Pierre-Simon Laplace - Revision history

Soranin: Text replacement - "$aged (.+)$" to "{{c|aged $1}}"

2026-05-25T00:52:28Z

Text replacement - "$aged (.+)$" to "{{c|aged $1}}"

← Older revision		Revision as of 02:52, 25 May 2026
Line 4:		Line 4:
	\|image = ACUDB - Pierre-Simon Laplace.png		\|image = ACUDB - Pierre-Simon Laplace.png
	\|birth = 23 March 1749<br />{{Wiki\|Beaumont-en-Auge}}, [[Normandy]], [[Kingdom of France]]		\|birth = 23 March 1749<br />{{Wiki\|Beaumont-en-Auge}}, [[Normandy]], [[Kingdom of France]]
	\|death = 5 March 1827 (aged 77)<br />[[Paris]], Kingdom of France		\|death = 5 March 1827 {{c\|aged 77}}<br />[[Paris]], Kingdom of France
	\|species = [[Human]]}}		\|species = [[Human]]}}
	'''Pierre-Simon, marquis de Laplace''' (1749 – 1827) was an influential [[France\|French]] astronomer and mathematician.		'''Pierre-Simon, marquis de Laplace''' (1749 – 1827) was an influential [[France\|French]] astronomer and mathematician.

imported>Soranin at 13:22, 2 August 2023

2023-08-02T13:22:50Z

← Older revision		Revision as of 15:22, 2 August 2023
Line 3:		Line 3:
	\|name = Pierre-Simon Laplace		\|name = Pierre-Simon Laplace
	\|image = ACUDB - Pierre-Simon Laplace.png		\|image = ACUDB - Pierre-Simon Laplace.png
	\|birth = 23 March 1749<br />{{Wiki\|Beaumont-en-Auge}}, ~~{{Wiki\|~~Normandy}}, [[Kingdom of France]]		\|birth = 23 March 1749<br />{{Wiki\|Beaumont-en-Auge}}, [[Normandy]], [[Kingdom of France]]
	\|death = 5 March 1827 (aged 77)<br />[[Paris]], Kingdom of France		\|death = 5 March 1827 (aged 77)<br />[[Paris]], Kingdom of France
	\|species = [[Human]]}}		\|species = [[Human]]}}

imported>Soranin: experiments on humans can be legal btw

2022-01-30T19:42:20Z

experiments on humans can be legal btw

← Older revision		Revision as of 21:42, 30 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began ~~illegally~~ experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

imported>Bounty6EK: I was referring to human experiments

2022-01-30T18:26:26Z

I was referring to human experiments

← Older revision		Revision as of 20:26, 30 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began illegally experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

imported>Soranin: Those experiments were legal, hence them being performed in front of an audience at the College of the Four Nations

2022-01-27T21:09:58Z

Those experiments were legal, hence them being performed in front of an audience at the College of the Four Nations

← Older revision		Revision as of 23:09, 27 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began ~~illegally~~ experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

imported>OldMan632 at 19:26, 27 January 2022

2022-01-27T19:26:49Z

← Older revision		Revision as of 21:26, 27 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began illegally experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

imported>Zone of Endless: removing newline between Era and WP-REAL

2021-10-14T21:34:54Z

removing newline between Era and WP-REAL

← Older revision		Revision as of 23:34, 14 October 2021
Line 1:		Line 1:
	{{Era\|Individuals}}		{{Era\|Individuals}}{{WP-REAL}}
	{{WP-REAL}}
	{{Character Infobox		{{Character Infobox
	\|name = Pierre-Simon Laplace		\|name = Pierre-Simon Laplace

imported>UJ112013 at 03:13, 2 October 2021

2021-10-02T03:13:16Z

← Older revision		Revision as of 05:13, 2 October 2021
Line 10:		Line 10:

	==Biography==		==Biography==
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''. Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity''</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

imported>Lady Kyashira at 14:55, 25 February 2019

2019-02-25T14:55:15Z

← Older revision		Revision as of 16:55, 25 February 2019
Line 5:		Line 5:
	\|image = ACUDB - Pierre-Simon Laplace.png		\|image = ACUDB - Pierre-Simon Laplace.png
	\|birth = 23 March 1749<br />{{Wiki\|Beaumont-en-Auge}}, {{Wiki\|Normandy}}, [[Kingdom of France]]		\|birth = 23 March 1749<br />{{Wiki\|Beaumont-en-Auge}}, {{Wiki\|Normandy}}, [[Kingdom of France]]
	\|death = 5 March 1827<br />[[Paris]], Kingdom of France		\|death = 5 March 1827 (aged 77)<br />[[Paris]], Kingdom of France
	\|species = [[Human]]}}		\|species = [[Human]]}}
	'''Pierre-Simon, marquis de Laplace''' (~~23 March~~ 1749 – ~~5 March~~ 1827) was an influential [[France\|French]] astronomer and mathematician.		'''Pierre-Simon, marquis de Laplace''' (1749 – 1827) was an influential [[France\|French]] astronomer and mathematician.

	==Biography==		==Biography==

imported>Lady Kyashira at 14:54, 25 February 2019

2019-02-25T14:54:32Z

← Older revision		Revision as of 16:54, 25 February 2019
Line 1:		Line 1:
	{{Era\|Individuals}}		{{Era\|Individuals}}
	{{WP-REAL}}		{{WP-REAL}}
	~~[[File:~~ACUDB - Pierre-Simon Laplace.png\|~~thumb~~\|~~250px~~\|~~Pierre-Simon Laplace~~]]		{{Character Infobox
			\|name = Pierre-Simon Laplace
			\|image = ACUDB - Pierre-Simon Laplace.png
			\|birth = 23 March 1749<br />{{Wiki\|Beaumont-en-Auge}}, {{Wiki\|Normandy}}, [[Kingdom of France]]
			\|death = 5 March 1827<br />[[Paris]], Kingdom of France
			\|species = [[Human]]}}
	'''Pierre-Simon, marquis de Laplace''' (23 March 1749 – 5 March 1827) was an influential [[France\|French]] astronomer and mathematician.		'''Pierre-Simon, marquis de Laplace''' (23 March 1749 – 5 March 1827) was an influential [[France\|French]] astronomer and mathematician.

	==Biography==		==Biography==
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen. After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''. Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''. Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity''</ref>

	During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.		During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

	==Appearances==		==Appearances==
Line 15:		Line 20:

	==References==		==References==
	*''[[Assassin's Creed: Unity]]''		{{Reflist}}
			{{ACU}}
	{{DEFAULTSORT:Laplace, Pierre-Simon}}		{{DEFAULTSORT:Laplace, Pierre-Simon}}
	[[Category:1749 births]]		[[Category:1749 births]]
Line 21:		Line 27:
	[[Category:Individuals]]		[[Category:Individuals]]
	[[Category:French people]]		[[Category:French people]]
			[[Category:Parisians]]
	[[Category:Scholars]]		[[Category:Scholars]]
	[[Category:Scientists]]		[[Category:Scientists]]
Line 26:		Line 33:
	[[Category:Marquesses]]		[[Category:Marquesses]]
	[[Category:Mathematicians]]		[[Category:Mathematicians]]
			[[Category:Politicians]]

← Older revision		Revision as of 21:42, 30 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began ~~illegally~~ experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

← Older revision		Revision as of 20:26, 30 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began illegally experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

← Older revision		Revision as of 23:09, 27 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began ~~illegally~~ experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />

← Older revision		Revision as of 21:26, 27 January 2022
Line 11:		Line 11:
	Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>		Laplace was born in 1749, and became of the foremost mathematicians of France. Collaborating with [[Antoine Lavoisier]], Laplace was able to show that water was a compound of oxygen and hydrogen.<ref name="Database">''[[Assassin's Creed: Unity]]'' – [[Database: Pierre-Simon Laplace]]</ref> After the [[French Revolution]] broke out in 1789, Laplace, Lavoisier, [[Nicolas de Condorcet]] and {{Wiki\|Jean-Charles de Borda}} published a serialized introduction to, and defense of, the newly proposed metric system in the ''[[Journal de Paris]]''.<ref>''Assassin's Creed: Unity'' – [[Database: Journal de Paris 1789]]</ref> Laplace soon became suspected of anti-revolutionary sentiments and was targeted by extremists for his skepticism towards religious matters.<ref name="ACU">''Assassin's Creed: Unity'' – [[Flying Boy]]</ref>

	During the period of the revolution, scientists began experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />		During the period of the revolution, scientists began illegally experimenting with electricity, including its supposed ability to induce flight in humans. Knowing that such an electrical charge was deadly to the test subject, Laplace attempted to stop one such experiment at the [[College of the Four Nations]] in [[Paris]]. He was put under house arrest, but was freed by the [[Assassins\|Assassin]] [[Arno Dorian]], who had been sent by Lavoisier. Laplace then gave Arno a [[Leyden jar]] with a non-lethal electric charge, instructing him to swap it for the one used in the experiment. Arno was able to sneak into the college and do so, saving the test subject.<ref name="ACU" />

	In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />		In his five-volume work published in 1799, ''Celestial Mechanics'', Laplace calculated the movements of the planets, and determined their form and influence on the tides. Laplace went on to receive the Legion of Honor, and also worked to restructure France's distinguished {{Wiki\|École Polytechnique}}.<ref name="Database" />