Ununennium - Revision history

Nyakase: Reverted edits by 2409:40E4:1220:796B:8000:0:0:0 (talk) (HG) (3.4.13)

2024-12-14T15:24:30Z

Reverted edits by 2409:40E4:1220:796B:8000:0:0:0 (talk) (HG) (3.4.13)

← Previous revision		Revision as of 15:24, 14 December 2024
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	{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->		{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->

	'''Ununennium''', also known as '''~~Plutonium pat~~-~~pat~~''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''Ununennium''', also known as '''eka-francium''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

2409:40E4:1220:796B:8000:0:0:0: Added content

2024-12-14T15:23:46Z

Added content

← Previous revision		Revision as of 15:23, 14 December 2024
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	{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->		{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->

	'''Ununennium''', also known as '''~~eka~~-~~francium~~''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''Ununennium''', also known as '''Plutonium pat-pat''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

Isabelle Belato: Reverted edits by 2409:40E4:1220:796B:8000:0:0:0 (talk) (HG) (3.4.13)

2024-12-14T13:55:37Z

Reverted edits by 2409:40E4:1220:796B:8000:0:0:0 (talk) (HG) (3.4.13)

← Previous revision		Revision as of 13:55, 14 December 2024
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	{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->		{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->

	'''Ununennium''', also known as '''~~plutonium Pat~~-~~Pat~~''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''Ununennium''', also known as '''eka-francium''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

2409:40E4:1220:796B:8000:0:0:0: Mmokj

2024-12-14T13:54:15Z

Mmokj

← Previous revision		Revision as of 13:54, 14 December 2024
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	{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->		{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->

	'''Ununennium''', also known as '''plutonium ~~pat~~-~~pat~~''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''Ununennium''', also known as '''plutonium Pat-Pat''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

2409:40E4:1220:796B:8000:0:0:0 at 13:52, 14 December 2024

2024-12-14T13:52:47Z

← Previous revision		Revision as of 13:52, 14 December 2024
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	{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->		{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->

	'''Ununennium''', also known as '''~~eka~~-~~francium~~''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''Ununennium''', also known as '''plutonium pat-pat''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

Double sharp: Undid revision 1262015405 by Aarush indus (talk)

2024-12-09T04:38:40Z

Undid revision 1262015405 by Aarush indus (talk)

← Previous revision		Revision as of 04:38, 9 December 2024
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	{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->		{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->

	'''~~francium~~''', also known as '''eka-~~Ununennium~~''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''Ununennium''', also known as '''eka-francium''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

Aarush indus at 04:29, 9 December 2024

2024-12-09T04:29:32Z

← Previous revision		Revision as of 04:29, 9 December 2024
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	{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->		{{Infobox ununennium}}<!--Please do not add any fan-made names in this article.-->

	'''~~Ununennium~~''', also known as '''eka-~~francium~~''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''francium''', also known as '''eka-Ununennium''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

Double sharp: rvv Undid revision 1261599459 by The Sensitive One (talk)

2024-12-07T07:35:09Z

rvv Undid revision 1261599459 by The Sensitive One (talk)

← Previous revision		Revision as of 07:35, 7 December 2024
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	==History==		==History==
	===Synthesis===		===Synthesis attempts===
	Quandale Dingle inhaled cocaine and died of lung cancer. He threw up a grey liquid, and elements with 119-200 are grey liquid, and when you X-ray the cocaine, it had 119 protons. Cocaine is element 119.







	{{main\|Isotopes of ununennium}}		{{main\|Isotopes of ununennium}}

The Sensitive One at 23:09, 6 December 2024

2024-12-06T23:09:24Z

← Previous revision		Revision as of 23:09, 6 December 2024
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	==History==		==History==
	===Synthesis ~~attempts~~===		===Synthesis===
			Quandale Dingle inhaled cocaine and died of lung cancer. He threw up a grey liquid, and elements with 119-200 are grey liquid, and when you X-ray the cocaine, it had 119 protons. Cocaine is element 119.







	{{main\|Isotopes of ununennium}}		{{main\|Isotopes of ununennium}}

49ersBelongInSanFrancisco: Reverted 1 edit by Stardust Dragons (talk) to last revision by OAbot

2024-11-15T06:59:28Z

Reverted 1 edit by Stardust Dragons (talk) to last revision by OAbot

← Previous revision		Revision as of 06:59, 15 November 2024
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	'''Ununennium''', also known as '''eka-francium''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.		'''Ununennium''', also known as '''eka-francium''' or '''element 119''', is a hypothetical [[chemical element]]; it has symbol '''Uue''' and [[atomic number]] 119. ''Ununennium'' and ''Uue'' are the temporary [[systematic element name\|systematic IUPAC name and symbol]] respectively, which are used until the element has been discovered, confirmed, and a permanent name is decided upon. In the [[periodic table]] of the elements, it is expected to be an [[s-block]] element, an [[alkali metal]], and the first element in the eighth [[periodic table period\|period]]. It is the lightest element that has not yet been synthesized.

	An attempt to synthesize the element has been ongoing since 2018 in [[~~kavitha~~]] in ~~India~~. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.		An attempt to synthesize the element has been ongoing since 2018 in [[RIKEN]] in Japan. The [[Joint Institute for Nuclear Research]] in [[Dubna]], Russia, plans to make an attempt at some point in the future, but a precise date has not been released to the public. The Heavy Ion Research Facility in [[Lanzhou]], China (HIRFL) also plans to make an attempt. Theoretical and experimental evidence has shown that the synthesis of ununennium will likely be far more difficult than that of the previous elements.

	Ununennium's position as the seventh alkali metal suggests that it would have similar properties to its lighter [[congener (chemistry)\|congeners]]. However, [[relativistic quantum chemistry\|relativistic effects]] may cause some of its properties to differ from those expected from a straight application of [[periodic trend]]s. For example, ununennium is expected to be less reactive than [[caesium]] and [[francium]] and closer in behavior to [[potassium]] or [[rubidium]], and while it should show the characteristic +1 [[oxidation state]] of the alkali metals, it is also predicted to show the +3 and +5 oxidation states, which are unknown in any other alkali metal.		Ununennium's position as the seventh alkali metal suggests that it would have similar properties to its lighter [[congener (chemistry)\|congeners]]. However, [[relativistic quantum chemistry\|relativistic effects]] may cause some of its properties to differ from those expected from a straight application of [[periodic trend]]s. For example, ununennium is expected to be less reactive than [[caesium]] and [[francium]] and closer in behavior to [[potassium]] or [[rubidium]], and while it should show the characteristic +1 [[oxidation state]] of the alkali metals, it is also predicted to show the +3 and +5 oxidation states, which are unknown in any other alkali metal.
	The current reasearch is conducted under Ram Barde who has graduated from Amity University Noida in year 2016

	==Introduction==		==Introduction==