One Song Every Day

🎵 Write. Record. Repeat. One Original Song Every Day—Discover 365 Days of Unstoppable Music Creation

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Spicy Viennese Coffee - Song #101 Apr. 11

Michael Droste

Spicy Viennese Coffee - Servings: 4 Ingredients: -----COFFEE----- 1.50 pt Hot strong coffee - 2.00 Sticks of cinnamon - 4.00 Cloves - 0.50 ts Allspice berries -----TOPPING----- 5.00 oz Double cream - 1.00 tb Sugar - 0.50 ts Ground cinnamon - Directions: Prepare the topping first. Whip the cream until soft peaks form, then gently whip in the sugar. Chill the cream until ready to serve. In a small saucepan heat, but do not boil, coffee, cinnamon sticks, cloves and allspice. Leave over very low heat for 10 minutes so that all flavors combine. Strain the mixture into glass mugs, top with the whipped cream, sprinkle with cinnamon and serve.

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Crock Pot Cranny - Song #102 Apr. 12

Michael Droste

Things - Things - Things like arguing over taxes can drive you CRAZY :( absolutely crazy hence the crock pot crazy theme - crazy - Servings: 10 - Ingredients: 2  c  Cranberry juice cocktail - 2  qt  Apple cider - 1/2  c  Sugar - 1 Orange, studded with Cloves - 2 Cinnamon sticks, 3 inch -----GARNISH----- Orange slices, or Cinnamon sticks - Directions: Combine all ingredients in a crock pot and simmer for several hours. Serve in warmed mugs.

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Greenie Meanie - Song #103 Apr. 13

Michael Droste

Greenie Meanie - 2 packages lime gelatin (3 oz each) - 2 c. boiling water - 4 c. cold water - 12 oz. can frozen lemonade concentrate (thawed and undiluted) - 2 c. pineapple juice - 2 liters ginger ale - Serve on rocks or blended

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Fresh Citrus Cooler - Song #104 Apr. 14

Michael Droste

Fresh Citrus Cooler - Servings: 3 - Ingredients: 1.00 c Fresh orange juice - 0.50 c Fresh lemon juice - 0.50 c Fresh lime juice - 0.33 c Sugar - 1.00 c Lime-flavored sparkling-water, chilled - Lime wedges, (optional) Directions: Combine first 4 ingredients in a pitcher; stir until sugar dissolves. Add chilled sparkling water; stir well. Yield: 3 cups (serving size: 1 cup). - Serving Ideas : Serve immediately over ice. Garnish with lime, if desired.

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Cooked Eggnog - Song #105 Apr. 15

Michael Droste

Picture this:) you're at a college cafeteria, and across the hall there is a classical music concert - they left the door open to get some fresh air into the hall and the sound is drifting out... people making calls, kids running and of course you sitting there with your cup of cooked eggnog - (easter weekend) ;) Cooked Eggnog - Servings: 10 - Ingredients - 1  quart  Non-fat milk - 4 Eggs, lightly beaten - 1/4  cup  Powdered sugar - 1 teaspoon  Vanilla extract - Ground nutmeg for garnish - Directions: In a heavy saucepan, combine milk, lightly beaten eggs and powdered sugar, and mix well using a wire whisk. Slowly bring to a simmer, over low heat, for 5 minutes, stirring frequently with the whisk. Remove from heat. Add vanilla extract and mix well. Refrigerate until cold. To serve, heat eggnog in the microwave, garnish with nutmeg, and serve warm as a morning drink. For a cold variation, pour mixture into blender container and add one cup of crushed ice. Blend until frothy.

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Happy Easter - Song #106 Apr. 16

Michael Droste

Happy Easter :) EASTER PUNCH - ingredients: 96 oz.  pineapple juice - 8 oz.  lime juice - 56 oz. Ginger Ale - 28 oz. Club Soda - 24 oz. orange juice - 2 cups  sugar  - 12 oz.  lemon juice - Mixing instructions: Mix the sugar and juices in a blender. Strain over a block of ice into the punch bowl. Add the Ginger Ale and Club Soda. Stir gently to properly mix all the ingredients. Makes approx. 70 - 4oz servings.

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Hot House Lemonade - Song #107 Apr. 17

Michael Droste

Hot House Lemonade - Servings: 1 - Ingredients: Juice of 1 Lemon - 2  tablespoons  Maple Syrup - Dash  Cayenne Pepper - Ice Water - Directions: Add lemon juice, syrup and cayenne pepper into a collins glass. Fill with ice water. Stir.

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Blackberry Coolada - Song #108 Apr. 18

Michael Droste

Blackberry Coolada - 2 oz blackberry mix - 1/2 cup pineapple juice - 1/2 cup pina colada mix - ice / rocks or frozen

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Red Tea Time - Song #109 Apr. 19

Michael Droste

Big Red Ice Tea - 1/3 c. strawberry soda - 2/3 c. ice tea - ice

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Roy Rogers - Song #110 Apr. 20

Michael Droste

Roy Rogers - dash of grenadine - 6 oz cola (or to fill) - Serve on rocks

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Honey Spice Tea For Two - Song #111 Apr. 21

Michael Droste

Honey Spice Tea for Two - Ingredients: 2.00 c Water - 1.00 tb Honey - 2.00 ea Thin slices lemon - 1.00 ea (1-inch) stick cinnamon-broken - 2.00 ts Bags Directions: Combine water, honey, lemon slices and cinnamon in a 4 cup glass measure. Microwave 4-5 minutes or until steaming hot at high. Stir. Add tea bags, cover and let steep 4-5 minutes. Remove lemon slices, cinnamon and tea bags, pour into cups and serve immediately

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Malty Milky Shakey - Song #112 Apr. 22

Michael Droste

Malty Milky Shakey - Ingredients: 1/4  teaspoon  Vanilla extract - 2  teaspoons  Malt - 1  cup  Chilled milk - 1  scoop  Ice cream Directions: Add all ingredients into a blender and mix until thick and frothy. Serve immediately.

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Punch Strawberry Citrus - Song #113 Apr. 23

Michael Droste

Punch Strawberry Citrus - Ingredients: - 4.00 c Orange juice; chilled - 1.00 c Lemon juice from concentrate - 36.00 oz Lemon-lime soda - 20.00 oz Frozen strawberries in syrup-partially thawed - Directions: In punch bowl, combine juices. Just before serving, add carbonated beverage and strawberries

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Tasty Tea Time - Song #114 Apr. 24

Michael Droste

Get some Lipton iced tea mix and follow the instructions :) LOL - add lemon ;)

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Coke My Float - Song #115 Apr. 25

Michael Droste

Coke My Float ;) get the real thing and add a scoop of vanilla ice cream

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The Fast One - Song #116 Apr. 26

Michael Droste

The fast one :) go to the faucet and flip the switch (if your water taste is good) This is the fastest song I've written - it is at 240 beats per minute - it still has verses, choruses and a bridge - albeit very quickly :)

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Mikey's Special - Song #117 Apr. 27

Michael Droste

Mikey's Special - mix 2/3 left over cold coffee with 1/3 milk and add 2 tablespoons of Hershey's chocolate :) YUMMY :)

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Ginger Not Mary Ann Tea - Song #118 Apr. 28

Michael Droste

Ginger Not Mary Ann Tea :) Ingredients: 2.00 Thin slices of fresh ginger - 1.00 c Boiling water - Sugar to taste Directions: Steep fresh ginger slices in boiling hot water for 10 minutes. Add approximately one teaspoon of sugar per cup of water. Serves 1

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Spicy Coffee Cup - Song #119 Apr. 29

Michael Droste

Spicy Coffee Cup :) Ingredients: 3.00 c Milk - 3.00 c Water - 1.00 Cinnamon stick (1-in long) - 5.00 Cardamom pods - 6.00 tb Sugar - 6.00 tb Coffee, regular grind Directions: Combine water and milk in a saucepan and bring to a boil. Add cinnamon, cardamom pods, sugar and coffee into boiling liquid in saucepan. Stir a few times and boil over medium heat 3 to 4 minutes. Make sure it does not boil over. Strain coffee through cheesecloth into another pan. Place coffee over heat and bring to a boil. Pour coffee between two pans until thick and creamy. Serve in cups immediately.

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Zing Me The Last One - Song #120 Apr. 30

Michael Droste

Zing Me The Last One - so ends the drink saga for this month :) what will be next? come back to the same bat channel and the same bat station to see :) Ingredients: 4 Red Zinger tea bags - 4  cups  water - 1/2  cup  sugar - 4  cups  lemonade - Directions: Steep the tea bags in the 4 cups of water that have been boiled. Let cool. Stir in sugar and then add the lemonade. Chill all and serve.

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French Fly Gets Funky - Song #121 May 1

Michael Droste

French Fly Gets Funky :) With all the problems around the world, it seems that we can’t just ‘all get along’ with each other. The sooner we realize that we are all on this planet together and that we have to help each other - the sooner we will come to a lasting peace throughout the world. People have to want this - and - work for this to happen - it’s not going to happen by itself. A special thank you to Liliana G. for the idea for the song names to be a combination of races, cultures, religions, countries, dances and cultures. IF YOU TAKE OFFENSE to the TILES of the SONGS - Then how can YOU expect the cultures of the world to mix?

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Judaism Jazz Jam - Song #122 May 2

Michael Droste

Judaism Jazz Jam

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Christian Hora - Song #123 May 3

Michael Droste

Christian Hora :) What a combo ;)

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Islamic Mazinka Me - Song #124 May 4

Michael Droste

Islamic Mazinka Me :)

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Hindu Honey Bunny Hop - Song #125 May 5

Michael Droste

Hindu Honey Bunny Hop

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Buddhism Meets Evangelism - Song #126 May 6

Michael Droste

Buddhism Meets Evangelism

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Bible Belt Boogie - Song #127 May 7

Michael Droste

Bible Belt Boogie

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Brown Yellow Red Black White - Song #128 May 8

Michael Droste

Brown Yellow Red Black White

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Indian Islamic Tarantella - Song #129 May 9

Michael Droste

Indian Islamic Tarantella - Happy Birthday to my little sister Liz :)

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Shinto Shimmy - Song #130 May 10

Michael Droste

Shinto Shimmy

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People Of The World - Song #131 May 11

Michael Droste

People Of The World :) The following quotes used in this song are from (what many agree) is the most influential piece of music in history - Beethoven’s Ninth Symphony - the last movement uses a very large chorus + soloists and is sung in german - many classical music fans are not familiar with the meaning of the piece or the text Beethoven used - putting words into Beethoven’s mouth here :) he really believed that we are here together on this planet to help each other and lift each other up to a higher purpose - because we are all in this together - not one person is better than another because of their social status, ethnicity, title or country - The ninth symphony was a gift to all of humanity and THAT is why it is played at important events! :) like the turn of the millennium :) "I will seize Fate by the throat. It will not wholly conquer me! Oh, how beautiful it is to live - and live a thousand times over!" - Ludwig Van Beethoven

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Tutski Watuski - Song #132 May 12

Michael Droste

Tutski Watuski

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Palestinian Polka Piece - Song #133 May 13

Michael Droste

Palestinian Polka Piece

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Peruvish Dervish - Song #134 May 14

Michael Droste

Peruvish Dervish

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Royal Mosh Pit - Song #135 May 15

Michael Droste

Royal Mosh Pit

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Scientology Square Dance - Song #136 May 16

Michael Droste

Scientology Square Dance

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Linguini Lambata Trapini Trapata - Song #137 May 17

Michael Droste

Linguini Lambata Trapini Trapata

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Christian Muslim Oil Rights Fight - Song #138 May 18

Michael Droste

Christian Muslim Oil Rights Fight

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We Are All In This Together - Song #139 May 19

Michael Droste

We Are All In This Together

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The Honduran Hully Gully Man - Song #140 May 20

Michael Droste

The Honduran Hully Gully Man

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Slovakian Time Warp - Song #141 May 21

Michael Droste

Slovakian Time Warp

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Celebrate That We Are Different - Song #142 May 22

Michael Droste

Celebrate That We Are Different

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R U Really Color Blind - Song #143 May 23

Michael Droste

R U Really Color Blind

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Vietnam Cotton Eyed GI Joe - Song #144 May 24

Michael Droste

Vietnam Cotton Eyed GI Joe

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World Is 1 - Song #145 May 25

Michael Droste

The World Is 1 (Happy Birthday Paul)

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Life As We Know IT - Song #146 May 26

Michael Droste

Life As We Know IT

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The Day Prior To The Big Event - Song #147 May 27

Michael Droste

The Day Prior To The Big Event

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Today Is My Birthday - Song #148 May 28

Michael Droste

Today - is my birthday :) now 41

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Remember Those That Passed - Song #149 May 29

Michael Droste

Memorial Day - Remember Those That Passed

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Tex-Mex - Song #150 May 30

Michael Droste

Tex-Mex

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Bounce Around The Globe - Song #151 May 31

Michael Droste

Bounce Around The Globe

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SummerTime Fun - Song #152 Jun 1

Michael Droste

SummerTime Fun! :)

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Summer Picnic - Song #153 Jun 2

Michael Droste

Summer Picnic

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Saturday Relaxin In The Sun - Song #154 Jun 3

Michael Droste

Saturday Relaxin In The Sun

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Sunday In The Park - Song #155 Jun 4

Michael Droste

Sunday In The Park

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Hottie Dog & Hambugler - Song #156 Jun 5

Michael Droste

Hottie Dog & Hambugler

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Smell Taste Touch Of Rain - Song #157 Jun 6

Michael Droste

Smell Taste Touch Of Rain

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Beach Party Day - Song #158 Jun 7

Michael Droste

Beach Party Day

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Mandolin Shower - Song #159 Jun 8

Michael Droste

Mandolin Shower

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Freedom Summer Fun - Song #160 Jun 9

Michael Droste

Freedom Summer Fun

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Saturday Rain STINKS - Song #161 Jun 10

Michael Droste

Saturday Rain STINKS

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Watermelon Me 1 - Song #162 Jun 11

Michael Droste

Watermelon Me 1

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QWERTY Me 1 - Song #163 Jun 12

Michael Droste

QWERTY Me 1

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City Of Confusion - Song #164 Jun 13

Michael Droste

City Of Confusion

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Bummin' Through The Parks - Song #165 Jun 14

Michael Droste

Bummin' Through The Parks

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Potato Salad K-Style - Song #166 Jun 15

Michael Droste

Potato Salad K-Style

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North Avenue Beach - Song #167 Jun 16

Michael Droste

North Avenue Beach

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Summer Twilight - Song #168 Jun 17

Michael Droste

Summer Twilight

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Sunday Morning Brunch - Song #169 Jun 18

Michael Droste

Sunday Morning Brunch - HAPPY FATHER'S DAY :)

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Chi Town Blues - Song #170 Jun 19

Michael Droste

Chi Town Blues

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Life - It Is A Beach - Song #171 Jun 20

Michael Droste

Life Can be Found On A Beach

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Summer Splendor - Song #172 Jun 21

Michael Droste

Summer Splendor

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County Fair - Song #173 Jun 22

Michael Droste

County Fair

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Summer Barn Dance - Song #174 Jun 23

Michael Droste

Summer Barn Dance

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Saturday Golf Outing - Song #175 Jun 24

Michael Droste

Saturday Golf Outing

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Sunday Afternoon Gardening - Song #176 Jun 25

Michael Droste

Sunday Afternoon Gardening

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Brats N Brisket - Song #177 Jun 26

Michael Droste

Brats N Brisket

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Road Trip - Song #178 Jun 27

Michael Droste

ROAD TRIP :) - a very short one :) - still have to write the songs :)

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Home Sweet Home - Song #179 Jun 28

Michael Droste

Home Sweet Home

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Upcoming Holiday - Song #180 Jun 29

Michael Droste

Upcoming Holiday

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End Of An Era - Song #181 Jun 30

Michael Droste

End Of An Era

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Newton As In Fig - Song #182 Jul 1

Michael Droste

Certainly one of the greatest scientists who ever lived, Isaac Newton (1642-1727) had a profound impact on astronomy, physics, and mathematics. Among his many achievements were the invention of the reflecting telescopeóthe basic design behind all large telescopes used today; the invention of a branch of mathematics known as calculus, a critical tool throughout science; the elucidation of the three laws of motion; and the development of the law of universal gravitation. Until the coming of general relativity in the 20th century, Newtonís theories were the basis for all cosmological models. When still in his mid-twenties, he was named Lucasian Professor of Mathematics at Cambridge the post now held by Stephen Hawking.

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Kepler's Unlawful Motion - Song #183 Jul 2

Michael Droste

Johannes Kepler was born in 1571 in Weil der Stadt. There he was introduced to the ideas of Copernicus and delighted in them. In 1596, while a mathematics teacher in Graz, he wrote the first outspoken defense of the Copernican system, the Mysterium Cosmographicum. Kepler's Laws of Planetary Motion The First Law: Planets move in ellipses with the Sun at one focus. The Second Law: The radius vector describes equal areas in equal times. The Third Law: The squares of the periodic times are to each other as the cubes of the mean distances.

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Einstein's Relatives - Song #184 Jul 3

Michael Droste

Albert Einstein was born at Ulm, in Württemberg, Germany, in 1879. In 1901, the year he gained his diploma, he acquired Swiss citizenship and, as he was unable to find a teaching post, he accepted a position as technical assistant in the Swiss Patent Office. In 1905 he obtained his doctor's degree. During his stay at the Patent Office, and in his spare time, he produced much of his remarkable work and in 1908 he was appointed Privatdozent in Berne. In 1909 he became Professor Extraordinary at Zurich, in 1911 Professor of Theoretical Physics at Prague, returning to Zurich in the following year to fill a similar post. In 1914 he was appointed Director of the Kaiser Wilhelm Physical Institute and Professor in the University of Berlin. He became a German citizen in 1914 and remained in Berlin until 1933 when he renounced his citizenship for political reasons and emigrated to America to take the position of Professor of Theoretical Physics at Princeton*. He became a United States citizen in 1940 and retired from his post in 1945. Einstein always appeared to have a clear view of the problems of physics and the determination to solve them. He had a strategy of his own and was able to visualize the main stages on the way to his goal. He regarded his major achievements as mere stepping-stones for the next advance. At the start of his scientific work, Einstein realized the inadequacies of Newtonian mechanics and his special theory of relativity stemmed from an attempt to reconcile the laws of mechanics with the laws of the electromagnetic field. He dealt with classical problems of statistical mechanics and problems in which they were merged with quantum theory: this led to an explanation of the Brownian movement of molecules. He investigated the thermal properties of light with a low radiation density and his observations laid the foundation of the photon theory of light. In the 1920's, Einstein embarked on the construction of unified field theories, although he continued to work on the probabilistic interpretation of quantum theory, and he persevered with this work in America. He contributed to statistical mechanics by his development of the quantum theory of a monatomic gas and he has also accomplished valuable work in connection with atomic transition probabilities and relativistic cosmology. After his retirement he continued to work towards the unification of the basic concepts of physics, taking the opposite approach, geometrisation, to the majority of physicists. He died on April 18, 1955 at Princeton, New Jersey.

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Galileo Got Guts - Song #185 Jul 4

Michael Droste

Galileo Galilei 1564 -1642 "I do not feel obliged to believe that the same god who has endowed us with sense, reason and intellect has intended us to forgo their use." -Galileo As a professor of astronomy at University of Pisa, Galileo was required to teach the accepted theory of his time that the sun and all the planets revolved around the Earth. Galileo's support for the heliocentric theory got him into trouble with the Roman Catholic Church. In 1633 the Inquisition convicted him of heresy and forced him to recant (publicly withdraw) his support of Copernicus. They sentenced him to life imprisonment, but because of his advanced age allowed him serve his term under house arrest at his villa outside of Florence, Italy. Galileo's originality as a scientist lay in his method of inquiry. First he reduced problems to a simple set of terms on the basis of everyday experience and common-sense logic. Then he analyzed and resolved them according to simple mathematical descriptions. The success with which he applied this technique to the analysis of motion opened the way for modern mathematical and experimental physics.

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Hawking's Hole - Song #186 Jul 5

Michael Droste

Stephen Hawking - In March 1959 Hawking took the scholarship examinations with the aim of studying natural sciences at Oxford. He was awarded a scholarship, despite feeling that he had performed badly, and at University College he specialized in physics in his natural sciences degree. From Oxford, Hawking moved to Cambridge to take up research in general relativity and cosmology. After completing his doctorate in 1966 Hawking was awarded a fellowship at Gonville and Caius College, Cambridge. He became Professor of Gravitational Physics at Cambridge in 1977. In 1979 Hawking was appointed Lucasian Professor of Mathematics at Cambridge. The man born 300 years to the day after Galileo died now held Newton's chair at Cambridge. Continuing this work on black holes, Hawking discovered in 1970 a remarkable property. Using quantum theory and general relativity he was able to show that black holes can emit radiation. His success with proving this made him work from that time on combining the theory of general relativity with quantum theory. In 1971 Hawking investigated the creation of the Universe and predicted that, following the big bang, many objects as heavy as 109 tons but only the size of a proton would be created. These mini black holes have large gravitational attraction governed by general relativity, while the laws of quantum mechanics would apply to objects that small.

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Fermi's Pile - Song #187 Jul 6

Michael Droste

Enrico Fermi - In 1926, Fermi discovered the statistical laws, nowadays known as the Fermi statistics, governing the particles subject to Pauli's exclusion principle - now referred to as fermions, in contrast with bosons which obey the Bose-Einstein statistics. During the early years of his career in Rome he occupied himself with electrodynamic problems and with theoretical investigations on various spectroscopic phenomena. But a capital turning-point came when he directed his attention from the outer electrons towards the atomic nucleus itself. In 1934, he evolved the ß-decay theory, coalescing previous work on radiation theory with Pauli's idea of the neutrino. Following the discovery by Curie and Joliot of artificial radioactivity 1934, he demonstrated that nuclear transformation occurs in almost every element subjected to neutron bombardment. This work resulted in the discovery of slow neutrons that same year, leading to the discovery of nuclear fission and the production of elements lying beyond what was until then the Periodic Table. In 1938, Fermi was without doubt the greatest expert on neutrons, and he continued his work on this topic on his arrival in the United States, where he was soon appointed Professor of Physics at Columbia University, N.Y. 1939-I942. Upon the discovery of fission, by Hahn and Strassmann early in 1939, he immediately saw the possibility of emission of secondary neutrons and of a chain reaction. He proceeded to work with tremendous enthusiasm, and directed a classical series of experiments which ultimately led to the atomic pile and the first controlled nuclear chain reaction. This took place in Chicago on December 2, 1942 - on a squash court situated beneath Chicago's stadium. He subsequently played an important part in solving the problems connected with the development of the first atomic bomb. He was one of the leaders of the team of physicists on the Manhattan Project for the development of nuclear energy and the atomic bomb.

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Edison's Light And Sound - Song #188 Jul 7

Michael Droste

Thomas Alva Edison - born 1847, Milan, Ohio, U.S. d. Oct. 18, 1931, West Orange, N.J. American inventor who, singly or jointly, held a world record 1,093 patents. In addition, he created the world's first industrial research laboratory. Edison was the quintessential American inventor in the era of Yankee ingenuity. He began his career in 1863, in the adolescence of the telegraph industry, when virtually the only source of electricity was primitive batteries putting out a low-voltage current. Before he died, in 1931, he had played a critical role in introducing the modern age of electricity. From his laboratories and workshops emanated the phonograph, the carbon-button transmitter for the telephone speaker and microphone, the incandescent lamp, a revolutionary generator of unprecedented efficiency, the first commercial electric light and power system, an experimental electric railroad, and key elements of motion-picture apparatus, as well as a host of other inventions.

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Sagan's SETI - Song #189 Jul 8

Michael Droste

Carl Edward Sagan 1934 - 1996 was an American astronomer and science popularizer. He pioneered exobiology and promoted the Search for ExtraTerrestrial Intelligence SETI. He is world-famous for his popular science books and the television series Cosmos, which he co-wrote and presented. In his works he frequently advocated the scientific method. From Cosmos and his frequent appearances on The Tonight Show, Sagan became associated with the catch phrase "billions and billions." Carl Sagan also wrote an introduction for the best selling book by Stephen Hawking, A Brief History of Time. The landing site of the unmanned Mars Pathfinder spacecraft was renamed the Carl Sagan Memorial Station in honor of Dr. Sagan on July 5, 1997. Asteroid 2709 Sagan is also named in his honor.

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Franklin's Electrical Fire - Song #190 Jul 9

Michael Droste

Ben Franklin - 1706 - 1790, Philadelphia - pseudonym Richard Saunders - American printer and publisher, author, inventor and scientist, and diplomat. He invented a stove, still being manufactured, to give more warmth than open fireplaces; the lightning rod and bifocal eyeglasses also were his ideas. Grasping the fact that by united effort a community may have amenities which only the wealthy few can get for themselves, he helped establish institutions people now take for granted: a fire company, a library, an insurance company, an academy, and a hospital. In some cases these foundations were the first of their kind in North America. In the 1740s electricity was a novel and fashionable subject. It was introduced to Philadelphians by an electrical machine sent to the Library Company by one of Franklin's English correspondents. In the winter of 1746-47, Franklin and three of his friends began to investigate electrical phenomena. The Philadelphia weather favored them, as did the availability of talented instrument makers. Ingenious experiments and machines were devised and described in personal letters to England, which were relayed to the Royal Society of London or the Gentleman's Magazine. These papers were collected in 1751 as Experiments and Observations on Electricity and were translated into French 1752, German 1758, and Italian 1774. Franklin's fame spread rapidly. The experiment he suggested to prove the identity of lightning and electricity was first made in France before he is believed to have tried the simpler but dangerous expedient of flying a kite in a thunderstorm. He and his associates concluded early that the "Electrical Fire" was "an Element diffused among, and attracted by other matter, particularly by Water and Metals." When a body with an over quantity approached one with an under quantity, a discharge equalized the electrical fire in the two.

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Raman's Sound Effect - Song #191 Jul 10

Michael Droste

Sir Chandrasekhara Venkata Raman - Sir C. V. Raman 1888-1970 Raman joined the Indian Audit and Accounts Service and was appointed the Assistant Accountant General in the Finance Department in Kolkata. In Kolkata, he sustained his interest in science by working in the laboratory of the Indian Association for the Cultivation of Science, in his spare time studying the physics of stringed instruments and Indian drums. In 1917, Raman gave up his government job to become the Sir Taraknath Palit Professor of Physics at the Science College of University of Calcutta 1917-33. He made enormous contributions to research in the areas of vibration, sound, musical instruments, ultrasonics, diffraction, photoelectricity, colloidal particles, X-ray diffraction, magnetron, dielectrics, etc. In particular, his work on the scattering of light during this period brought him world-wide recognition. His discovery is now known as the Raman Effect.

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Darwin's Evolution - Song #192 Jul 11

Michael Droste

Charles Darwin 1809 - 1882 Darwin was an English naturalist renowned for his documentation of evolution and for his theory of its operation, known as Darwinism. His evolutionary theories, propounded chiefly in two works--On the Origin of Species by Means of Natural Selection 1859 and The Descent of Man, and Selection in Relation to Sex 1871 - have had a profound influence on subsequent scientific thought. Darwin thus enjoyed a secure position in the professional upper middle class that provided him with considerable social and professional advantages. On the Origin of Species. When Darwin returned to England in 1836 he was welcomed by the scientific fraternity as a colleague and was promptly made a fellow of the Geological Society. The next year he was elected to its governing council.

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Bell's Inventions - Song #193 Jul 12

Michael Droste

Alexander Bell in Edinburgh on March 3, 1847, he later adopted the middle name Graham out of admiration for Alexander Graham, a family friend. Many called Bell "the father of the Deaf." This title may be regarded as somewhat ironic due to his belief in the practice of eugenics. While both his mother and his wife were deaf, he hoped to one day eliminate hereditary deafness from the population. Bell speaking into prototype model of the telephone At Boston University he continued his research in the same field, and endeavored to produce a telephone which would not only send musical notes, but articulate speech. With financing from his American father-in-law, on March 7, 1876, the U.S. Patent Office granted him Patent Number 174,465 covering "the method of, and apparatus for, transmitting vocal or other sounds telegraphically … by causing electrical undulations, similar in form to the vibrations of the air accompanying the said vocal or other sound", the telephone. After obtaining the patent for the telephone, Bell continued his many experiments in communication, which culminated in the invention of the photophone-transmission of sound on a beam of light — a precursor of today's optical fiber systems. He also worked in medical research and invented techniques for teaching speech to the deaf. The range of Bell's inventive genius is represented only in part by the eighteen patents granted in his name alone and the twelve he shared with his collaborators. These included fourteen for the telephone and telegraph, four for the photophone, one for the phonograph, five for aerial vehicles, four for hydroairplanes, and two for a selenium cell. Bell had many ideas that were later realized in inventions. During his Volta Laboratory period, Bell and his associates considered impressing a magnetic field on a record, as a means of reproducing sound. Although the trio briefly experimented with the concept, they were unable to develop a workable prototype. They abandoned the idea, never realizing they had glimpsed a basic principle which would one day find its application in the tape recorder, the hard disc and floppy disc drive, and other magnetic media. Bell's own home used a primitive form of air conditioning, in which fans blew currents of air across great blocks of ice. He also anticipated modern concerns with fuel shortages and industrial pollution. Methane gas, he reasoned, could be produced from the waste of farms and factories. At his Canadian estate in Beinn Bhreagh, Nova Scotia, he experimented with composting toilets and devices to capture water from the atmosphere. In a magazine interview published shortly before his death, he reflected on the possibility of using solar panels to heat houses.

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Wright's First Flight - Song #194 Jul 13

Michael Droste

Wilbur and Orville Wright - You take your seat at the center of the machine beside the operator. He slips the cable, and you shoot forward. An assistant who has been holding the machine in balance on the rail, starts forward with you, but before you have gone fifty feet the speed is too great for him, and he lets go. Before reaching the end of the track the operator moves the front rudder, and the machine lifts from the rail like a kite supported by the pressure of the air underneath it. The ground under you is at first a perfect blur, but as you rise the objects become clearer. At a height of one hundred feet you feel hardly any motion at all, except for the wind which strikes your face. If you did not take the precaution to fasten your hat before starting, you have probably lost it by this time. The operator moves a lever: the right wing rises, and the machine swings about to the left. You make a very short turn, yet you do not feel the sensation of being thrown from your seat, so often experienced in automobile and railway travel. You find yourself facing toward the point from which you started. The objects on the ground now seem to be moving at much higher speed, though you perceive no change in the pressure of the wind on your face. You know then that you are traveling with the wind. When you near the starting point, the operator stops the motor while still high in the air. The machine coasts down at an oblique angle to the ground, and after sliding fifty or a hundred feet comes to rest. Although the machine often lands when traveling at a speed of a mile a minute, you feel no shock whatever, and cannot, in fact, tell the exact moment at which it first touched the ground. The motor close beside you kept up an almost deafening roar during the whole flight, yet in your excitement, you did not notice it till it stopped. Our experiments have been conducted entirely at our own expense. In the beginning we had no thought of recovering what we were expending, which was not great, and was limited to what we could afford for recreation. Later, when a successful flight had been made with a motor, we gave up the business in which we were engaged, to devote our entire time and capital to the development of a machine for practical uses. As soon as our condition is such that constant attention to business is not required, we expect to prepare for publication the results of our laboratory experiments, which alone made an early solution of the flying problem possible.

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Pythagorus A2+B2=C2 Song #195 Jul 14

Michael Droste

Pythagoras is rather known for mathematics than for philosophy. Anyone who can recall math classes will remember the first lessons of plane geometry that usually start with the Pythagorean theorem about right-angled triangles: a2+b2=c2. In spite of its name, the Pythagorean theorem was not discovered by Pythagoras. The earliest known formulation of the theorem was written down by the Indian mathematician in 800BC. The principle was also known to the earlier Egyptian and the Babylonian master builders. However, Pythagoras may have proved the theorem and popularized it in the Greek world. With it, his name and his philosophy have survived the turbulences of history. His immediate followers were strongly influenced by him, and even until today Pythagoras shines through the mist of ages as one of the brightest figures of early Greek antiquity. The Pythagorean theorem is often cited as the beginning of mathematics in Western culture, and ever since mathematics - the art of demonstrative and deductive reasoning- has had a profound influence on Western philosophy. Pythagoras’ influence found an expression in visual art and music as well, particularly in the renaissance and baroque epoch. The far-reaching imprint of his ideas is yet more impressive if we consider that he did not leave any original writings. Instead, all what is known about Pythagoras was handed down by generations of philosophers and historiographers, some of whom, like Heraclitus, opposed his views. In this light it is remarkable that Pythagoras’ teachings have survived relatively undistorted until the present day.

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The Real Ford - Song #196 Jul 15

Michael Droste

Henry Ford was born on July 30, 1863 in the Detroit, Michigan area. He had an intelligent, inquisitive nature and was energized by the huge growth of industry occurring in the Detroit area. He was also an avid experimenter. Once, in order to prove the power of steam, he plugged up the spout of a tea kettle full of boiling water and it blew apart! As he grew up his father allowed him to "tinker" with many of the tools on the farm. Ford's mother called him a "born mechanic" and provided him with darning needles and corset stays to make into tools for his watch repair work. Probably the most dramatic event in Henry Ford's life happened in 1876 when he was thirteen years old. While riding with his father in a wagon, they saw a steam engine traveling along the road under its own power! Ford jumped off the wagon and excitedly began to question the driver about this remarkable engine. Used for stationary purposes such as sawing wood, the engine had been mounted on wheels to propel itself. The engineer explained all about the machine and even let Ford fire the engine and run it. Ford later said, "That showed me that I was by instinct an engineer." The seed was planted that there could be a self-propelled vehicle and that thought would haunt his imagination for years. It was through working at the Detroit Edison Illuminating Company that Ford met Thomas Edison. At a convention Ford was introduced to Edison as "the young fellow who's made a gas car." After discussing his ideas with the great inventor, Ford was glad to hear that Edison thought his ideas had merit. Edison told him, "Young man, you have it, a self-contained unit carrying its own fuel. Keep at it!" The meeting with Thomas Edison gave Henry Ford fresh inspiration and his spirit was renewed by the famous inventor's words of encouragement. By 1899 Ford had produced an operable car that was written up in the Detroit Journal. Ford was described as a "mechanical engineer." Eventually his work developing automobiles conflicted with his position at the Detroit Edison Illuminating Company. Even though the company was well pleased with his work and offered him the General Superintendent position, they asked him to make a choice. Could he give up his "hobby" of automobile building and devote himself to the company? Ford made the decision. He wanted to make automobiles. After some false starts, on June 16, 1903, with ten investors plus Ford's patents, knowledge and engine, Henry Ford incorporated the Ford Motor Company. The Model T was the ninth model made. It was first marketed in October 1908 and the company dominated sales for the next eighteen years. Because of his development of the assembly line used to mass produce automobiles, Ford sold more than one half of the cars in the industry in 1918-1919 and 1921-1925. The Model T, or Tin Lizzie, was a hard working, sturdy, commonplace car. Ford's dream had come true. "I will build a motor car for the great multitude, constructed of the best materials, by the best men to be hired, after the simplest designs that modern engineering can devise, so low in price that no man making a good salary will be unable to own one and enjoy with his family the blessing of hours of pleasure in God's great open spaces." Henry Ford and Thomas Edison had become the best of friends. They admired and respected each other. In 1916 Henry Ford purchased Mangoes, the home next door to his friend Edison's Seminole Lodge, so that he and Clara could vacation there while the Edisons were down. The two families enjoyed their time "away from it all" in the tropical serenity of Fort Myers, Florida. Camping expeditions into the Everglades, with Harvey Firestone and his family, plus naturalist John Burroughs, became a special treat. Henry Ford died April 7, 1947. Editorial tributes were favorable to Henry Ford. He was praised as a patriot, philanthropist, philosopher, reformer, economist, and teacher and depicted as a symbol of individualism and productive genius

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Goddard's Big Firecracker - Song #197 Jul 16

Michael Droste

Dr. Goddard was the first to: • mathematically prove that a rocket can propel in a vacuum in 1907; • patent the oscillator tube, which was later used in the radio industry 1912; • patent the concept of the multi-stage rocket in 1914; • prove by testing that rockets can propel in a vacuum in 1915; • invent the prototype of the bazooka (in 1918); • develop a rocket using liquid fuels in 1921-1926; • have a liquid-fueled rocket lift its own weight at Clark University on Dec. 6, 1925; • successfully fire a liquid fuel rocket in Auburn, MA on March 16, 1926; • launch a rocket with a scientific payload a barometer and a camera in 1929; • develop gyro stabilization apparatus as an internal guidance system for rockets in 1932; • use vanes in rocket motor blast for guidance in 1932; • fire a liquid fuel rocket that traveled faster than the speed of sound on March 8, 1935; • use a rocket engine pivoted on gimbals controlled by a gyro mechanism 1937. Dr. Goddard also: • was first to use a De Laval expanding cone Nozzle in a rocket; • developed the first turbo pumps for a liquid propellant rocket; • used the first pulse-jet engine; • developed the first liquid propellant rocket cluster.

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Archimedes Found PI - Song #198 Jul 17

Michael Droste

Archimedes was a Greek mathematician, astronomer, philosopher, physicist and engineer. He was killed by a Roman soldier during the sack of the city, despite orders from the Roman general, Marcellus, that he was not to be harmed. The Greeks said that he was killed while drawing an equation in the sand, and told this story to contrast their high-mindedness with Roman ham-handedness; however, it should be noted that Archimedes designed the siege engines that devastated a substantial Roman invasion force, so his death may have been out of retribution. Some math historians consider Archimedes to be one of history's greatest mathematicians, along with possibly Newton, Gauss, and Euler. Archimedes was a famous mathematician whose theorems and philosophies became world known. He gained a reputation in his own time which few other mathematicians of this period achieved. He is considered by most historians of mathematics as one of the greatest mathematicians of all time. He discovered pi. He was best known for his discovery of the relation between the surface and volume of a sphere and its circumscribing cylinder, for his formulation of a hydrostatic principle Archimedes' principle and for inventing the Archimedes screw a device for raising water. Archimedes Principal states: an object immersed in a fluid experiences a buoyant force that is equal in magnitude to the force of gravity on the displaced fluid. He also invented things such as the hydraulic screw - for raising water from a lower to a higher level, catapult, the lever, the compound pulley and the burning mirror. In mechanics Archimedes discovered fundamental theorems concerning the center of gravity of plane figures and solids.

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The Curie Cure - Song #199 Jul 18

Michael Droste

Marie Curie was a Polish-born French physicist famous for her work on radioactivity and twice a winner of the Nobel Prize. With Henri Becquerel and her husband, Pierre Curie, she was awarded the 1903 Nobel Prize for Physics. She was then sole winner of the 1911 Nobel Prize for Chemistry. Following Henri Becquerel's discovery 1896 of a new phenomenon which she later called "radioactivity", Marie Curie, looking for a subject for a thesis, decided to find out if the property discovered in uranium was to be found in other matter. She discovered that this was true for thorium at the same time as G.C. Schmidt did.

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Herschel's Solar Tune - Song #200 Jul 19

Michael Droste

Friedrich Wilhelm Herschel November 15, 1738 - August 25, 1822 Friedrich Wilhelm Herschel was born in Hannover Germany in 1738 as son of Issak Herschel 1707-1767, a musician in the regimental band of the Foot-Guards, and Anna Ilse b. Moritzen. F.W. Herschel himself became also musician an oboist and joined his father and his brother Jacob in that band. In 1759, after experiencing the 1757 battle at Hastenbeck, he and Jacob went to England. Jacob returned to Hannover after two years, but Wilhelm called William in England stayed. After teaching music for some time, he became organist at Halifax in 1765, and organist and conductor at Bath in 1766. In 1772, William took home in Bath, and was joined by his sister Caroline. On May 10, 1773, at age 35, William Herschel purchased a copy of Ferguson's book, Astronomy, and found interest in astronomy. Consequently, he started to become a skilled maker of the most powerful telescopes of his time: After 1774, he had acquired skills to make specula mirrors superior to any which had been made before. Moreover, he started to observe the heavens; among his first objects, observed on the 4th of March, 1774, was the Orion Nebula. On March 13, 1781 William Herschel discovered what he first thought to be a comet, but was later found to be planet Uranus. In recognition of this discovery, he was elected to the Royal Society on December 7, 1781, and awarded an annual grant by King George III of England, which enabled him to give up his career in music on May 19, 1782 and concentrate on astronomy as the Court Astronomer of the King. In 1783, Herschel published his observations leading to the discovery of the Solar Motion. He determined that our solar system is moving between the neighboring stars in the direction of the star Lambda Herculis; he introduced the term Solar Apex for this direction W.H. 1783. In 1787, William Herschel discovered two moons of Uranus, Titania and Oberon. As the most renowned astronomer of his time, William Herschel contributed significantly to most branches of astronomy: He also investigated the proper motion of stars and derived the peculiar motion of the solar system toward the direction of constellation Hercules, modeled the Milky Way galaxy from stellar statistics, and speculated about the nature of the nebulae, including a discussion of the possibility of external island universes galaxies which had been brought up by Kant. He also contributed to physics especially optics and, e.g., discovered the infrared light.

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