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Encyclopedia > Max Wolf

Maximilian Franz Joseph Cornelius Wolf (June 21, 1863October 3, 1932) was a German astronomer, a pioneer of astrophotography. June 21 is the 172nd day of the year (173rd in leap years) in the Gregorian calendar, with 193 days remaining. ... 1863 (MDCCCLXIII) is a common year starting on Thursday of the Gregorian calendar (or a common year starting on Saturday of the Julian calendar). ... October 3 is the 276th day of the year (277th in leap years) in the Gregorian Calendar. ... Year 1932 (MCMXXXII) was a leap year starting on Friday (the link will take you to a full 1932 calendar). ... An astronomer or astrophysicist is a person whose area of interest is astronomy or astrophysics. ... Astrophotography is a specialised type of photography that entails making photographs of astronomical objects in the night sky such as planets, stars, and deep sky objects such as star clusters and galaxies. ...


He was born in Heidelberg, Germany. In 1888 he was awarded a Ph.D. by the University of Heidelberg, and joined the staff of that institution in 1890. A view of the city from the castle (Schloss) A view of stone bridge from the castle (Schloss) The castle (Schloss) above the town Shopping district Heidelberg and the other cities of the Neckar valley View from the so called alley of philosophers (Philosophenweg) towards the Old Town, with Heidelberg... 1888 (MDCCCLXXXVIII) is a leap year starting on Sunday (click on link for calendar) of the Gregorian calendar or a leap year starting on Tuesday of the Julian calendar. ... Doctor of Philosophy (Ph. ... The Ruprecht Karl University of Heidelberg (German Ruprecht-Karls-Universität Heidelberg; also known as simply University of Heidelberg) was established in the town of Heidelberg in the Rhineland in 1386. ... 1890 (MDCCCXC) was a common year starting on Wednesday (see link for calendar) of the Gregorian calendar (or a common year starting on Friday of the Julian calendar). ...


Working in Heidelberg, he discovered more than 200 asteroids, beginning with 323 Brucia in 1891. He pioneered the use of astrophotographic techniques to automate the discovery of asteroids, as opposed to older visual methods, as a result of which asteroid discovery rates sharply increased. In time-exposure photographs, asteroids appear as short streaks due to their planetary motion with respect to fixed stars. A view of the city from the castle (Schloss) A view of stone bridge from the castle (Schloss) The castle (Schloss) above the town Shopping district Heidelberg and the other cities of the Neckar valley View from the so called alley of philosophers (Philosophenweg) towards the Old Town, with Heidelberg... 253 Mathilde, a C-type asteroid. ... 323 Brucia was the first asteroid to be discovered by the use of astrophotography. ... Year 1891 (MDCCCXCI) was a common year starting on Thursday (link will display the full calendar). ...


Among his many discoveries was 588 Achilles (the first Trojan asteroid) in 1906, as well as two other Trojans: 659 Nestor and 884 Priamus. He also discovered 887 Alinda in 1918, which is now recognized as an Earth-crossing Amor asteroid (or sometimes classified as the namesake of its own Alinda family). Shortly after his last discovery (on February 6, 1932), his record 248 discoveries were beaten by his pupil Karl Wilhelm Reinmuth, on July 24, 1933. 588 Achilles is an asteroid discovered on February 22, 1906 by the German astronomer Max Wolf. ... Image of the Trojan asteroids in front of and behind Jupiter along its orbital path. ... 1906 (MCMVI) was a common year starting on Monday (see link for calendar). ... 659 Nestor is a minor planet orbiting the Sun. ... 884 Priamus is a Trojan asteroid that orbits the Sun at the same distance as the planet Jupiter. ... 887 Alinda 887 Alinda is an asteroid orbiting the Sun. ... Year 1918 (MCMXVIII) was a common year starting on Tuesday of the Gregorian calendar (see link for calendar) or a common year starting on Wednesday of the Julian calendar. ... The Amor asteroids are a group of near-Earth asteroids named after the asteroid 1221 Amor. ... The Alinda asteroids are a group of asteroids with a semi-major axis of about 2. ... February 6 is the 37th day of the year in the Gregorian Calendar. ... Year 1932 (MCMXXXII) was a leap year starting on Friday (the link will take you to a full 1932 calendar). ... Karl Wilhelm Reinmuth (April 4, 1892 – May 6, 1979) was a German astronomer. ... July 24 is the 205th day (206th in leap years) of the year in the Gregorian Calendar, with 160 days remaining. ... Year 1933 (MCMXXXIII) was a common year starting on Sunday. ...


He also discovered or co-discovered some comets, including 14P/Wolf and 43P/Wolf-Harrington, and four supernovae: SN 1895A (a.k.a. VW Vir), 1909A (a.k.a. SS UMa), 1920A, and 1926A (the latter co-discovered by Reinmuth). Comet Hale-Bopp Comet McNaught as seen from Swifts Creek, Victoria, Australia on 23 January 2007 A comet is a small body in the solar system that orbits the Sun and (at least occasionally) exhibits a coma (or atmosphere) and/or a tail â€” both primarily from the effects of... 14P/Wolf is a periodic comet in our solar system. ...


He also discovered Wolf 359, a red dwarf that is one of the nearest stars to our solar system. Note that Wolf-Rayet stars were co-discovered by French astronomer Charles Wolf and not by him. Wolf 359 is a star located approximately 2. ... This article is becoming very long. ... Artists impression of a Wolf-Rayet star Wolf-Rayet stars (often referred to as WR stars) are evolved, hot, massive stars which have very strong stellar winds. ... Charles Joseph Étienne Wolf (November 9, 1827 – July 4, 1918) was a French astronomer In 1862, Urbain Le Verrier offered him a post as assistant at the Paris Observatory. ...


In 1910 Wolf proposed to the Carl Zeiss optics firm the creation of a new instrument, now known as the planetarium. World War I intervened before this could be developed, but the Zeiss company returned to this after peace was restored, and the first successful planetarium was completed in 1923. Carl Zeiss (September 11, 1816 – December 3, 1888) was an optician commonly known for the company he founded, Zeiss. ... // A planetarium is a theatre built primarily for presenting educational and entertaining shows about astronomy and the night sky, or for training in celestial navigation. ... Combatants Allied Powers: Russian Empire France British Empire Italy United States Central Powers: Austria-Hungary German Empire Ottoman Empire Bulgaria Commanders Nicholas II Aleksei Brusilov Georges Clemenceau Joseph Joffre Ferdinand Foch Robert Nivelle Herbert Henry Asquith Sir Douglas Haig Sir John Jellicoe Victor Emmanuel III Luigi Cadorna Armando Diaz Woodrow...


He died in Heidelberg.


Awards and honours

He won the Gold Medal of the Royal Astronomical Society in 1914. He won the Bruce Medal in 1930. Gold Medal awarded to Asaph Hall The Gold Medal is the highest award of the Royal Astronomical Society. ... 1914 (MCMXIV) was a common year starting on Thursday (see link for calendar). ... The Catherine Wolfe Bruce gold medal is awarded every year by the Astronomical Society of the Pacific for outstanding lifetime contributions to astronomy. ... Year 1930 (MCMXXX) was a common year starting on Wednesday (link is to a full 1930 calendar). ...


Wolf crater on the Moon is named after him, and so is the asteroid 827 Wolfiana. Wolf is a lunar crater that lies in the south-central part of the Mare Nubium, a lunar mare in the southern hemisphere of the Moon. ... Apparent magnitude: up to -12. ... 827 Wolfiana 827 Wolfiana is a minor planet orbiting Sun. ...


Note

The Minor Planet Center credits his discoveries as "M. F. Wolf" as opposed to "M. Wolf" that refers to the more recent discoveries by Marek Wolf. The Minor Planet Center operates at the Smithsonian Astrophysical Observatory (SAO), which is part of the Center for Astrophysics (CfA) along with the Harvard College Observatory (HCO). ... There is also a Polish physicist, currently with the Institute of Theoretical Physics, University of Wrocław, named Marek Wolf. ...


Asteroids Discovered

Asteroids discovered: 248
323 Brucia December 22, 1891
325 Heidelberga March 4, 1892
328 Gudrun March 18, 1892
329 Svea March 21, 1892
330 Adalberta February 2, 1910
332 Siri March 19, 1892
333 Badenia August 22, 1892
334 Chicago August 23, 1892
339 Dorothea September 25, 1892
340 Eduarda September 25, 1892
341 California September 25, 1892
342 Endymion October 17, 1892
343 Ostara November 15, 1892
351 Yrsa December 16, 1892
352 Gisela January 12, 1893
353 Ruperto-Carola January 16, 1893
385 Ilmatar March 1, 1894
386 Siegena March 1, 1894
391 Ingeborg November 1, 1894
392 Wilhelmina November 4, 1894
393 Lampetia November 4, 1894
399 Persephone February 23, 1895
401 Ottilia March 16, 1895
407 Arachne October 13, 1895
408 Fama October 13, 1895
412 Elisabetha January 7, 1896
413 Edburga January 7, 1896
415 Palatia February 7, 1896
417 Suevia May 6, 1896
418 Alemannia September 7, 1896
419 Aurelia September 7, 1896
420 Bertholda September 7, 1896
421 Zähringia September 7, 1896
434 Hungaria September 11, 1898
435 Ella September 11, 1898 with A. Schwassmann
436 Patricia September 13, 1898 with A. Schwassmann
442 Eichsfeldia February 15, 1899 with A. Schwassmann
443 Photographica February 17, 1899 with A. Schwassmann
446 Aeternitas October 27, 1899 with A. Schwassmann
447 Valentine October 27, 1899 with A. Schwassmann
448 Natalie October 27, 1899 with A. Schwassmann
449 Hamburga October 31, 1899 with A. Schwassmann
450 Brigitta October 10, 1899 with A. Schwassmann
455 Bruchsalia May 22, 1900 with A. Schwassmann
456 Abnoba June 4, 1900 with A. Schwassmann
457 Alleghenia September 15, 1900 with A. Schwassmann
458 Hercynia September 21, 1900 with A. Schwassmann
459 Signe October 22, 1900
460 Scania October 22, 1900
461 Saskia October 22, 1900
462 Eriphyla October 22, 1900
463 Lola October 31, 1900
464 Megaira January 9, 1901
465 Alekto January 13, 1901
466 Tisiphone January 17, 1901 with L. Carnera
467 Laura January 9, 1901
468 Lina January 18, 1901
471 Papagena June 7, 1901
473 Nolli February 13, 1901
474 Prudentia February 13, 1901
480 Hansa May 21, 1901 with L. Carnera
482 Petrina March 3, 1902
483 Seppina March 4, 1902
484 Pittsburghia April 29, 1902
488 Kreusa June 26, 1902 with L. Carnera
490 Veritas September 3, 1902
491 Carina September 3, 1902
492 Gismonda September 3, 1902
493 Griseldis September 7, 1902
494 Virtus October 7, 1902
495 Eulalia October 25, 1902
496 Gryphia October 25, 1902
499 Venusia December 24, 1902
500 Selinur January 16, 1903
501 Urhixidur January 18, 1903
502 Sigune January 19, 1903
509 Iolanda April 28, 1903
512 Taurinensis June 23, 1903
513 Centesima August 24, 1903
514 Armida August 24, 1903
515 Athalia September 20, 1903
520 Franziska October 27, 1903 with P. Götz
522 Helga January 10, 1904
524 Fidelio March 14, 1904
526 Jena March 14, 1904
527 Euryanthe March 20, 1904
528 Rezia March 20, 1904
529 Preziosa March 20, 1904
530 Turandot April 11, 1904
531 Zerlina April 12, 1904
532 Herculina April 20, 1904
539 Pamina August 2, 1904
540 Rosamunde August 3, 1904
541 Deborah August 4, 1904
549 Jessonda November 15, 1904
550 Senta November 16, 1904
551 Ortrud November 16, 1904
552 Sigelinde December 14, 1904
553 Kundry December 27, 1904
555 Norma January 14, 1905
557 Violetta January 26, 1905
558 Carmen February 9, 1905
559 Nanon March 8, 1905
560 Delila March 13, 1905
561 Ingwelde March 26, 1905
562 Salome April 3, 1905
565 Marbachia May 9, 1905
570 Kythera July 30, 1905
573 Recha September 19, 1905
574 Reginhild September 19, 1905
575 Renate September 19, 1905
577 Rhea October 20, 1905
578 Happelia November 1, 1905
580 Selene December 17, 1905
586 Thekla February 21, 1906
587 Hypsipyle February 22, 1906
588 Achilles February 22, 1906
590 Tomyris March 4, 1906
592 Bathseba March 18, 1906
594 Mireille March 27, 1906
597 Bandusia April 16, 1906
598 Octavia April 13, 1906
601 Nerthus June 21, 1906
605 Juvisia August 27, 1906
609 Fulvia September 24, 1906
610 Valeska September 26, 1906
641 Agnes September 8, 1907
642 Clara September 8, 1907
659 Nestor March 23, 1908
683 Lanzia July 23, 1909
692 Hippodamia November 5, 1901 with A. Kopff
707 Steïna December 22, 1910
712 Boliviana March 19, 1911
733 Mocia September 16, 1912
798 Ruth November 21, 1914
800 Kressmannia March 20, 1915
801 Helwerthia March 20, 1915
802 Epyaxa March 20, 1915
805 Hormuthia April 17, 1915
806 Gyldenia April 18, 1915
807 Ceraskia April 18, 1915
809 Lundia August 11, 1915
810 Atossa September 8, 1915
811 Nauheima September 8, 1915
813 Baumeia November 28, 1915
815 Coppelia February 2, 1916
816 Juliana February 8, 1916
817 Annika February 6, 1916
818 Kapteynia February 21, 1916
819 Barnardiana March 3, 1916
820 Adriana March 30, 1916
821 Fanny March 31, 1916
822 Lalage March 31, 1916
823 Sisigambis March 31, 1916
826 Henrika April 28, 1916
831 Stateira September 20, 1916
832 Karin September 20, 1916
833 Monica September 20, 1916
834 Burnhamia September 20, 1916
835 Olivia September 23, 1916
836 Jole September 23, 1916
837 Schwarzschilda September 23, 1916
838 Seraphina September 24, 1916
839 Valborg September 24, 1916
840 Zenobia September 25, 1916
841 Arabella October 1, 1916
842 Kerstin October 1, 1916
845 Naëma November 16, 1916
860 Ursina January 22, 1917
861 Aïda January 22, 1917
862 Franzia January 28, 1917
863 Benkoela February 9, 1917
865 Zubaida February 15, 1917
866 Fatme February 25, 1917
868 Lova April 26, 1917
870 Manto May 12, 1917
871 Amneris May 14, 1917
872 Holda May 21, 1917
873 Mechthild May 21, 1917
874 Rotraut May 25, 1917
875 Nymphe May 19, 1917
879 Ricarda July 22, 1917
880 Herba July 22, 1917
881 Athene July 22, 1917
883 Matterania September 14, 1917
884 Priamus September 22, 1917
887 Alinda January 3, 1918
888 Parysatis February 2, 1918
889 Erynia March 5, 1918
890 Waltraut March 11, 1918
891 Gunhild May 17, 1918
892 Seeligeria May 31, 1918
893 Leopoldina May 31, 1918
894 Erda June 4, 1918
895 Helio July 11, 1918
896 Sphinx August 1, 1918
897 Lysistrata August 3, 1918
898 Hildegard August 3, 1918
899 Jokaste August 3, 1918
900 Rosalinde August 10, 1918
901 Brunsia August 30, 1918
904 Rockefellia October 29, 1918
907 Rhoda November 12, 1918
908 Buda November 30, 1918
914 Palisana July 4, 1919
919 Ilsebill October 30, 1918
927 Ratisbona February 16, 1920
946 Poësia February 11, 1921
949 Hel March 11, 1921
972 Cohnia January 18, 1922
1008 La Paz October 31, 1923
1021 Flammario March 11, 1924
1038 Tuckia November 24, 1924
1039 Sonneberga November 24, 1924
1053 Vigdis November 16, 1925
1069 Planckia January 28, 1927
1134 Kepler September 25, 1929
1141 Bohmia January 4, 1930
1169 Alwine August 30, 1930 with M. A. Ferrero
1178 Irmela March 13, 1931
1179 Mally March 19, 1931
1203 Nanna October 5, 1931
1214 Richilde January 1, 1932
1219 Britta February 6, 1932
1365 Henyey September 9, 1928
1514 Ricouxa August 22, 1906
1661 Granule March 31, 1916
1703 Barry September 2, 1930
1967 Menzel November 1, 1905
2017 Wesson September 20, 1903
2119 Schwall August 30, 1930 with M. A. Ferrero
2298 Cindijon October 2, 1915
2373 Immo August 4, 1929
2443 Tomeileen January 24, 1906
2483 Guinevere August 17, 1928
2533 Fechtig November 3, 1905
2650 Elinor March 14, 1931
2732 Witt March 19, 1926
3034 Climenhaga September 24, 1917
3202 Graff January 3, 1908
3396 Muazzez October 15, 1915
3626 Ohsaki August 4, 1929
3907 Kilmartin August 14, 1904
4588 Wislicenus March 13, 1931
4775 Hansen October 3, 1927
4809 Robertball September 5, 1928
5702 Morando March 16, 1931
5926 Schönfeld August 4, 1929

  Results from FactBites:
 
Max Wolf - Wikipedia, the free encyclopedia (343 words)
Maximilian Franz Joseph Cornelius Wolf (June 21, 1863 – October 3, 1932) was a German astronomer.
He also discovered Wolf 359, a red dwarf that is one of the nearest stars to our solar system.
Wolf crater on the Moon is named after him, and so is the asteroid 827 Wolfiana.
Wolf, Max(imilian) Franz Joseph Cornelius (1863-1932) (285 words)
Between 1919 and 1931, he searched for high proper motion stars, which tend to be relatively close by, and produced a catalogue of 1,566 such objects.
Wolf earned his Ph.D. at the University of Heidelberg, studied in Stockholm for two years, and then returned to spend the rest of his life at Heidelberg, where he founded and directed the Königstuhl Observatory and served as professor of astrophysics.
Wolf also suggested the idea of the modern planetarium while advising on the new Deutsches Museum in Munich.
  More results at FactBites »


 

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