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Today Google Logo Dedicated To 113th Birthday of Alexander Calder 22 July 2011

Google celebrating 113th birthday of Alexander Calder with their Google doodle today 22 July 201

Google is celebrating 113th birthday of Alexander Calder with their Google doodle today on 22 July 2011. Google has changed their logo on this occasion and have placed a different logo here.

Today Google Logo Dedicated To 113th Birthday of Alexander Calder 22 July 2011

Google Doodle July 22, 2011 Alexander Calder 113th birthday

Who was Alexander Calder?

Alexander Calder (July 22, 1898 – November 11, 1976) was an American sculptor and artist most famous for inventing the mobile. In addition to mobile and stabile sculpture, Alexander Calder also created paintings, lithographs, toys, tapestry, jewelry and household objects.

Childhood of Alexander Calder

Alexander Calder
Alexander “Sandy” Calder was born in Lawnton, Pennsylvania, on July 22, 1898. His father, Alexander Stirling Calder, was a well-known sculptor who created many public installations, a majority of them in Philadelphia. Calder’s grandfather, sculptor Alexander Milne Calder, was born in Scotland and immigrated to Philadelphia in 1868. He is best-known for the colossal statue of William Penn on top of Philadelphia’s City Hall tower. Calder’s mother, Nanette Lederer Calder, was a professional portrait painter who studied at the Académie Julian and the Sorbonne in Paris from around 1888 until 1893. She then moved to Philadelphia where she met Alexander Stirling Calder while studying at the Pennsylvania Academy of the Fine Arts. Calder’s parents were married on 22 February 1895. His older sister, Margaret “Peggy” Calder, was born in 1896. Her married name was Margaret Calder Hayes, and she was instrumental in the development of the UC Berkeley Art Museum.

In 1902, at the age of four, Calder posed nude for his father’s sculpture The Man Cub, which is now located in the Metropolitan Museum of Art in New York City. That year, he completed his earliest sculpture, a clay elephant.

Three years later, when Calder was seven and his sister was nine, Stirling Calder contracted tuberculosis and Calder’s parents moved to a ranch in Oracle, Arizona, leaving the children in the care of family friends for a year. The children were reunited with their parents in late March 1906 and stayed at the ranch in Arizona until fall of the same year.

After Arizona, the Calder family moved to Pasadena, California. The windowed cellar of the family home became Calder’s first studio and he received his first set of tools. He used scraps of copper wire that he found in the streets to make jewelry and beads for his sister’s dolls. On January 1, 1907, Calder’s mother took him to the Tournament of Roses Parade in Pasadena, where he observed a four-horse-chariot race. This style of event later became the finale of Calder’s wire circus shows.

In 1909, when Calder was in the fourth grade, he sculpted a dog and a duck out of sheet brass as Christmas gifts for his parents. The sculptures were three dimensional and the duck was kinetic because it rocked when gently tapped. These sculptures are frequently cited as early examples of Calder’s skill.

In 1910, the Calder family moved back to Philadelphia, where Alexander briefly attended the Germantown Academy, and then to Croton-on-Hudson in New York State.In Croton, during his early high school years, Calder was befriended by the painter Everett Shinn with whom he built a gravity powered system of mechanical trains. As Calder described:

We ran the train on wooden rails held by spikes; a chunk of iron racing down the incline speeded the cars. We even lit up some cars with candle lights.

After Croton, the Calders moved to Spuyten Duyvil to be closer to the Tenth Street Studio Building in New York City, where Stirling Calder rented a studio. While living in Spuyten Duyvil, Calder attended Yonkers High.

In 1912, Stirling Calder was appointed acting chief of the Department of Sculpture of the Panama Pacific International Exposition in San Francisco. He began work on sculptures for the exposition that was held in 1915. During Alexander Calder’s high school years between 1912 and 1915, the Calder family moved back and forth between New York and California. In each new location Calder’s parents reserved cellar space as a studio for their son. Toward the end of this period, Calder stayed with friends in California while his parents moved back to New York so that he could graduate from Lowell High School in San Francisco. Calder graduated in the class of 1915.

Education of Alexander Calder
In 1915, Calder decided to study mechanical engineering and enrolled at the Stevens Institute of Technology in Hoboken, New Jersey. He was a member of the Delta Tau Delta fraternity and excelled in mathematics. In the summer of 1916, Calder spent five weeks training at the Plattsburg Civilian Military Training Camp. In 1918, he joined the Student’s Army Training Corps, Naval Section, at Stevens and was made guide of the battalion.

I learned to talk out of the side of my mouth and have never been quite able to correct it since.
Calder received a degree from Stevens in 1919. For the next several years, he held a variety of engineering jobs, including working as a hydraulics engineer and a draughtsman for the New York Edison Company. In June 1922, Calder found work as a mechanic on the passenger ship H. F. Alexander. While the ship sailed from San Francisco to New York City, Calder worked on deck off the Guatemalan Coast and witnessed both the sun rising and the moon setting on opposite horizons. As he described in his autobiography:

“It was early one morning on a calm sea, off Guatemala, when over my couch — a coil of rope — I saw the beginning of a fiery red sunrise on one side and the moon looking like a silver coin on the other.”
The H.F. Alexander docked in San Francisco and Calder traveled up to Aberdeen, Washington, where his sister lived with her husband, Kenneth Hayes. Calder took a job as a timekeeper at a logging camp. The mountain scenery inspired him to write home to request paints and brushes. Shortly after this, Calder decided to move back to New York to pursue a career as an artist.

Art career of Alexander Calder
Calder moved to New York and enrolled at the Art Students’ League. While a student, he worked for the National Police Gazette where, in 1925, one of his assignments was sketching the Ringling Brothers and Barnum and Bailey Circus. Calder became fascinated with the circus, a theme that would reappear in his later work.

In 1926, Calder moved to Paris where he established a studio at 22 rue Daguerre in the Montparnasse Quarter. At the suggestion of a Serbian toy merchant, he began to make toys. At the urging of fellow sculptor Jose de Creeft, he submitted them to the Salon des Humoristes. Later that fall, Calder began to create his Cirque Calder, a miniature circus fashioned from wire, string, rubber, cloth, and other found objects. Designed to fit into suitcases (it eventually grew to fill five), the circus was portable, and allowed Calder to hold performances on both sides of the Atlantic. He gave improvised shows, recreating the performance of a real circus. Soon, his “Cirque Calder” (usually on view at the Whitney Museum of American Art) became popular with the Parisian avant-garde. In 1927, Calder returned to the United States. He designed several kinetic wooden push and pull toys for children, which were mass-produced by the Gould Manufacturing Company, in Oshkosh, WI. His originals, as well as playable replicas, are on display in the Berkshire Museum in Pittsfield, Massachusetts. In 1928, Calder held his first solo show at a commercial gallery at the Weyhe Gallery in New York City. In 1935, he had his first solo museum exhibition in the United States at The Renaissance Society at the University of Chicago. In 1929, Calder had his first solo show of wire sculpture in Paris at Galerie Billiet. The painter Jules Pascin, a friend of Calder’s from the cafes of Montparnasse, wrote the preface. In June 1929, while traveling from Paris to New York, Calder met his future wife, Louisa James, grandniece of author Henry James and philosopher William James. They married in 1931. While in Paris, Calder met and became friends with a number of avant-garde artists, including Joan Miró, Jean Arp, and Marcel Duchamp. A visit to Piet Mondrian’s studio in 1930 “shocked” him into embracing abstract art.

The Cirque Calder can be seen as the start of Calder’s interest in both wire sculpture and kinetic art. He maintained a sharp eye with respect to the engineering balance of the sculptures and utilized these to develop the kinetic sculptures Duchamp would ultimately dub as “mobiles”, a French pun meaning both “mobile” and “motive.” He designed some of the characters in the circus to perform suspended from a thread. However, it was the mixture of his experiments to develop purely abstract sculpture following his visit with Mondrian that lead to his first truly kinetic sculptures, manipulated by means of cranks and pulleys.

By the end of 1931, he moved on to more delicate sculptures which derived their motion from the air currents in the room. From this, Calder’s “mobiles” were born. At the same time, Calder was also experimenting with self-supporting, static, abstract sculptures, dubbed “stabiles” by Arp in 1932 to differentiate them from mobiles. Calder and Louisa returned to America in 1933 to settle in a farmhouse they purchased in Roxbury, Connecticut, where they raised a family (first daughter, Sandra born 1935, second daughter, Mary, in 1939). Calder continued to give Cirque Calder performances but also worked with Martha Graham, designing stage sets for her ballets and created a moving stage construction to accompany Eric Satie’s Socrate in 1936.

During World War II, Calder attempted to join the Marines as a camofleur, but was rejected. Instead, he continued to sculpt, but a scarcity of metal led to him producing work in carved wood.

Calder’s first retrospective was held in 1938 at George Walter Vincent Smith Gallery in Springfield, Massachusetts. In 1943, the Museum of Modern Art hosted a well-received Calder retrospective, curated by James Johnson Sweeney and Marcel Duchamp.

Calder was one of 250 sculptors who exhibited in the 3rd Sculpture International held at the Philadelphia Museum of Art in the summer of 1949. His mobile, International Mobile was the centerpiece of the exhibition.

In the 1950s, Calder increasingly concentrated his efforts on producing monumental sculptures. Notable examples are “.125″ for JFK Airport in 1957, “La Spirale” for UNESCO in Paris 1958 and “Man” (“L’Homme”), commissioned for Expo 67 in Montreal. Calder’s largest sculpture until that time, 20.5 meters high, was “El Sol Rojo”, constructed for the 1968 Summer Olympics in Mexico City.

In 1962, he settled into his new workshop Carroi, a very futuristic design and overlooking the valley of the Lower Chevrière to Saché in Indre-et-Loire (France). He did not hesitate to offer his gouaches and small mobile to his friends in the country, he even donated to the town of a stabile trônant since 1974 in front of the church: an anti-sculpture free from gravity.

He did make the most of its stabiles and mobiles at factory Biémont Tours (France), including “the Man”, all stainless steel 24 meters tall, commissioned by Canada’s International Nickel (Inco) for the Exposition Universelle de Montréal in 1967. All products are made from a model made by Calder, by the research department (headed by M. Porcheron, with Alain Roy, François Lopez, Michel Juigner …) to design to scale, then by workers qualified boilermakers for manufacturing, Calder overseeing all operations, and if necessary amending the work. All stabiles will be manufactured in carbon steel, then painted for a major part in black, except the man who will be raw stainless steel , the mobiles are made of aluminum and made of duralumin.

He made most of his monumental sculpture during this time at Etablissements Biémont in Tours, France. Calder would create a model of the work, the research department would scale it to final size, then experienced boilermakers would complete the actual metalwork — all under Calder’s watchful eye. Stabiles were made in carbon steel; mobiles were mostly aluminum.

In 1966, Calder published his Autobiography with Pictures with the help of his son-in-law, Jean Davidson. In June 1969, Calder attended the dedication of his monumental stabile “La Grande Vitesse” in Grand Rapids, Michigan. This sculpture is notable for being the first public work of art in the United States to be funded with federal monies; acquired with funds granted from the then new National Endowment for the Arts under its “Art for Public Places” program.

Calder created a sculpture called WTC Stabile (also known as Bent Propeller), which in 1971 was installed at the entrance of the World Trade Center’s North Tower. When Battery Park City opened, the sculpture was moved to Vesey and Church Streets.It stood in front of 7 World Trade Center when it was destroyed on September 11, 2001.

Calder died on November 11, 1976, shortly after opening a major retrospective show at the Whitney Museum in New York. He had been working on a third plane, entitled Salute to Mexico, when he died.

Calder’s paintings
In addition to sculptures, Calder painted throughout his career, beginning in the early 1920s. By 1973, Braniff International Airways commissioned him to paint a full-size DC-8-62 as a “flying canvas.” In 1975, Calder completed a second plane, this time a Boeing 727-291, as a tribute to the U.S. Bicentennial. In 1975, he was commissioned by BMW to paint a BMW 3.0 CSL which would come to be the first vehicle in the BMW Art Car Project.

Commemoration
Two months after his death, Calder was posthumously awarded the Presidential Medal of Freedom, the United States’ highest civilian honor, by President Gerald Ford. However, representatives of the Calder family boycotted the January 10, 1977 ceremony “to make a statement favoring amnesty for Vietnam War draft resisters”.

In 1987, the Calder Foundation was founded by Calder’s family. The Foundation “runs its own programs, collaborates on exhibitions and publications, and gives advice on matters such as the history, assembly, and restoration of works by Calder.” The U.S. copyright representative for the Calder Foundation is the Artists Rights Society.Calder’s work is in many permanent collections across the world.

Quotes”How can art be realized?

Out of volumes, motion, spaces bounded by the great space, the universe.

Out of different masses, tight, heavy, middling—indicated by variations of size or color—directional line—vectors which represent speeds, velocities, accelerations, forces, etc. . . .—these directions making between them meaningful angles, and senses, together defining one big conclusion or many.

Spaces, volumes, suggested by the smallest means in contrast to their mass, or even including them, juxtaposed, pierced by vectors, crossed by speeds.

Nothing at all of this is fixed.

Each element able to move, to stir, to oscillate, to come and go in its relationships with the other elements in its universe.

It must not be just a fleeting moment but a physical bond between the varying events in life.

Not extractions,

But abstractions

Abstractions that are like nothing in life except in their manner of reacting.”

- From Abstraction-Création, Art Non Figuratif, no. 1, 1932.

Source: Wikipedia
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Today Google Logo Dedicated To 189th Birthday of Gregor Mendel

Today (July 20,2011) Google Logo Dedicated To 189th Birthday of Gregor Mendel.You can see the Google Logo Image Below:-

Today Google Logo Dedicated To 189th Birthday of Gregor Mendel

Information From Wikipedia
Gregor Johann Mendel (July 20, 1822 – January 6, 1884) was an Austrian Augustinian friar and scientist, who gained posthumous fame as the founder of the new science of genetics for his study of the inheritance of certain traits in pea plants. Mendel showed that the inheritance of these traits follows particular laws, which were later named after him. The significance of Mendel's work was not recognized until the turn of the 20th century. The independent rediscovery of these laws formed the foundation of the modern science of genetics.

Biography
Name Gregor Johann Mendel
Born July 20, 1822(1822-07-20) Heinzendorf bei Odrau, Austrian Empire, current Czech Republic
Died January 6, 1884(1884-01-06) (aged 61) Brno, Moravia, Austria-Hungary
Nationality Empire of Austria-Hungary
Fields Genetics
Institutions Abbey of St. Thomas in Brno 
Alma mater 
University of Olomouc
University of Vienna
Known for Discovering genetics
Mendel was born into an ethnic German family in Heinzendorf bei Odrau, Austrian Silesia, Austrian Empire (now Hynčice, Czech Republic), and was baptized two days later as Johann. He was the son of Anton and Rosine (Schwirtlich) Mendel, and had one older sister (Veronica) and one younger (Theresia). They lived and worked on a farm which had been owned by the Mendel family for at least 130 years. During his childhood, Mendel worked as a gardener, studied beekeeping, and as a young man attended Gymnasium (school) in Opava. Later, from 1840 to 1843, he studied practical and theoretical philosophy as well as physics at the University of Olomouc Faculty of Philosophy, taking a year off through illness. When Mendel entered the Faculty of Philosophy, the Department of Natural History and Agriculture was headed by Johann Karl Nestler, who conducted extensive research of hereditary traits of plants and animals, especially sheep. In 1843 Mendel began his training as a priest. Upon recommendation of his physics teacher Friedrich Franz, he entered the Augustinian Abbey of St Thomas in Brno in 1843. Born Johann Mendel, he took the name Gregor upon entering religious life. In 1851 he was sent to the University of Vienna to study under the sponsorship of Abbot C. F. Napp. At Vienna, his professor of physics was Christian Doppler. Mendel returned to his abbey in 1853 as a teacher, principally of physics, and by 1867, he had replaced Napp as abbot of the monastery.

Besides his work on plant breeding while at St Thomas's Abbey, Mendel also bred bees in a bee house that was built for him, using bee hives that he designed.He also studied astronomy and meteorology, founding the 'Austrian Meteorological Society' in 1865. The majority of his published works were related to meteorology.

Experiments on plant hybridization
Gregor Mendel, who is known as the "father of modern genetics", was inspired by both his professors at the University of Olomouc (i.e. Friedrich Franz & Johann Karl Nestler) and his colleagues at the monastery (i.e. Franz Diebl) to study variation in plants, and he conducted his study in the monastery's two hectare experimental garden, which was originally planted by the abbot Napp in 1830. Between 1856 and 1863 Mendel cultivated and tested some 29,000 pea plants (i.e., Pisum sativum). This study showed that one in four pea plants had purebred recessive alleles, two out of four were hybrid and one out of four were purebred dominant. His experiments led him to make two generalizations, the Law of Segregation and the Law of Independent Assortment, which later became known as Mendel's Laws of Inheritance.

Mendel did read his paper, Versuche über Pflanzenhybriden (Experiments on Plant Hybridization), at two meetings of the Natural History Society of Brünn in Moravia in 1865. It was received favorably and generated reports in several local newspapers.[8] When Mendel's paper was published in 1866 in Verhandlungen des naturforschenden Vereins Brünn, it was seen as essentially about hybridization rather than inheritance and had little impact and was cited about three times over the next thirty-five years. (Notably, Charles Darwin was unaware of Mendel's paper, according to Jacob Bronowski's The Ascent of Man.) His paper was criticized at the time, but is now considered a seminal work.

Life after the pea experiments
After Mendel completed his work with peas, he turned to experimenting with honeybees, in order to extend his work to animals. He produced a hybrid strain (so vicious they were destroyed), but failed to generate a clear picture of their heredity because of the difficulties in controlling mating behaviours of queen bees. He also described novel plant species, and these are denoted with the botanical author abbreviation "Mendel".

After he was elevated as abbot in 1868, his scientific work largely ended as Mendel became consumed with his increased administrative responsibilities, especially a dispute with the civil government over their attempt to impose special taxes on religious institutions. At first Mendel's work was rejected, and it was not widely accepted until after he died. At that time most biologists held the idea of blending inheritance, and Charles Darwin's efforts to explain inheritance through a theory of pangenesis were unsuccessful. Mendel's ideas were rediscovered in the early twentieth century, and in the 1930s and 1940s the modern synthesis combined Mendelian genetics with Darwin's theory of natural selection.

Mendel died on January 6, 1884, at age 61, in Brno, Moravia, Austria-Hungary (now Czech Republic), from chronic nephritis. Czech composer Leoš Janáček played the organ at his funeral. After his death the succeeding abbot burned all papers in Mendel's collection, to mark an end to the disputes over taxation.

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Today Google Logo Dedicated To 450th Anniversary of St. Basil's Cathedral

Today Google Logo Dedicated To 450th Anniversary of St. Basil's Cathedral On July 12,2011

450th Anniversary of St. Basil's Cathedral
The Cathedral of the Protection of Most Holy Theotokos on the Moat (Russian: Собор Покрова пресвятой Богородицы, что на Рву), popularly known as Saint Basil's Cathedral (Russian: Собор Василия Блаженного), is a Russian Orthodox church erected on the Red Square in Moscow in 1555–61. Built on the order of Ivan IV of Russia to commemorate the capture of Kazan and Astrakhan, it marks the geometric center of the city and the hub of its growth since the 14th century.It was the tallest building in Moscow until the completion of the Ivan the Great Bell Tower in 1600.

The original building, known as "Trinity Church" and later "Trinity Cathedral", contained eight side churches arranged around the ninth, central church of Intercession; the tenth church was erected in 1588 over the grave of venerated local saint Vasily (Basil). In the 16th and the 17th centuries the church, perceived as the earthly symbol of the Heavenly City,was popularly known as the "Jerusalem" and served as an allegory of the Jerusalem Temple in the annual Palm Sunday parade attended by the Patriarch of Moscow and the tsar.

The building's design, shaped as a flame of a bonfire rising into the sky, has no analogues in Russian architecture: "It is like no other Russian building. Nothing similar can be found in the entire millennium of Byzantine tradition from the fifth to fifteenth century ... a strangeness that astonishes by its unexpectedness, complexity and dazzling interleaving of the manifold details of its design." The cathedral foreshadowed the climax of Russian national architecture in the 17th century.

The church has operated as a division of the State Historical Museum since 1928.It was completely secularized in 1929 and, as of 2011, remains a federal property of the Russian Federation. The church has been part of the Moscow Kremlin and Red Square UNESCO World Heritage Site since 1990.

It is often mislabeled as the Kremlin due to its location on Red Square in immediate proximity of the Kremlin.[citation needed]

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Today Google Logo Dedicated To Summer Solstice On June 21, 2011

Today Google Logo Dedicated To Summer Solstice On June 21, 2011
The summer solstice occurs exactly when the Earth's and the moon's axial tilt is most inclined towards the sun, at its maximum of 23° 26'. Though the summer solstice is an instant in time, the term is also colloquially used like Midsummer to refer to the day on which it occurs. Except in the polar regions (where daylight is continuous for many months), the day on which the summer solstice occurs is the day of the year with the longest period of daylight. The summer solstice occurs in June in the Northern Hemisphere north of the Tropic of Cancer (23°26'N) and in December in the Southern Hemisphere south of the Tropic of Capricorn (23°26'S. The Sun reaches its highest position in the sky on the day of the summer solstice. However, between the Tropic of Cancer and the Tropic of Capricorn, the highest sun position does not occur at the summer solstice, since the sun reaches the zenith here and it does so at different times of the year depending on the latitude of the observer.Depending on the shift of the calendar, the summer solstice occurs some time between December 21 and December 22 each year in the Southern Hemisphere, and between June 20 and June 21 in theNorthern Hemisphere.

Worldwide, interpretation of the event has varied among cultures, but most have held a recognition of sign of the fertility, involving holidays,festivals, gatherings, rituals or other celebrations around that time.

The word solstice derives from Latin sol (sun) and sistere (to stand still).

Dates and times

The following lists the dates and UTC times of the summer solstice for the early portion of the 21st century.
Year
Northern Hemisphere
Southern Hemisphere
2000
June 21, 01:48
December 21, 13:37
2001
June 21, 07:38
December 21, 19:21
2002
June 21, 13:24
December 22, 01:14
2003
June 21, 19:10
December 22, 07:04
2004
June 21, 00:57
December 21, 12:42
2005
June 21, 06:46
December 21, 18:35
2006
June 21, 12:26
December 22, 00:22
2007
June 21, 18:06
December 22, 06:08
2008
June 20, 23:59
December 21, 12:04
2009
June 21, 05:46
December 21, 17:47
2010
June 21, 11:28
December 21, 23:38
2011
June 21, 17:16
December 22, 05:30
2012
June 20, 23:09
December 21, 11:12
2013
June 21, 05:04
December 21, 17:11
2014
June 21, 10:51
2015
June 21, 16:38
December 22, 04:48
2016
June 20, 22:34
December 21, 10:44
2017
June 21, 04:24
December 21, 16:28
2018
June 21, 10:07
December 21, 22:23
2019
June 21, 15:54
December 22, 04:19
2020
June 20, 21:44
December 21, 10:02
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Today Google Logo Dedicated To Lunar Eclipse

Today ( June 16 , 2011) Google Logo(Doodle) dedicated to Lunar Eclipse.I am sharing Google Doodle Pictures from different styles.but first of all read about Lunar Eclipse Cross posted on Wikipedia

A total lunar eclipse took place on June 15, 2011. It was the first of two such eclipses in 2011. The second will occur on December 10, 2011.

Lunar eclipse of 2011 June 15

This was a relatively rare central lunar eclipse, in which the center point of Earth's shadow passes across the Moon. The last time a lunar eclipse was closer to the center of the earth's shadow was on July 16, 2000. The next central total lunar eclipse will be on July 27, 2018.

Visibility
The eclipse was visible rising over South America, western Africa, and Europe, and setting over eastern Asia. In western Asia, Australia and the Philippines, the lunar eclipse was visible just before sunrise.

Today Google Doodle Pictures 

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

Today Google Logo Dedicated To Lunar Eclipse

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Today Musical (Guitar) Logo Of Google Dedicated to Les Paul's 96th Birthday

Awesome new Google doodle to celebrate Les Paul's 96th birthday. Strum away!


Les Paul,ca.January 1947 (Photograph by William P. Gottlieb)
Les Paul, ca. January 1947
Today Google logo (June 09,2011) is fantastic.Its a guitar today on Google home page.you can play with this.Google is celebrating 96th birthday of Les Paul.Read article about Les Paul posted from Wikipedia

Lester William Polsfuss (June 9, 1915 – August 12, 2009)—known as Les Paul—was an American jazz and country guitarist, songwriter and inventor. He was a pioneer in the development of the solid-body electric guitar which "made the sound of rock and roll possible".He is credited with many recording innovations. Although he was not the first to use the technique, his early experiments with overdubbing (also known as sound on sound),delay effects such as tape delay, phasing effects and multitrack recording were among the first to attract widespread attention.

His innovative talents extended into his playing style, including licks, trills, chording sequences, fretting techniques and timing, which set him apart from his contemporaries and inspired many guitarists of the present day.He recorded with his wife Mary Ford in the 1950s, and they sold millions of records.

Awesome new Google doodle to celebrate Les Paul;s 96th birthday

Among his many honors, Paul is one of a handful of artists with a permanent, stand-alone exhibit in the Rock and Roll Hall of Fame.He is prominently named by the music museum on its website as an "architect" and a "key inductee" along with Sam Phillips and Alan Freed.

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