Wilhelm hi-res stock photography and images

Wilhelm Richard Wagner, German Composer Stock Photo

RMHRP3J0–Wilhelm Richard Wagner, German Composer

Wilhelm and Cosima Wagner, 1872 Stock Photo

RMHRP3J1–Wilhelm and Cosima Wagner, 1872

RMHRKJTW–Wilhelm Richard Wagner, German Composer

RMHRNRM0–Wilhelm Richard Wagner, German Composer

Wilhelm Fabry, German Surgeon Stock Photo

RMHRNMN0–Wilhelm Fabry, German Surgeon

RMHRNMNB–Wilhelm Fabry, German Surgeon

RMHRNMMX–Wilhelm Fabry, German Surgeon

RMHRNY25–Wilhelm II, German Kaiser

Wilhelm Wein, German Physicist Stock Photo

RMHRNT4D–Wilhelm Wein, German Physicist

Gottfried Wilhelm Leibniz, German Mathematician Stock Photo

RMHRNW8T–Gottfried Wilhelm Leibniz, German Mathematician

Friedrich Wilhelm Nietzsche, German Philosopher Stock Photo

RMHRH405–Friedrich Wilhelm Nietzsche, German Philosopher

RMHRNW6J–Gottfried Wilhelm Leibniz, German Mathematician

RMHRKMYY–Gottfried Wilhelm Leibniz, German Mathematician

Carl Wilhelm Scheele, Swedish Chemist Stock Photo

RMHRP5HM–Carl Wilhelm Scheele, Swedish Chemist

RMHRKPPX–Gottfried Wilhelm Leibniz, German Mathematician

RMHRH422–Gottfried Wilhelm Leibniz, German Mathematician

RMHRKM6C–Gottfried Wilhelm Leibniz, German Mathematician

Wilhelm Ostwald, German Chemist Stock Photo

RMHRNW8W–Wilhelm Ostwald, German Chemist

Wilhelm Wundt, German Psychologist and Physiologist Stock Photo

RMHRNRBF–Wilhelm Wundt, German Psychologist and Physiologist

RMHRNRBE–Wilhelm Wundt, German Psychologist and Physiologist

RMHRNRNF–Wilhelm Ostwald, German Chemist

RMHRNR6F–Wilhelm Ostwald, German Chemist

RMHRNR6E–Wilhelm Ostwald, German Chemist

Wilhelm Roentgen, German Physicist Stock Photo

RMHRNWCP–Wilhelm Roentgen, German Physicist

RMHRKN92–Wilhelm Roentgen, German Physicist

RMHRKJM8–Wilhelm Roentgen, German Physicist

RMHRKJ86–Wilhelm Roentgen, German Physicist

RMHRKN3T–Wilhelm Roentgen, German Physicist

RMHRKN91–Wilhelm Roentgen, German Physicist

Wilhelm Richard Wagner (May 22, 1813 - February 13, 1883) was a German composer, theater director, polemicist, and conductor who is primarily known for his operas. Unlike most opera composers, Wagner wrote both the libretto and the music for each of his s Stock Photo

RMG14XJC–Wilhelm Richard Wagner (May 22, 1813 - February 13, 1883) was a German composer, theater director, polemicist, and conductor who is primarily known for his operas. Unlike most opera composers, Wagner wrote both the libretto and the music for each of his s

RMG15K59–Wilhelm Richard Wagner (May 22, 1813 - February 13, 1883) was a German composer, theater director, polemicist, and conductor who is primarily known for his operas. Unlike most opera composers, Wagner wrote both the libretto and the music for each of his s

Gottfried Wilhelm Leibniz (von Leibniz) (July 1, 1646 - November 14, 1716) was a German mathematician and philosopher. Leibniz occupies a prominent place in the history of mathematics and the history of philosophy. His mathematical notation has been widel Stock Photo

RMG15N7D–Gottfried Wilhelm Leibniz (von Leibniz) (July 1, 1646 - November 14, 1716) was a German mathematician and philosopher. Leibniz occupies a prominent place in the history of mathematics and the history of philosophy. His mathematical notation has been widel

RMG15DY2–Gottfried Wilhelm Leibniz (von Leibniz) (July 1, 1646 - November 14, 1716) was a German mathematician and philosopher. Leibniz occupies a prominent place in the history of mathematics and the history of philosophy. His mathematical notation has been widel

Friedrich Wilhelm Nietzsche (October 15, 1844 - August 25, 1900) was a German philosopher, poet, composer and classical philologist. He wrote critical texts on religion, morality, contemporary culture, philosophy and science. Nietzsche's influence on mode Stock Photo

RMG14TDG–Friedrich Wilhelm Nietzsche (October 15, 1844 - August 25, 1900) was a German philosopher, poet, composer and classical philologist. He wrote critical texts on religion, morality, contemporary culture, philosophy and science. Nietzsche's influence on mode

Effigy of Kaiser Wilhelm II which was hung in Paris, France during the beginning of World War I. In this circumstance an effigy is a crude figure or dummy representing a hated person or group. is common to burn an effigy of a person (burn in effigy) as an Stock Photo

RMG16B6R–Effigy of Kaiser Wilhelm II which was hung in Paris, France during the beginning of World War I. In this circumstance an effigy is a crude figure or dummy representing a hated person or group. is common to burn an effigy of a person (burn in effigy) as an

Churchill's interest in military affairs continued throughout his life. This 1909 photograph shows him attending German Army maneuvers with Kaiser Wilhelm. Winston Leonard Spencer-Churchill (November 30, 1874 - January 24, 1965) was a British politician w Stock Photo

RMG16AF1–Churchill's interest in military affairs continued throughout his life. This 1909 photograph shows him attending German Army maneuvers with Kaiser Wilhelm. Winston Leonard Spencer-Churchill (November 30, 1874 - January 24, 1965) was a British politician w

Wilhelm II portrait painted by Ferdinand Keller, 1893. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia from 1888 to 1918. Crowned in 1888, he dismissed the Ch Stock Photo

RMG16B0B–Wilhelm II portrait painted by Ferdinand Keller, 1893. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia from 1888 to 1918. Crowned in 1888, he dismissed the Ch

Wilhelm II photographed in 1915. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia from 1888 to 1918. Crowned in 1888, he dismissed the Chancellor, Otto von Bis Stock Photo

RMG16B0D–Wilhelm II photographed in 1915. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia from 1888 to 1918. Crowned in 1888, he dismissed the Chancellor, Otto von Bis

Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with Stock Photo

RMG15ME8–Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

Wilhelm II portrait, 1913, no artist indicated on caption card. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia from 1888 to 1918. Crowned in 1888, he dismiss Stock Photo

RMG16B0C–Wilhelm II portrait, 1913, no artist indicated on caption card. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia from 1888 to 1918. Crowned in 1888, he dismiss

Kaiser Wilhelm II (1859-1941), the last German Emperor and King of Prussia reviewing troops during World War I. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussi Stock Photo

RMG16B6Y–Kaiser Wilhelm II (1859-1941), the last German Emperor and King of Prussia reviewing troops during World War I. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussi

Kaiser Wilhelm II (1859-1941), the last German Emperor and King of Prussia, with troops during World War I. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia fr Stock Photo

RMG16B70–Kaiser Wilhelm II (1859-1941), the last German Emperor and King of Prussia, with troops during World War I. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the German Empire and the Kingdom of Prussia fr

RMG15CXA–Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

RMG15NDE–Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

RMG15J73–Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

RMG14TRC–Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

RMG14T9P–Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

RMG15J71–Wilhelm Konrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

Photograph shows General Paul von Hindenburg, Kaiser Wilhelm II, and General Erich Ludendorff standing at a table, examining large maps, circa 1914-18. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the Stock Photo

RMG16B0E–Photograph shows General Paul von Hindenburg, Kaiser Wilhelm II, and General Erich Ludendorff standing at a table, examining large maps, circa 1914-18. Wilhelm II (January 27, 1859 - June 4, 1941) was the last German Kaiser and King of Prussia, ruling the

Photograph shows German Kaiser Wilhelm II with his generals during World War I: standing left to right: von Bulow, von Mackensen, von Molike, Crown Prince William of Prussia, von Francois, Ludendorff, von Falkenheyn, von Eimen, von Beseler, von Bethman-Ho Stock Photo

RMG16B0F–Photograph shows German Kaiser Wilhelm II with his generals during World War I: standing left to right: von Bulow, von Mackensen, von Molike, Crown Prince William of Prussia, von Francois, Ludendorff, von Falkenheyn, von Eimen, von Beseler, von Bethman-Ho

Wilhelm Richard Wagner (May 22, 1813 - February 13, 1883) was a German composer, theater director, polemicist, and conductor. Unlike most opera composers, Wagner wrote both the libretto and the music for each of his stage works. He revolutionized opera through his concept of the Gesamtkunstwerk, by which he sought to synthesize the poetic, visual, musical and dramatic arts, with music subsidiary to drama, and which was announced in a series of essays between 1849-52. His compositions are notable for their complex textures, rich harmonies and orchestration, and the elaborate use of leitmotifs- Stock Photo

RM2BE0GC9–Wilhelm Richard Wagner (May 22, 1813 - February 13, 1883) was a German composer, theater director, polemicist, and conductor. Unlike most opera composers, Wagner wrote both the libretto and the music for each of his stage works. He revolutionized opera through his concept of the Gesamtkunstwerk, by which he sought to synthesize the poetic, visual, musical and dramatic arts, with music subsidiary to drama, and which was announced in a series of essays between 1849-52. His compositions are notable for their complex textures, rich harmonies and orchestration, and the elaborate use of leitmotifs-

RM2BE0YWG–Wilhelm Richard Wagner (May 22, 1813 - February 13, 1883) was a German composer, theater director, polemicist, and conductor. Unlike most opera composers, Wagner wrote both the libretto and the music for each of his stage works. He revolutionized opera through his concept of the Gesamtkunstwerk, by which he sought to synthesize the poetic, visual, musical and dramatic arts, with music subsidiary to drama, and which was announced in a series of essays between 1849-52. His compositions are notable for their complex textures, rich harmonies and orchestration, and the elaborate use of leitmotifs-

Two hands, viewed by x-ray. Photoprint from radiograph, after Sir Arthur Schuster, 1896. German physicist Wilhelm Rontgen is usually credited as the discoverer of x-rays in 1895, because he was the first to systematically study them, though he is not the first to have observed their effects. He is also the one who gave them the name 'x-rays' (signifying an unknown quantity) though many others referred to these as 'Rontgen rays' (and the associated x-ray radiograms as, 'Rontgenograms' for several decades after their discovery. Stock Photo

RM2BE10CM–Two hands, viewed by x-ray. Photoprint from radiograph, after Sir Arthur Schuster, 1896. German physicist Wilhelm Rontgen is usually credited as the discoverer of x-rays in 1895, because he was the first to systematically study them, though he is not the first to have observed their effects. He is also the one who gave them the name 'x-rays' (signifying an unknown quantity) though many others referred to these as 'Rontgen rays' (and the associated x-ray radiograms as, 'Rontgenograms' for several decades after their discovery.

RM2BE0HPR–Two hands, viewed by x-ray. Photoprint from radiograph, after Sir Arthur Schuster, 1896. German physicist Wilhelm Rontgen is usually credited as the discoverer of x-rays in 1895, because he was the first to systematically study them, though he is not the first to have observed their effects. He is also the one who gave them the name 'x-rays' (signifying an unknown quantity) though many others referred to these as 'Rontgen rays' (and the associated x-ray radiograms as, 'Rontgenograms' for several decades after their discovery.

Robert Wilhelm Eberhard Bunsen (March 30, 1811 - Augus 16, 1899) was a German chemist. He investigated emission spectra of heated elements, and discovered caesium and rubidium with the physicist Gustav Kirchhoff. Bunsen developed several gas-analytical methods and was a pioneer in photochemistry. With his laboratory assistant, Peter Desaga, he developed the Bunsen burner, an improvement on the laboratory burners then in use. Bunsen was one of the most universally admired scientists of his generation. He was a master teacher, devoted to his students, and they were equally devoted to him. As a Stock Photo

RM2BE1021–Robert Wilhelm Eberhard Bunsen (March 30, 1811 - Augus 16, 1899) was a German chemist. He investigated emission spectra of heated elements, and discovered caesium and rubidium with the physicist Gustav Kirchhoff. Bunsen developed several gas-analytical methods and was a pioneer in photochemistry. With his laboratory assistant, Peter Desaga, he developed the Bunsen burner, an improvement on the laboratory burners then in use. Bunsen was one of the most universally admired scientists of his generation. He was a master teacher, devoted to his students, and they were equally devoted to him. As a

RM2BE0GWP–Robert Wilhelm Eberhard Bunsen (March 30, 1811 - Augus 16, 1899) was a German chemist. He investigated emission spectra of heated elements, and discovered caesium and rubidium with the physicist Gustav Kirchhoff. Bunsen developed several gas-analytical methods and was a pioneer in photochemistry. With his laboratory assistant, Peter Desaga, he developed the Bunsen burner, an improvement on the laboratory burners then in use. Bunsen was one of the most universally admired scientists of his generation. He was a master teacher, devoted to his students, and they were equally devoted to him. As a

Robert Bunsen, German Chemist Stock Photo

RMHRKNK0–Robert Bunsen, German Chemist

January 23, 1896, first public demonstration of Wilhem Conrad Roentgen's newly discovered x-rays. He took an x-ray of the hand of Professor Albert von Kolliker which lead to a lively discussion about the possible medical applications of this discovery.Wil Stock Photo

RMG15JBB–January 23, 1896, first public demonstration of Wilhem Conrad Roentgen's newly discovered x-rays. He took an x-ray of the hand of Professor Albert von Kolliker which lead to a lively discussion about the possible medical applications of this discovery.Wil

Leibniz may have been the first computer scientist and information theorist. The Step Reckoner (or Stepped Reckoner) was a digital mechanical calculator invented by German mathematician Gottfried Wilhelm Leibniz around 1672 and completed in 1694. It was t Stock Photo

RMG15G76–Leibniz may have been the first computer scientist and information theorist. The Step Reckoner (or Stepped Reckoner) was a digital mechanical calculator invented by German mathematician Gottfried Wilhelm Leibniz around 1672 and completed in 1694. It was t

RMG15MDB–Leibniz may have been the first computer scientist and information theorist. The Step Reckoner (or Stepped Reckoner) was a digital mechanical calculator invented by German mathematician Gottfried Wilhelm Leibniz around 1672 and completed in 1694. It was t

On January 13, 1896, Röntgen presented his work to Emperor Wilhelm II in Berlin. The modest discoverer spoke for the first and only time on his 'New Kind of Ray,' before the Physical Medical Society of the University of Würzburg. When he entered the audit Stock Photo

RMG14XCH–On January 13, 1896, Röntgen presented his work to Emperor Wilhelm II in Berlin. The modest discoverer spoke for the first and only time on his 'New Kind of Ray,' before the Physical Medical Society of the University of Würzburg. When he entered the audit

Friedrich Wilhelm Heinrich Alexander von Humboldt September 14, 1769 - May 6, 1859) was a Prussian geographer, naturalist and explorer. His quantitative work on botanical geography laid the foundation for the field of biogeography. Between 1799 and 1804, Stock Photo

RMG14XTR–Friedrich Wilhelm Heinrich Alexander von Humboldt September 14, 1769 - May 6, 1859) was a Prussian geographer, naturalist and explorer. His quantitative work on botanical geography laid the foundation for the field of biogeography. Between 1799 and 1804,

Erich Friedrich Wilhelm Ludendorff (April 9 1865 - December 20, 1937) was a German general. From August 1916 his appointment as Quartermaster general made him joint head (with Paul von Hindenburg), and chief engineer behind the management of Germany's eff Stock Photo

RMG16B01–Erich Friedrich Wilhelm Ludendorff (April 9 1865 - December 20, 1937) was a German general. From August 1916 his appointment as Quartermaster general made him joint head (with Paul von Hindenburg), and chief engineer behind the management of Germany's eff

Color-enhanced portrait of Friedrich Wilhelm August Fröbel (April 21, 1782 - June 21, 1852) was a German pedagogue, a student of Pestalozzi who laid the foundation for modern education based on the recognition that children have unique needs and capabilit Stock Photo

RMG15NFW–Color-enhanced portrait of Friedrich Wilhelm August Fröbel (April 21, 1782 - June 21, 1852) was a German pedagogue, a student of Pestalozzi who laid the foundation for modern education based on the recognition that children have unique needs and capabilit

Friedrich Wilhelm August Fröbel (April 21, 1782 - June 21, 1852) was a German pedagogue, a student of Pestalozzi who laid the foundation for modern education based on the recognition that children have unique needs and capabilities. In 1826 he published h Stock Photo

RMG15N58–Friedrich Wilhelm August Fröbel (April 21, 1782 - June 21, 1852) was a German pedagogue, a student of Pestalozzi who laid the foundation for modern education based on the recognition that children have unique needs and capabilities. In 1826 he published h

Wilhelm Conrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with Stock Photo

RMG16EPC–Wilhelm Conrad Roentgen (1845-1923), German experimental physicist and discoverer of X-rays. While using a discharge tube (in which an electric discharge is passed through a gas at low pressure) in a darkened room, Roentgen noticed that a card coated with

RMG15NEC–Leibniz may have been the first computer scientist and information theorist. The Step Reckoner (or Stepped Reckoner) was a digital mechanical calculator invented by German mathematician Gottfried Wilhelm Leibniz around 1672 and completed in 1694. It was t

Potsdam Conference. Clement Attlee, Harry Truman, and Joseph Stalin, seated outdoors, August 1, 1945. The Potsdam Conference was held at the home of Crown Prince Wilhelm Hohenzollern, in occupied Germany, from July 17 to August 2, 1945. Participants were Stock Photo

RMG16AF4–Potsdam Conference. Clement Attlee, Harry Truman, and Joseph Stalin, seated outdoors, August 1, 1945. The Potsdam Conference was held at the home of Crown Prince Wilhelm Hohenzollern, in occupied Germany, from July 17 to August 2, 1945. Participants were

An early x-ray machine, Paris, 1914. X-rays were discovered by the German physicist Wilhelm Roentgen in 1895. They were soon applied to medicine because of their ability to pass through soft tissues but not so easily through bone, which casts a shadow on Stock Photo

RMG14Y3F–An early x-ray machine, Paris, 1914. X-rays were discovered by the German physicist Wilhelm Roentgen in 1895. They were soon applied to medicine because of their ability to pass through soft tissues but not so easily through bone, which casts a shadow on

An early x-ray machine from 1900. X-rays were discovered by the German physicist Wilhelm Roentgen in 1895. They were soon applied to medicine because of their ability to pass through soft tissues but not so easily through bone, which casts a shadow on pho Stock Photo

RMG14Y3G–An early x-ray machine from 1900. X-rays were discovered by the German physicist Wilhelm Roentgen in 1895. They were soon applied to medicine because of their ability to pass through soft tissues but not so easily through bone, which casts a shadow on pho

Historical X-ray of the Moorish idol (Zanclus cornutus), and Bluelined surgeonfish (Acanthurus nigros), 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden s Stock Photo

RM2BE10XA–Historical X-ray of the Moorish idol (Zanclus cornutus), and Bluelined surgeonfish (Acanthurus nigros), 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden s

RM2BE0J6W–Historical X-ray of the Moorish idol (Zanclus cornutus), and Bluelined surgeonfish (Acanthurus nigros), 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden s

Historical X-ray of gold-mounted cameos, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a Stock Photo

RM2BE10Y7–Historical X-ray of gold-mounted cameos, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a

Historical X-ray of the hand of an 8-year-old girl, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fis Stock Photo

RM2BE10XY–Historical X-ray of the hand of an 8-year-old girl, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fis

Historical X-ray of a newborn rabbit, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a sn Stock Photo

RM2BE0J7N–Historical X-ray of a newborn rabbit, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a sn

RM2BE0J40–Historical X-ray of the hand of an 8-year-old girl, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fis

RM2BE0J23–Historical X-ray of gold-mounted cameos, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a

RM2BE10XN–Historical X-ray of a newborn rabbit, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a sn

Historical X-ray of the hand of a 4-year-old child, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fis Stock Photo

RM2BE0J43–Historical X-ray of the hand of a 4-year-old child, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fis

Historical X-ray of a crested chameleon. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure, 1896. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a Stock Photo

RM2BE0J31–Historical X-ray of a crested chameleon. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure, 1896. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a

Historical X-ray of a woman's hand, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a snak Stock Photo

RM2BE0J37–Historical X-ray of a woman's hand, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a snak

RM2BE10Y2–Historical X-ray of the hand of a 4-year-old child, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fis

RM2BE10YJ–Historical X-ray of a woman's hand, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a snak

RM2BE10Y6–Historical X-ray of a crested chameleon. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure, 1896. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a

Historical X-ray of the abdomen and back of two frogs, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, Stock Photo

RM2BE10XK–Historical X-ray of the abdomen and back of two frogs, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet,

Historical X-ray of the foot of a 17-year-old boy, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish Stock Photo

RM2BE10XF–Historical X-ray of the foot of a 17-year-old boy, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish

RM2BE0J2Y–Historical X-ray of the abdomen and back of two frogs, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet,

RM2BE0J38–Historical X-ray of the foot of a 17-year-old boy, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish

Historical X-ray of a rat, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a snake, a cham Stock Photo

RM2BE10X9–Historical X-ray of a rat, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a snake, a cham

RM2BE0J7M–Historical X-ray of a rat, 1896. Taken by Josef Maria Eder (Austrian, 1855-1944) and Eduard Valenta (Austrian, 1857-1937). Photogravure. Eder was the director of an institute for graphic processes and the author of an early history of photography. With the photochemist Valenta, he produced a portfolio in January 1896, less than a month after Wilhelm Conrad Rontgen published his discovery of X-rays. Eder and Valenta's volume, from which this plate derives, demonstrated the X-ray's magical ability to reveal the hidden structure of living things. Human hands and feet, fish, frogs, a snake, a cham

William I, German Emperor, King of Prussia and first German Emperor, 1797-1888. Stock Photo

RMG14XM7–William I, German Emperor, King of Prussia and first German Emperor, 1797-1888.

RMHRJ7A7–9P/Tempel, Comet Tempel 1

Replica of a telescope with a focal length of seven feet similar to that with which Herschel discovered Uranus. The telescope is suitable for a single observer. The telescope was aimed at the object with the help of the leading binoculars; in watching the Stock Photo

RMG16A2T–Replica of a telescope with a focal length of seven feet similar to that with which Herschel discovered Uranus. The telescope is suitable for a single observer. The telescope was aimed at the object with the help of the leading binoculars; in watching the