MosJan

Giorgio Baglivi Giorgio Baglivi (Latin: Georgius Baglivus;[a] Croatian: Gjuro Baglivi; September 8, 1668 – June 15, 1707), born Giorgio Armeno and sometimes anglicized as George Baglivi,[5] was a Croatian-Italian physician and scientist. He made important contributions to clinical education, based on his own medical practice. His De Fibra Motrice advanced the "solidist" theory that the solid parts of organs are more crucial to their good functioning than their fluids,[6] against the traditional belief in four humors. Baglivi, however, advocated against doctors relying on any general theory rather than careful observation. He was "a distinguished physiological researcher fascinated by the nerves, his microscopic studies enabled him to distinguish between smooth and striated muscles and distinct kinds of fibres."[7] Life Giorgio was born to Blasius Armeno and Anna de Lupis on September 8, 1668,[8] in Ragusa[1] (now Dubrovnik, Croatia). His mother was Croatian, while his father was possibly[8] of Armenian descent[1] His parents were respectable but poor merchants who both died in 1670, after the birth of Giorgio's younger brother Jacob (Latin: Jacobus).[8] The brothers were originally raised by their uncle and educated at Ragusa's Jesuit college.[8] At 15, the brothers moved to Lecce in Apulia, where they took the name of his adoptive father, a wealthy physician[1] named Pietro Angelo Baglivi.[8] Giorgio studied first at the universities of Salerno, then successively at Padua and Bologna[5][1] and possibly also Naples.[8] He attended Lorenzo Bellini's lectures in Pisa[8] and worked in hospitals in Padua and Venice, Florence, and Bologna and travelled to the Dutch Republic and England from 1688 to 1692.[citation needed] As early as 1685, Baglivi began experimenting with animals, injecting different substances into dogs' jugular veins and examining the life cycle of tarantulas.[8] Between 1689 and 1691, he performed many autopsies and dissected animals including lions, deer, tortoises, and snakes.[8] He studied dura mater through observing injured men and experimenting on dogs and also investigated toxic drugs.[8] Observing discrepancies between his research and clinical practice, he criticized doctors for following theoretical systems slavishly instead of relying more strongly on observation. (This would later be the central theme of his 1696 book On Medical Practice.)[8] He served as an assistant to Marcello Malpighi in Bologna in 1691, and followed him to Rome the next year when Malpighi was named chief personal physician ("archiater") to the pope.[8] Under Malpighi, Baglivi performed experiments on the circulation of blood in frogs; he also injected various medicines into dogs' veins and spinal canals and experimented on their pneumogastric nerves.[8] He utilized a microscope to study the structure of muscles and the brain.[8] Following Malpighi's death in 1694, Baglivi performed his autopsy and gave a thorough description of the cerebral apoplexy that killed him.[8] While in Rome, he befriended Bellini, Lancisi, Redi, Tozzi, and Trionfetti. In 1695, he became second physician to Pope Innocent XIII and, in 1696, was elected professor of anatomy at the College of Sapienza.[8][1] He received memberships in Rome's Academy of the Arcadians (1699) and the Tuscan Fisiocriti (1700).[8] He continued as a personal physician to Clement XI and was named the Sapienza's professor of theoretical medicine in 1701.[8] He continued his observations by microscope as professor of theoretical medicine at the Sapienza, as well as examining the properties of saliva, bile, and blood.[8] His lectures, demonstrations, and consultations became famed across Europe:[8] he was elected a Fellow of the Royal Society in England in July 1698,[9][10] a member of the Holy Roman Empire's Academy of the Curious in 1699,[8] and an "honorary member" of the French Academy.[citation needed][when?] For a time he was surrounded in controversy following charges of plagiarism by Antonio Pacchioni, but Baglivi successfully defended the primacy of his own work.[5] He died in Rome on June 15, 1707.[8] Works Baglivi's writings bear strong similarities to Santorio Santorio and defend biomechanicism, making him one of the iatrophysicists.[8] Being inclined towards mathematics and quantification in medicine, Baglivi viewed the physiological processes in mechanical terms, behaving like the parts of a machine. A collection of his Latin writings were published in quarto in 1704.[1] Subsequently, his collected works were reprinted in more than 20 editions[citation needed] (including an octavo edition in 1788)[1] and were translated into Italian, French, German, and English. His personal correspondence in Latin and Italian is held at the National Central Library in Florence, Italy; the Waller Collection at the university library in Uppsala, Sweden;[8] and at McGill University's Osler Library in Montreal, Quebec, Canada.[11] De praxi medica ad priscam observandi rationem ravocanda (Rome, 1696; trans. as The Practice of Physick at London, 1704) De fibra motrice, et morbosa, nec non de experimentis, ac morbis salivae, bilis, et sanguinis (Perugia, 1700) Specimen quatuor libroum de fibra motrice et morbosa (Rome, 1702) Canones de medicina solidorum ad rectum statices usum (Rome, 1704) Opera omnia medico-practica et anatomica (Lyons, 1704; new enlarged ed., 1710; ed. by C.G. Kuhn at Leipzig, 1827-1828)

just in case ^$#@% you and yours aliev

Abstracts of Primary Source Material for the Study of Armenian Immigration to North America through 1930 https://markarslan.org/ArmenianImmigrants/Public-ViewSummary-ArmenianImmigrants-Combined-ByStreetAddress.php?SelectAddressCountry=Mexico&SelectAddressStateProvince=&SelectSortOrder=ByName&Staging= This page allows you to search on individuals in all database tables (Ship Manifests, Military, Censuses, Marriages, Naturalizations, Deaths, Passports, Ads, Births), all 23 roles, to find all Armenians associated with a particular street address in North America. The intended use of this query is to help you find all references to Armenians who lived at the same street address in the USA or Canada. In many cases, they were from the same town or village in Turkey or Russia, or were otherwise connected (perhaps by marriage or extended relationship). Some large boarding houses were temporary residences of Armenian sojourners employed at the same factory or location, with no prior familial or geographic connection. Over time, street names may change, especially the suffixes (Ave., St., Blvd., Rd., etc.). Numbering of houses on the street may change, as well. For example, 208 Solvay Ave. in the Delray neighborhood of Detroit, Michigan (in the 1910's) was changed around 1920 to 519 S. Solvay Ave. It is now known as 519 S. Solvay St. In the table below, the "Primary Name" refers to the name of the person who is the primary individual on the record involved (e.g., passenger, draft registrant, etc.). In the case where the Address Place is associated with someone else on the record, such as the residence of the nearest relative, the primary individual's name and relationship will appear in the "Other Name" column. Selecting the "View" icon to the left of an entry will take you to the detail record of the database. The default sort order for this page is By Street Address (within Country, State/Province, and Town); it can be changed to By Name or By Record Date.

https://books.google.com/books?id=HGKdAAAAMAAJ&pg=PA628&lpg=PA628&dq=Harry+G.+Tatosian&source=bl&ots=mONDgkeMC4&sig=ACfU3U1AOBVp9emP81LhWbUlshnBUcDwLw&hl=en&sa=X&ved=2ahUKEwiThc2g07SAAxUgPUQIHa8OCYI4FBDoAXoECAMQAw#v=onepage&q=Harry%20G.%20Tatosian&f=false

https://www.frameapatent.com/cooking-patent-prints-c-85/cake-baking-iron-patent-print-p-5095.html Cake Baking Iron Patent Print This Patent for a Cake Baking Iron was invented by Tatosian Harry G and filed on January 29, 1932. It was issued on February 4, 1936 by the United States Patent and Trademark Office.

https://patents.google.com/patent/US1576011A/en Ice-cream-cone-rolling machine

Very sad to learn that Dr. George Gevorg Chilingaryan passed away earlier this year, RIP

Renowned Oil Professor Proposes Fracking Alternative Dr. George V. Chilingar & Tomer (Tom) Tamarkin at the Chilingar LA. CA home Dr. George Chilingar is truly the Renaissance man of the petroleum and gas industry. As professor emeritus of the University of Southern California, he has over sixty years of research and teaching behind him. In the 1960s, Dr. Chilingar developed the first practical natural gas plunger lift method responsible for the deliquification of a natural gas well based on his use of an à la-adiabatic process. His invention had an extremely low energy cost as well as low environmental impact and is in use today throughout the world. In the late 1970s, Dr. Chilingar began research with M. L. Surguchev, O. L. Kuznetsov, and E.M. Simkin in Russia after it was noted that oil rate production increased noticeably several days after the occurrence of an earthquake when the epicenter of the earthquake was located in the vicinity of the oil-producing field. This increase in oil flow remained higher for a considerable period of time. This led to a decade-long study in Russia which gradually focused on the use of acoustic vibrational energy or vibro-energy for enhanced oil recovery after reservoirs flooded with water. In 1996 Chilingar, Kouznetsov, Simikin and S.A. Katz wrote a well-received paper titled “Improved oil recovery by application of vibro-energy to water flooded sandstones,” which was published in 1998. The key takeaway of the 1998 paper based on studies at the Abuzy oilfield in Russia and Changirtash oilfield in Kirigzstan was that the rate of oil displacement increases and the percentage of residual oil decreases if vibro-energy is applied to the porous medium containing oil. Furthermore, the rate of degassing increased due to the applied vibro-energy. Thus, the vibro-energy methodology was proposed to serve as an additional tool for increasing oil recovery; possibly in conjunction with Electrically Enhanced Oil Recovery (EEOR) techniques as well as chemical floods and other related processes. Over the course of the next decade the team worked closely designing and conducting lab experiments along with numerous oil field studies on various vibro-seismic methodologies. In 2001, Dr. Chilingar, E. M. Simkin and O. L. Kuznetsov released their findings in a book published in Russian titled “The Physical Basis of Vibrational and Acoustic Influences upon the Oil-Gas Strata.” The 2001 book outlined the physical foundations of vibration and acoustic impact on the reservoir to enhance oil recovery and increase the rate of development of depleted and waterlogged oil fields. It is shown that the area of the most effective application of these impacts are fields with low and medium viscosity oils and difficult development conditions, which are characterized by high water cut and heterogeneity of formations, low permeability, high clay content, etc. The developed technologies are environmentally friendly and do not cause damage to well structure elements. The vibro-seismic technology including the electronics and acoustic transducer assemblies is comparatively inexpensive given the significant rate of return as manifested by long term increased flow activity. This became a popular book in Russia for students, researchers, engineering personnel and operators involved in geophysics and the development of oil and gas fields. Now Dr. Chilingar is in the process of rewriting this important book in English. The new book will incorporate the results of the vibro-seismic methodology used in Russia. Dr. Chilingar’s aim is to popularize this oil recovery methodology as an environmentally friendly alternative to “fracking” in the United States. Dr. Chilingar is the author of 73 books and over 500 scientific papers. He is Professor Emeritus of Petroleum, Civil and Environmental Engineering at the University of Southern California (USC), Los Angeles, California. He received his Bachelor’s and Master’s Degrees in Petroleum Engineering at USC in 1949 and 1950. While he was working on his Ph.D. in Geology at USC, he spent four years in the U.S. Air Force, where he made a scientific breakthrough in jet fuel and was given the position of Chief of the Petroleum and Chemicals Laboratory at Wright Patterson Air Force Base, Ohio. By 1956 he was awarded a Ph.D. in Geology with a minor in Petroleum Engineering. After his term serving in the U.S. Air Force, he returned to USC as a member of the School of Engineering faculty. For over 60 years, Professor Chilingar taught various courses in Petroleum Engineering, Petroleum Geology and Environmental Engineering at USC. In 2008, he was honored with the Lifetime Achievement Award from USC. As one of the most well-known petroleum geologists in the world and the founder of two prestigious journals in the oil and gas industry, he served as an advisor to many governmental organizations, dignitaries and lawmakers. For example, he served as Senior Adviser of Petroleum Engineering to the United Nations from 1967 to 1969 and then again from 1978 to 1987. One of his greatest contributions to the petroleum industry is the method of identification of oil-rich rocks by analyzing the ratio of calcium to magnesium contents in carbonate rocks (dolomitization). Through the use of this method, he discovered a large oilfield in Iran, which was named after him. He is the first American petroleum geologist ever elected to the Russian Academy of Sciences (RAN) and Russian Academy of Natural Sciences. He began popularizing Soviet petroleum geology and engineering literature in the western world during the 1950’s and 1960’s. During the last 15 years Professor Chilingar has been serving as President of the Russian Academy of Natural Sciences, U.S. Branch, which united over 100 famous U.S. scientists and engineers in their joint work. He is Professor Honoris Causa from the largest Petroleum University in the world, Gubkin Russian State University, Moscow, Russia. He is also Doctor Honoris Causa and Honorary Professor at Dubna International University, Moscow, Russia. The results of his investigations are presented in over 500 research articles and 73 books in the fields of Petroleum and Environmental Engineering and Petroleum Geology. Many of his books have been written in or translated to Russian, Chinese and Farsi. He has numerous patents in the field of his inventions; namely EEOR and Acoustic Vibrational Enhanced Oil Recovery. Dr. Chilingar is recipient of over 100 medals, awards and diplomas from various governments, universities and organizations, including the Lomonosov medal of the Russian Academy of Sciences, Order of Homayun Gold Medal from the Shah of Iran, and the White Elephant Medal from King of Thailand. In his research of the past 15 years, Dr. Chilingar, O. Sorokhtin and L. Khilyuk have been investigating the so-called greenhouse effect in the Earth’s atmosphere and the impact of anthropogenic carbon dioxide emission on global climate evolution. He has shown that the effect of anthropogenic carbon dioxide emission is negligible (if any) in comparison with the global forces of nature. He proved that an increase in CO2 concentration in the atmosphere results in cooling rather than warming based on the Earth’s natural à la-adiabatic processes and related synoptic activities. When asked about Dr. Chilingar’s lifelong field of study and service he said: “Energy is the life blood of human society. Transportation, basic human comforts and food production are dependent on fossil fuels. Except for hydroelectric power, renewable and green energy schemes are nothing more than political pipe dreams. The world depends on gas and oil. Early in my carrier, I discovered how a near adiabatic (a al-adiabatic) process could be used to lift oil from wells. Later in my career, this led me to investigate the Earth’s own natural al-adiabatic processes which categorically prevents any so called man-produced global warming or climate change from burning fossil fuels. The demonization of the petroleum industry must stop, and I hope my research paves the way.” Dr. Chilingar has written several papers scientifically proving that atmospheric CO2 does not contribute to increased temperatures on the Earth, and he is the principal author of the epic book “The Evolution of The Earth’s Climate” that is dedicated to President Donald J. Trump and other wise elected leaders. “The Evolution of the Earth’s Climate” is published by Wiley & Sons and available on Amazon. About the Author: In 1971 Tom received the nation’s highest honor for high school students in the field of physics for his work in nuclear magnetic resonance. He did his undergraduate studies in physics, with a dual minor in math and chemistry, at N A U in the 1971-75 timeframe. He has been in the energy generation and utility industry since 1985. Tom was the inventor of electric utility energy conservation instrumentation and measurement devices. He has been granted seven patents in the U.S., Israel, Europe, & China. In the U.S. alone his patents are practiced by the nation’s largest utility companies on over 90 million installed devices. Tom spends roughly ½ of his “working time” lecturing, writing articles, and working with prominent Ph.D. level scientists on what he calls the greatest deception and fraud ever created by man against mankind; AGW climate change. In 2019 Tom formed ClimateCite, Corp., a U.S. IRS 501©(3) compliant not for profit company to further his efforts in defeating the climate hoax worldwide. Tom married his wife, Emily J. Tamarkin in 1982 and the two of them live together in Carmichael, California. They have one son, Jeremy A. Tamarkin. https://shalemag.com/renowned-oil-professor-proposes-fracking-alternative/

George V. Chilingarian (he uses both Chilingar and Chilingarian as his last name) is an American-Armenian Professor of Civil and Petroleum Engineering at the University of Southern California (USC).[1] He is one of the best-known petroleum geologists in the world and the founder of several prestigious journals in the oil and gas industry.[citation needed] Chilingar has published 72 books and over 500 of articles on geology, petroleum engineering and environmental engineering. He serves as president of the U.S. branch of the Russian Academy of Natural Sciences and 17 of his books have been translated into Russian. In recognition of these contributions, the Russian Academy of Natural Sciences has honored him as a Knight of Arts and Sciences.[citation needed] He received his bachelor's and master's degrees in petroleum engineering and a Ph.D. in geology (with a minor in petroleum engineering), all at USC. His greatest contribution to the petroleum industry may be a means of identifying oil-rich rock by analyzing the ratio of calcium to magnesium in core samples. This method was used in discovering one of Iran's largest oil fields, which was then named after Chilingar. Scientia Iranica has published a special issue in "Transactions C: Chemistry and Chemical Engineering" dedicated to the lifelong achievements of Chilingar. He also played a key role in the development of Thailand's offshore oil reserves. Chilingar saw natural gas bubbles in the Gulf of Siam and redirected exploratory efforts, thus saving the nascent Thai oil industry. In 2001, King Fahd of Saudi Arabia acknowledged Chilingar's significant contributions to the success of Saudi Aramco as well as the discovery and extraction of oil reserves around the world.[citation needed] The Saudi consul general in Los Angeles, Ambassador Mohammed A. Al-Salloum, presented the award. He served as senior petroleum engineering adviser to the United Nations from 1967 to 1969, and then again from 1978 to 1987. He was also an energy policy adviser to California Governor Ronald Reagan in 1973. His recent research work concentrated on: Environmental aspects of oil and gas production Petrophysical properties of rocks and drilling fluids Surface and subsurface operations in petroleum production Subsidence due to the fluid withdrawal, testing and storage of petroleum products Selected honors and awards Distinguished Achievement Award for Petroleum Engineering Faculty (The Society of Petroleum Engineers) in recognition for outstanding contributions in the field of petroleum engineering education, 1984 Society of Petroleum Engineers Distinguished Membership, 2020 Editor of Sedimentary Geology (one of the founders) Special Issue of Energy Sources Journal, Vol. 21, Nov. 1-2, 1999, A Tribute to Professor George V. Chilingarian Crown and Eagle Medal of Honor from the Russian Academy of Natural Sciences, 2000 Gold Medals of Honor from Iran, Thailand, Taiwan, Honduras, El Salvador, Armenia and Russia Honorary Professor of Gubkin Russian State University of Oil and Gas https://en.wikipedia.org/wiki/George_V._Chilingar

Alenush Terian Ālenush Teriān (Armenian: Ալենուշ Տէրեան; Persian: آلنوش طریان; also: آلنوش تریان; November 9, 1921 – March 4, 2011) was an Iranian-Armenian astronomer and physicist and is called 'Mother of Modern Iranian Astronomy'.[1] Early life She was born on November 9, 1921 to an Armenian family in Tehran, Iran.[2] Her father, Arto, was a stage director, poet and translator (with the pen name Arizad meaning Born to Aryan) who had translated Shahnameh, from Persian to Armenian.[3][4] Her mother, Varto Terian, was a stage actress and director.[5] Education Teriān graduated in 1947 in the Science Department of University of Tehran. She began her career in the physics laboratory of this university and was elected the chief of laboratory operations in the same year. She signed for scholarship to study in France but Dr. Hesabi didn't accept it. He believed it's already enough for a woman to study this much.[3] At last she left Iran for France, by her father's financial support, where in 1956 she obtained her doctorate in atmospheric physics from Sorbonne University. Upon this she returned to Iran and became assistant professor in thermodynamics at University of Tehran. Later she worked in solar physics in the then West Germany for a period of four months through a scholarship that was awarded by the German government to University of Tehran. In 1964 Teriān became the first female professor of physics in Iran. In 1966, Teriān became a member of the Geophysics Committee of the University of Tehran. In 1969 she was elected chief of the solar physics studies at this university and began to work in the solar observatory, of which she was one of the founders. Teriān retired in 1979. At the time of her death she was living in Tehran.[6] Teriān's 90th birthday celebration in Tehran was attended by a number of Iranian parliamentarians and over 100 Iranian Armenians.[7] Terian died on March 4, 2011, at the age of 90.[8]