Template:Selected anniversaries/October 6: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
<gallery mode="traditional"> | <gallery mode="traditional"> | ||
File:Richard Dedekind.jpg|link=Richard Dedekind (nonfiction)|1831: Mathematician, philosopher, and academic [[Richard Dedekind (nonfiction)|Richard Dedekind]] born. He will make important contributions to abstract algebra (particularly ring theory), algebraic number theory and the definition of the real numbers. | |||
File:Wild Man in Hydrogen Bubble Chamber.jpg|link=Time travel (nonfiction)|1105: [[Time travel (nonfiction)|Time travel device]] develops self-awareness, visits [[Omar Khayyam (nonfiction)|Omar Khayyam]]. | File:Wild Man in Hydrogen Bubble Chamber.jpg|link=Time travel (nonfiction)|1105: [[Time travel (nonfiction)|Time travel device]] develops self-awareness, visits [[Omar Khayyam (nonfiction)|Omar Khayyam]]. | ||
File:Reginald Fessenden.jpg|link=Reginald Fessenden (nonfiction)|1866: Inventor [[Reginald Fessenden (nonfiction)|Reginald Fessenden]] born. He will performed pioneering experiments in radio, including the use of continuous waves and the early—and possibly the first—radio transmissions of voice and music. | File:Reginald Fessenden.jpg|link=Reginald Fessenden (nonfiction)|1866: Inventor [[Reginald Fessenden (nonfiction)|Reginald Fessenden]] born. He will performed pioneering experiments in radio, including the use of continuous waves and the early—and possibly the first—radio transmissions of voice and music. | ||
</gallery> | </gallery> | ||
Revision as of 19:15, 28 January 2017
1831: Mathematician, philosopher, and academic Richard Dedekind born. He will make important contributions to abstract algebra (particularly ring theory), algebraic number theory and the definition of the real numbers.
1105: Time travel device develops self-awareness, visits Omar Khayyam.
1866: Inventor Reginald Fessenden born. He will performed pioneering experiments in radio, including the use of continuous waves and the early—and possibly the first—radio transmissions of voice and music.