shrub, he was amazed, discovering that his beautiful spurs disappeared: they were something corroded in such a way that the...
https://www.youtube.com/watch?v=56A41Ws2MFc
The striking similarities in Sanskrit and Russian indicate that during some period of history, the speakers of the two languages lived close together.
When was the last time you had a shot of vodka? Well, next time you have one, remember that this Russian word has its origins in the Vedic Sanskrit word for water – udaka.
The classical Sanskrit word for water is jal and is familiar to most Indians. But the fact that the Russian word for water voda is closer to the Vedic Sanskrit word points to the close – and ancient – kinship between the two languages.
While it is commonly known that both languages belong to the Indo-European family of languages, most people believe the relation between Russian and Sanskrit is as distant as that between Persian and Sanskrit or Latin and Sanskrit. Linguist and author W.R. Rishi writes in his book ‘India & Russia: Linguistic & Cultural Affinity’ that Russian and Sanskrit share a deeper connection.
According to Rishi, the relation between these two languages is very close and correspondence between these two languages is so minute that it cannot be attributed to mere chance. “The facts…lead us to conclude that during some period of history the speakers of Sanskrit and Russian lived close together.”
Rishi points to another feature of the Indo-European languages – the power to form compounds of various words. Such compounds have been carried on from Indo-European to Greek, Sanskrit and Old Church Slavonic.
The origin of the Russian word gorod (Old Slavonic grad) meaning ‘city’ can also be traced. In ancient Russia and in India the cities were built to serve as forts for protection and defence against aggression from an enemy. The corresponding word in Hindi is gadh which means ‘fort’. In modern Russian the suffix grad and in modern Hindi the suffix gadh are used to form names of cities: such as Leningrad (the city of Lenin), Peterograd (the city of Peter) and Bahadurgarh (the city of the brave).
The two languages have two broad similarities. One, Russian is the only European language that shares a strong common grammatical base with Sanskrit.
Secondly, both Russian and Sanskrit are pleasing to the ear. The very name ‘Sanskrit’ means carefully constructed, systematically formed, polished and refined. Colonial era linguist William Jones wrote: “Sanskrit language is of a wonder structure; more perfect than the Greek, more copious than the Latin and more exquisitely refined than either.”
Admirers of Russian are equally liberal with their praise. In a lecture at London University in March 1937, philologist and linguist N.B. Japson said: “It is nevertheless a matter of common experience that a person completely ignorant of Russian, who for the first time hears the language spoken by a native, will voluntarily exclaim: “Why, how melodious Russian sounds.” Novelist Ivan Turgenev wrote: “But it is impossible to believe that a language was not given to a great people.”
Linguist S. Zharnikova writes in Science & Life: “There are many Russian names and words in Russian the origin of which can easily be traced with the help of the Sanskrit language. For example, it is linguistically possible to find traces of the name of the Russian river Volga. Herodotus calls this river by the name of Oaros which can be best explained with the help of the purely Sanskrit word var meaning water.”
What explains the similarities? Vedic Sanskrit was spoken as late as 300 BCE but its antiquity may stretch back thousands of years from that date. Russian may either be the result of ancient Indians taking their language and culture from the banks of the Saraswati river to the banks of the Ob. The discovery of Shiva statues in Central Asia and Russia points to the spread of Hindu culture far beyond the Indian heartland.
There is the other conjecture that Vedic Sanskrit was introduced to India by blond Aryans who originated from southern Russia. This idea is popular with Europea...
https://www.youtube.com/watch?v=nAb5BiAR2X4
Not all the gods in Hinduism were blue-skinned, in fact, only Ram, Vishnu, Krishna - and Krishna was the reincarnation of Vishnu .. and Shiva ..
We know that Lord Shiva was not born blue - but became so as a result of poisoning .. This is important, now I will explain ..
Nowadays we use silver in water-filters because of antibacterial properties of silver ions.
This is not a secret knowledge some people use it for medicinal purposes - for example, in the USA you can buy a colloidal solution of silver.
This is a real photo of a person who overdose colloidal solution of silver for too long - this effect is permanent.
How in ancient India it was possible to obtain a concentrated solution of silver ions without electricity? For example, if you add silver powder to a jug - this will increase the contact area of water and metal hundreds of thousands of times .. and it will get anibacterial proerties.. but if you overdose it, you know what going to happen...
https://www.youtube.com/watch?v=tBRz9UkYZ3E
Y haplogroup R1a is known as the Aryan gene. The Indo Iranian branch of the Indo Europeans who inhabit Iran, Afghanistan, Pakistan and northern India identified themselves as Aryans. Strangely the purest form of Aryans lived and are still living in in Russia and Eastern Europe but they are called as the Slavs.
The Aryans of Iran, Afgh, Pak and Ind are no more pure Aryans as majority of their genes is non Aryan because of further invasions and heavy mixing with the local population. In north India mixing with the local population (the Dravidians) has reduced the proportion of R1a overall to 25%.
Proto-Indo-Iranian speakers, the people who later called themselves 'Aryans' in the Rig Veda and the Avesta, originated in the Sintashta-Petrovka culture (2100-1750 BCE), in the Tobol and Ishim valleys, east of the Ural Mountains. It was founded by pastoralist nomads from the Abashevo culture (2500-1900 BCE), ranging from the upper Don-Volga to the Ural Mountains, and the Poltavka culture (2700-2100 BCE), extending from the lower Don-Volga to the Caspian depression.
The Sintashta-Petrovka culture, associated with R1a-Z93 and its subclades, was the first Bronze Age advance of the Indo-Europeans west of the Urals, opening the way to the vast plains and deserts of Central Asia to the metal-rich Altai mountains. The Aryans quickly expanded over all Central Asia, from the shores of the Caspian to southern Siberia and the Tian Shan, through trading, seasonal herd migrations, and looting raids.
Horse-drawn war chariots seem to have been invented by Sintashta people around 2100 BCE, and quickly spread to the mining region of Bactria-Margiana (modern border of Turkmenistan, Uzbekistan, Tajikistan and Afghanistan). Copper had been extracted intensively in the Urals, and the Proto-Indo-Iranians from Sintashta-Petrovka were exporting it in huge quantities to the Middle East. They appear to have been attracted by the natural resources of the Zeravshan valley for a Petrovka copper-mining colony was established in Tugai around 1900 BCE, and tin was extracted soon afterwards at Karnab and Mushiston. Tin was an especially valued resource in the late Bronze Age, when weapons were made of copper-tin alloy, stronger than the more primitive arsenical bronze. In the 1700's BCE, the Indo-Iranians expanded to the lower Amu Darya valley and settled in irrigation farming communities (Tazabagyab culture). By 1600 BCE, the old fortified towns of Margiana-Bactria were abandoned, submerged by the northern steppe migrants. The group of Central Asian cultures under Indo-Iranian influence is known as the Andronovo horizon, and lasted until 800 BCE.
The Indo-Iranian migrations progressed further south across the Hindu Kush. By 1700 BCE, horse-riding pastoralists had penetrated into Balochistan (south-west Pakistan). The Indus valley succumbed circa 1500 BCE, and the northern and central parts of the Indian subcontinent were taken over by 500 BCE. Westward migrations led Old Indic Sanskrit speakers riding war chariots to Assyria, where they became the Mitanni rulers from circa 1500 BCE. The Medes, Parthians and Persians, all Iranian speakers from the Andronovo culture, moved into the Iranian plateau from 800 BCE. Those that stayed in Central Asia are remembered by history as the Scythians, while the Yamna descendants who remained in the Pontic-Caspian steppe became known as the Sarmatians to the ancient Greeks and Romans.
The Indo-Iranian migrations have resulted in high R1a frequencies in southern Central Asia, Iran and the Indian subcontinent. The highest frequency of R1a (about 65%) is reached in a cluster around Kyrgyzstan, Tajikistan and northern Afghanistan. In India and Pakistan, R1a ranges from 15 to 50% of the population, depending on the region, ethnic group and caste. R1a is generally stronger is the North-West of the subcontinent, and weakest in the Dravidian-speaking South (Tamil Nadu, Kerala, Karnataka, Andhra Pradesh) and from Bengal eastward. Over 7...
https://www.youtube.com/watch?v=t3hIvFQyTs8
Oscar Amoëdo‘s book in German translation by Gottlieb Port
Forensic odontologists of 27 national societies founded the International Organisation for Forensic Odontostomatology (IOFOS) in Paris (1973) and another 23 societies are associated. In Germany, an interdisciplinary working group of forensic odontostomatology, the German Academy of Forensic Odontostomatology (founded 1976) is a member of the IOFOS.
In various areas of forensic disciplines, the teeth are significant indicators used for age estimation and sex determination because of their individual character. The main application of forensic odontostomatology is the identification of victims in the wake of disasters and crimes. It is part of a multidisciplinary complex of identification methods.
Among the most spectacular odontological identifications in recent German history is the identification of Adolf Hitler, who was Chancellor from 30 January 1933 to 30 April 1945, when he committed suicide in the bunker of the Reich Chancellery with his wife, Eva Braun, and Martin Bormann, his secretary. Adolf Hitler and Eva Braun were identified beyond doubt by their dental status, while the identity of Martin Bormann could only be confirmed by mitochondrial DNA analysis.
Their identification is based on documents from Soviet and American archives, photographs , diagrams, descriptions (interrogations), and skull X-rays . Five X-rays of Adolf Hitler were used to identify his odontological status. The X-ray image was taken on 19 September 1944 after the failed assassination attempt of 20 July 1944.
The Identification of Adolf Hitler
Berlin-Buch, 8 May 1945, Army Surgical Hospital morgue, Nr. 496.
Thirteen bodies were examined (Sognnaes and Strøm 1973). Bodies no. 12 and 13 were the most demolished by fire. A commission of five medical experts, army anatomists, forensic experts, and pathology anatomists of the First White Russian Front, the Red Army, and the 3rd Shock Army examined, by order of the Military Council of the First White Russian Front, the male body (presumably Hitler’s body).
Act No. 12 is the forensic examination of a burnt male body (probably Hitler’s body) (documents from Moscow archives) (Bezymenski 1968). The corpse is badly burnt. A portion of the skull is missing. Parts of the occipital bone, the left temporal bone, the lower parts of the cheek and nasal bone and the upper and lower jaw are preserved. The nose and the upper jaw bone show many small fractures. The tongue is burnt, the tip of the tongue firmly stuck between the teeth of the upper and lower jaw.
Sognnaes compared the final report (Soviet Army Surgeon) of the dental status with the details of the dentist Blaschke and his own list compiled in 1975. Sognnaes and Strøm (1973) graphically presented the dental status of Hitler.
https://www.youtube.com/watch?v=3HkOLpLPtwQ
The new finding is consistent with multiple earlier studies of twins that indicated same-sex attraction is a heritable trait.
A new study suggests that genes are responsible for between 8% and 25% of same-sex preference.
The 2019 study is the latest in a hunt for “gay genes” that began in 1993, when Dean Hamer linked male homosexuality to a section of the X chromosome. As the ease and affordability of genome sequencing increased, additional gene candidates have emerged with potential links to homosexual behavior. So-called genome-wide association studies identified a gene called SLITRK6, which is active in a brain region called the diencephalon that differs in size between people who are homosexual or heterosexual.
Genetic studies in mice have uncovered additional gene candidates that could influence sexual preference. A 2010 study linked sexual preference to a gene called fucose mutarotase. When the gene was deleted in female mice, they were attracted to female odors and preferred to mount females rather than males.
Other studies have shown that disruption of a gene called TRPC2 can cause female mice to act like males. Male mice lacking TRPC2 no longer display male-male aggression, and they initiate sexual behaviors toward both males and females. Expressed in the brain, TRPC2 functions in the recognition of pheromones, chemicals that are released by one member of a species to elicit a response in another.
With multiple gene candidates being linked to homosexuality, it seemed highly unlikely that a single “gay” gene exists. This idea is further supported by the new study, which identified five new genetic loci (fixed positions on chromosomes) correlating with same-sex activity: two that appeared in men and women, two only in men, and one only in women.
How might these genes influence same-sex behavior?
I find it intriguing that some of the genes from men identified in Ganna’s study are associated with olfactory systems, a finding that has parallels to the work in mice. Ganna’s group found other gene variants that may be linked with sex hormone regulation, which other scientists have previously suggested plays a large role in shaping the brain in ways that influence sexual behavior.
Males with a genetic condition called androgen insensitivity syndrome can develop female genitalia and are usually brought up as girls, despite being genetically male – with an X and Y chromosome – and they are attracted to men. This suggests that testosterone is needed to “masculinize” a prenatal brain; if that doesn’t happen, the child will grow up to desire men.
Similarly, girls who have a genetic condition called congenital adrenal hyperplasia are exposed to unusually high levels of male hormones like testosterone while in the womb, which may masculinize their brain and increase the odds of lesbianism.
It’s also possible that hormonal shifts during pregnancy could affect how a fetus’ brain is configured. In rats, manipulation of hormones during pregnancy produces offspring that exhibit homosexual behavior.
Why does homosexual behavior exist?
Several hypotheses have been advanced to explain how homosexuality can be beneficial in perpetuating familial genes. One idea involves the concept of kin selection, whereby people work to ensure the passage of their family’s genes into subsequent generations. Gay uncles and aunts, for example, are “helpers in the nest” that help raise other family members’ children to nurture the family tree.
Another idea suggests that homosexuality is a “trade-off trait.” For example, certain genes in women help increase their fertility, but if these genes are expressed in a male, they predispose him toward homosexuality.
Sexual behavior is widely diverse and governed by sophisticated mechanisms throughout the animal kingdom. As with other complex behaviors, it is not possible to predict sexuality by gazing into a DNA sequence as if it were a crystal ball. Such behaviors ...
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https://www.youtube.com/watch?v=e_cPqj8qtug
Michael J. Fox, iconic actor, author and advocate whose Hollywood career has been marked by worldwide acclaim, honor and awards, launched the Foundation in 2000 after publicly disclosing his 1991 diagnosis, at age 29, with Parkinson’s disease.
Childhood
Michael J. Fox was born Michael Andrew Fox in 1961 to parents William and Phyllis in Edmonton, the capital of the Canadian province of Alberta. (He later adopted the "J" in homage to legendary character actor Michael J. Pollard.) A self-described "army brat," Fox moved several times during his childhood along with his parents, brother and three sisters. The Foxes finally planted roots in Burnaby, British Columbia (a suburb of Vancouver), when William Fox retired from the Canadian Armed Forces in 1971.
Living and working with Parkinson's disease
Though he would not share the news with the public for another seven years, Fox was diagnosed with young-onset Parkinson's disease in 1991 at 29. Upon disclosing his condition in 1998, he committed himself to the campaign for increased Parkinson's research. Fox announced his retirement from "Spin City" in January 2000, effective upon the completion of his fourth season and 100th episode. Expressing pride in the show, its talented cast, writers and creative team, he explained that new priorities made this the right time to step away from the demands of a weekly series. Later that year he launched The Michael J. Fox Foundation for Parkinson's Research, which the New York Times has called "the most credible voice on Parkinson's research in the world." Today the world's largest non-profit funder of Parkinson's drug development, the Foundation has galvanized the search for a cure for Parkinson's disease (PD). Fox is widely admired for his tireless work as a patient advocate.
In 2011, he guest-starred in "Larry Versus Michael J. Fox," the season-eight finale of Larry David's acclaimed HBO comedy "Curb Your Enthusiasm." In spring 2009, he portrayed embittered, drug-addicted Dwight in Denis Leary's hit FX Network drama "Rescue Me," a role that earned him his fifth Emmy award. His 2006 recurring guest role in the ABC legal drama "Boston Legal" was nominated for an Emmy, and he appeared as Dr. Kevin Casey in the then-NBC series "Scrubs" in 2004.
In 2012, Fox announced his intention to return to full-time acting. In 2013, he returned to primetime network TV as Mike Henry on NBC's "The Michael J. Fox Show." The show, which quickly gained nationwide attention, centered on a beloved newscaster and family man returning to work following a diagnosis with PD.
Fox also has continued to thrill fans playing wily attorneys in multi-episode guest arcs on hit dramas. In 2020, he joined the cast of "The Good Fight," reprising his role on CBS’ “The Good Wife” (from 2010 to 2016) as Lewis Canning, who used his tardive dyskinesia to his clients' advantage. In 2018, on the ABC drama "Designated Survivor," he portrays Ethan West, a Washington attorney appointed as a special prosecutor to investigate former President Cornelius Moss.
Fox is the recipient of several lifetime achievement awards for accomplishments in acting, including the 2011 Hoerzu Magazine Golden Camera Award and the 2010 National Association of Broadcasters Distinguished Service Award.
Offstage
Fox also is the bestselling author of four books. His most recent memoir, No Time Like the Future: An Optimist Considers Mortality, was published on November 17, 2020. A Funny Thing Happened on the Way to the Future, a compendium of wisdom for graduates, was published in April 2010. Always Looking Up: The Adventures of an Incurable Optimist, published in April 2009, debuted at number two on the New York Times bestseller list. It was accompanied by an ABC-TV primetime special that was nominated for an Emmy for Outstanding Nonfiction Special; additionally, its audio recording by Fox won the 2010 Grammy award for Best Spoken Word Album, an honor for which all three books were nominated. His fir...
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