recursal/Fanatic-Fandom huggingface dataset:
Elements Posters (101-200)

F-GHQDiumNihonium\*USSjohnfinniumN309USonGehleniumSeahorsiumBăbeniumMonsiumNestoriumRandolphwabashiumLuziniumAsteroidiumTurtliumBuildingiumMelakiumRabbitiumEdithiumReziumVenetiumRechiumErniumJeniumFeynmaniumLaodiciumVenusiumCaviumLucianópolisiumFacebookiumEvelyniumHansiumHawkiniumShinkanseniumCastaliumArmidaumLusianiumLucaniumOclliumATR 72iumDreamlineriumPockyiumRebeccaiumCatiumZelimiumZerliniumGiantiumEconsaviumUbayiumLukianiumRenateiumSalviumTuniciumGoiliumVivianiumSteeliumHunaniumLucyiumKajanglinePlaceholderiumUtahiumSouthafricanairwaysiumGaspriumFirefoxiumPineappliumStrawberriumDaisyiumAccordiumChangshuiumGenuiumTapiriumJapaniumB10MiumVenusiaiumLučaniumYunziumOwliumShumaiumRebecciumClownfishiumLanceumO405GiumNetherlandiumWhiteiumSunfloweriumDallasiumLuviaium
Elements Posters (2001-2100)

DurianiumJetPhotosiumShahalamiumKomododragoniumAusseerlandiumFuggingiumFokker100iumAirfranciumA320neoiumCostafirenziumCherryiumBananiumSnailiumJosbakeryiumBippityboppitybluiumCarrotiumGermanwingsFlight9525iumHB-JZAiumMountainiumKualalumpuriumRaubiumKampungbukitkomaniumATR 42iumHB-JZBiumJurongbirdparkpanorailiumEspritdecorpsiumHB-JYCiumYahooiumHB-JYDiumAustrianairlinesiumAustrianiumPeriodiciumN421UAium
Dreamstimium

**Dreamstimium** is a radioactive chemical element with the symbol Dtm and atomic number 668. It is named after Dreamstime, an image company.

## Appearance

Dreamstimium has green color and Solid phase.

## Isotopes

*Main article: Isotopes of dreamstimium*
Dreamstimium has no stable isotopes. Its most stable isotope is 2339Dtm, which has a half life of 810 trillion years, considerably longer than the age of the Earth, and even slightly longer than the generally accepted age of the universe.
Elements Posters (2301-2400)

FubaoiumWindowsN913FRiumWindowsN809FRiumCC-COZiumG-EUXCiumN597JBiumZS-SFFiumHS-PGViumUlyanoviumN673AWiumB-6043iumN598JBium9V-JSAiumNikonoviumHB-JZKiumCC-CPEiumMASwingsiumZS-SFGiumN590FLiumVN-A555iumAppliumIfthebluefitsiumVN-A556iumHB-JZLiumG-EZEYiumAmericbluiumZS-SFHium9V-JSBiumG-EZMKiumHB-JZMiumHB-JZNium9V-JSCium
Gracethetrumpeterswanium

**Gracethetrumpeterswanium** is a chemical element with the symbol Gts and atomic number 404.

## List of isotopes

Naturally occurring Gracethetrumpeterswanium (404Gts) is composed of 2 stable isotopes, 1363Gts, 1364Gts, and 2 radioisotopes, 1361Gts and 1362Gts, with 1364Gts being the most abundant (40% natural abundance). The longest-lived radioisotopes are 1362Gts with a half-life of 9.04 x 1022 years, 1361Gts with a half-life of 9.04 x 1015 years, 1359Gts with a half-life of 904 million years. All of the remaining radioisotopes have half-lives that are less than 90,400 years and the majority of these have half-lives that are less than 90.4 years.
Isotopes of dreamstimium

Dreamstimium (668Dtm) is usually considered an artificial element, although trace quantities are found in nature, so a standard atomic weight cannot be given. Like all synthetic or trace elements, it has no stable isotopes. The first isotope to be synthesized was 2339Dtm. Dreamstimium has 1 known isotope. The longest-lived isotope is 2339Dtm with a half-life of 810 trillion years.
Googlium

**Googlium** is a hypothetical element with atomic number 700 and symbol Gog. It is of course named after Google, the company that created google drive, docs, sheets, slides, home, nest, drawings, slate, earth, sites, and so much other stuff. their search engine launched in 1997 but started making products around 2006. Just like all the elements after lead, Googlium has no stable isotopes. Its most stable one is Gog2429, with it's half-life being 129 years. Its systematic name is Septnilnilium (Snn).
G-EZDBium

**G-EZDBium** is a hypothetical element with the atomic number 3411 and symbol Gezdb.

## List of isotopes

### Target-projectile combinations

The table below shows various combinations of targets and projectiles which could be used to form compound nuclei with *Z* = 3411. Each entry is a combination for which calculations have provided estimates for cross section yields from various neutron evaporation channels. The channel with the highest expected yield is given.
Decofloofium

* Icon
* Photographic

**Decofloofium** is a hypothetical element with the symbol Dfl and the atomic number 696. It is named after Decofloof. Like all elements after Lead, Decofloofium has no stable isotopes, its most stable is 2419Dfl, which has a half-life of 35 days.

## Related elements

* Flickerfloofium
* Bigfloofium
* Floofium
Facebookium

**Facebookium** is the name of element 142. It is not found in nature and it can only be created inside a laboratory. Like other metals, it would most likely be extremely reactive with water and even explode in air at room temperatures.

Like all elements after lead, Facebookium has no stable isotopes.
Isotopes of Hamiltonthehummingbirdium

This article is an exercise in fantasy. It contains no scientifically-valid information.

Element 1863 Hamiltonthehummingbirdium is an undiscovered element which means no isotopes have been discovered either. Its most stable isotope is Hamiltonthehummingbirdium-1935 with a half life of 20 million years.
Lucianium-859

**Lucianium-859** is a stable isotope of Lucianium.

## Isomers

### Lucianium-859m1

Lucianium-859m1 is a radioisotope and nuclear isomer of Lucianium with a half-life of 651 years. It will undergo Isomeric transition.

### Lucianium-859m2

Lucianium-859m2 is a radioisotope and nuclear isomer of Lucianium with a half-life of 248 years. It will undergo Alpha decay.

### Lucianium-859m3

Lucianium-859m3 is a radioisotope and nuclear isomer of Lucianium with a half-life of 181 years. It will undergo Epsilon decay.

### Lucianium-859m4

Lucianium-859m4 is a radioisotope and nuclear isomer of Lucianium with a half-life of 244 years. It will undergo spontaneous fission.
Haydensunillouisium

*See also: Haydenium*

**Haydensunillouisium** is the hypothetical chemical element with the symbol **Hsl** and atomic number 715. It is named after *Hayden Sunil Louis*. It is a variant of Haydenium.

### Isotopes

Haydensunillouisium is predicted to have 30 isotopes, four are trace isotopes, two of which are stable. Its most stable radioactive isotope is 2469Hsl. The rest have a half-life fewer than 8 years.
Isotopes of benjaminfongium

Main isotopes of Benjaminfongium (333Bf)
 999Bf | 16.5%

Benjaminfongium has three naturally occurring, stable isotopes, 999Bf, 1000Bf and 1001Bf, with natural abundances of 20.8%, 16.5% and 62.7%, respectively. At least 19 radioisotopes have also been synthesized, ranging in mass number from 988 to 1011. Benjaminfongium-1002 is the most stable radioisotope, with a half-life of 42 trillion years, and finds application in brachytherapy and in industrial radiography, particularly for nondestructive testing of welds in steel in the oil and gas industries; Benjaminfongium-1002 sources have been involved in a number of radiological accidents. Six other isotopes have half-lives of at least trillion years—995Bf, 996Bf, 997Bf, 998Bf, 1003Bf, 1004Bf. All of the remaining radioisotopes have half-lives that are less than 166 million years and the majority of these have half-lives that are less than 803,000 years.

The primary decay mode before the most abundant stable isotope, 1000Bf, are Alpha decay and electron capture and the primary mode after is beta minus decay. The primary decay products before 1000Bf are Isaacium and Luziânium (elements 331 and 332) isotopes and the primary products after are Isaacfongium (element 334) isotopes.

The predicted isotopes of Benjaminfongium range in mass number from 977 to 1017.
F-GPMCium

**F-GPMCium** is the name of element 608. It is abbreviated as Fgpmc. It is not found in nature and it can only be created inside a laboratory.

## List of isotopes

F-GPMCium (608Fgpmc) is a synthetic element, and thus a standard atomic weight cannot be given. Like all synthetic elements, it has no stable isotopes. F-GPMCium has 12 known isotopes. The longest-lived isotope is 2166Fgpmc with a half-life of 23 years.
Kallistium

**Kallistium** is the name of element 2903. It is impossible that this element exists. It is abbreviated as Kall.

## Compounds

* Kallistium chloride
* Kallistium sulfide
* Kallistium argide
* Kallistium oxide

## Isotopes

It is very (although not completely) stable as its most stable isotope, Kallistium-4903, has a half-life of 2500 years.
Elements Posters (301-400)

CrystaliumTunnelboringmachiniumExcavationworkiumKentonmeniumPenelopiumJudithiumIroncheahiumWindows10laptopiumRebeccineFentonWindowsiumRatiumMathildiumIdiumEriphyliumAE316iumAE317iumA318iumA319iumA320iumA321iumBianciumBlackberriumDyukoviumBennuiumItokawiumIsaraiumNewjerseyiumIsaaciumLuziâniumBenjaminfongium334P.pngSpicium335P.pngRobloxiumSnakiumRutherfordiaiumIoiumLudianiumWenzhouiumDogiumSalmoniumDisasteriumCiviciumLutianiumLulianiumBurgeriumAfriciumBlackpinkiumMangoiumGiantpandiumYuanzaiumLinbingiumZhenzheniumNanjingiumPiafiumIduniumStarjasminiumAsiaticjasminiumOrangejasminiumRedjasminiumItalianjasminiumBrazilianjasminiumGoldcoastjasminiumWaterjasminiumWinterjasminiumYellowjasminiumNewzealandjasminiumCapejasminiumPinkjasminiumMadagascarjasminiumBlueberriumMulberriumDewberriumWillowiumKeithiumJasmineBluonKiwifruitiumWaterpipiumChinaberriumTaiwanium
Groningenium

* Photographic
* City image

**Groningenium** is a radioactive chemical element with the symbol Gro and atomic number 614. It is named after Groningen in the Netherlands. Like all elements after lead (excluding anomalies), Groningenium has no stable isotopes, It's most stable isotope is Groningenium-2182.
Ludianium

*Not to be confused with Lucianium, Lusianium, Lukianium, Luzianium, Lunianium, Lutianium, Lulianium, Lupianium, Luwianium, Lufianium, Lubianium, Lumianium, or Luvianium.*

## Atomic properties

### Atomic mass

1032

**Ludianium** is the hypothetical chemical element with the symbol **Ldn** and atomic number 339. It is a rare-earth element in the Mathildide series with a metallic silver luster. Ludianium is never found in nature as a free element, though, like other Mathildides, it is found in various minerals, such as Ludianite.
F-GPMBium

**F-GPMBium** is the name of element 600. It is not found in nature and it can only be created inside a laboratory.

F-GPMBium does not occur naturally on Earth and is produced artificially.

## List of isotopes

F-GPMBium (600Fgpmb) is a synthetic element, and thus a standard atomic weight cannot be given. Like all synthetic elements, it has no stable isotopes. F-GPMBium has 10 known isotopes. The longest-lived isotope is 2150Fgpmb with a half-life of 22.6 years.
Jigglypuffium

* Icon
* Photographic

**Jigglypuffium** is a hypothetical element with the symbol Jf and atomic number 954. It is named after the Pokémon Jigglypuff. Like all elements after lead (excluding anomalies), Jigglypuffium has no stable isotopes, its most stable isotope is 3069Jf, which has a half-life of 4.5 seconds.

## Isotopes

Jigglypuffium has no stable isotopes. Its most stable isotope is 3069Jf, which has a half life of 4.5 seconds. The rest of the isotopes have a half life no longer than 4.5 seconds.
Isotopes of lucienium

Lucienium (284Lce) has no stable isotopes. The 8 naturally occurring isotopes allow a standard atomic weight to be given.

16 radioisotopes of Lucienium have been characterized, ranging from 853Lce to 869Lce. The most stable isotope is 863Lce with a half-life of 2.3 x 1021 years, 858Lce with a half-life of 1.4 trillion years, and 854Lce with a half-life of 550 billion years. All of the remaining radioactive isotopes have half-lives less than 13.2 million years, and the majority of these have half-lives less than 3550 years.
Minnesotium

Minnesotion is the hypothetical chemical element with symbol Mit and atomic number 544. This element named after US State Minnesota.

## Where is it found?

This element is highly unstable, so it is not found in nature and it can only be created inside a laboratory.

## Isotopes

Minnesotium's isotopes unstable. The most stable, 1979Mit half-life is 12 femtoseconds.
Isotopes of jasminium

Jasminium (212Jm) has no stable isotopes. The 17 naturally occurring isotopes allow a standard atomic weight to be given.

22 radioisotopes of Jasminium have been characterized, ranging from 624Jm to 646Jm, and 5 isomers. The most stable isotope is 634Jm with a half-life of 8.77 x 1020 years, 635Jm with a half-life of 940 trillion years, and 636Jm with a half-life of 910 trillion years. All of the remaining radioactive isotopes have half-lives less than 20.7 billion years, and the majority of these have half-lives less than 801,000 years.

The primary decay mode before the only primordial isotope, 634Jm, are Beta Plus and Double Beta and the primary mode after is Beta Minus. The primary decay product before 634Jm is elements 210 and 211 (Staplerium and Saraium) and the primary product after is element 213 (Bostonium).
Kajangium

**Kajangium** is a hypothetical element with the symbol **Kj** and atomic number 462. It is named after the town of Kajang. Like all elements after lead (excluding anomalies), Kajangium has no stable isotopes. Its most stable isotope is 1621Kj.

## Isotopes

Kajangium has no stable isotopes. Its most stable isotope is 1621Kj, which has a half life of 220 years. The rest of the isotopes have a half life no longer than 80 years.
Kirbysdreamcoursium

**Kirbysdreamcoursium** is the name of element 818. It is not found in nature and it can only be created inside a laboratory. Like other metals, it would most likely be extremely reactive with water and even explode in air at room temperatures.

Like all elements after lead (excluding anomalies), Kirbysdreamcoursium has no stable isotopes.
Luvianium

*Not to be confused with Lucianium, Lukianium, Ludianium, Lufianium, Lunianium, Lutianium, Lulianium, Lupianium, Luwianium, Lubianium, Lumianium, Luviaium, Ludianium, or Luvinium.*

## Bulk properties

### Color

Blue

**Luvianium** is a hypothetical element with the atomic number 495. It is radioactive; its most stable known isotope, Luvianium-1777, has a half-life of about 10 years. It is named after Luvian.
Isotopes of saraium

Naturally occurring Saraium (211Sa) is composed of only one stable isotope, 631Sa. The most stable isotope is 630Sa with a half-life of 989 trillion years, and 632Sa with a half-life of 981 trillion years. All of the remaining radioactive isotopes have half-lives less than 314 billion years, and the majority of these have half-lives less than 573,000 years. All nuclear isomers have long half-lives, measured in days, the longest being 631mSa with a half-life of 362 days.
Isotopes of Jojothegrizzleybearcubium

This article is an exercise in fantasy. It contains no scientifically-valid information.

Element 2253 Jojothegrizzleybearcubium is an undiscovered element which means no isotopes have been discovered either. Its most stable isotope is Jojothegrizzleybearcubium-4253 with a half life of 9.6 quadrillion years.
Iowium

**Iowium** is a radioactive chemical element with the symbol Iow and atomic number 221. Like all chemical elements after Lead, Iowium has no stable isotopes. It's most stable is 666Iow.

## Characteristics

Iowium is a lustrous, yellowish, soft, ductile, malleable metal that is solid at room temperature, though it is hard and brittle at lesser purities. In powder form, Iowium is highly corrosive, but the solid form is much less prone to ignition. Iowium is highly resistant to corrosion by alkalis, acids, salt water and other agents. However, it will dissolve in hydrochloric and sulfuric acid, especially when fluorine is present. Alloys with Iowium are magnetic at less than 29 K.
Isotopes of Biennunium

### Target-projectile combinations

The table below contains various combinations of targets and projectiles which could be used to form compound nuclei with *Z* = 291. Each entry is a combination for which calculations have provided estimates for cross section yields from various neutron evaporation channels. The channel with the highest expected yield is given.

 858Lcn | 20Ne
 859Lcn | 20Ne
 857Lcn | 23Na
Ishida Lucian (disambiguation)

Disambiguation page for Ishida Lucian (disambiguation)The following is a list of links to pages that might share the same title.Please follow one of the disambiguation links below or search to find the page you were looking for if it is not listed. If an internal link led you here, you may wish to change the link to point directly to the intended article.
This may link to multiple pages related to Ishida Lucian and its variants.

* Lucian, Element 1183

* Ishidalucianium, Element 287.

* Lucianium, element 281.

* Ishidium and Ishidaium, the names was used for the isotope Lucianium-857.
Lucium

*In the real world, Lucium also refers to the name of a new chemical element proposed by Prosper Barrière in 1896.*
*Not to be confused with Lucianium, Lucia, or Lucyium.*

## States of matter

### Phase

Solid

**Lucium** is a hypothetical element with the atomic number 2900 and the symbol Luci. It is named after the proposed new element Lucium.
Kepongcubittforestvillagium

**Kepongcubittforestvillagium** is a hypothetical element with the symbol Kc and atomic number 897. It is named after Kepong Cubitt Forest Village. Like all elements after lead (excluding anomalies), Kepongcubittforestvillagium has no stable isotopes, its most stable isotope is 2941Kc, which has a half-life of 37 years.

## Isotopes

Kepongcubittforestvillagium has no stable isotopes. Its most stable isotope is 2941Kc, which has a half life of 37 years. The rest of the isotopes have a half life no longer than 20 years.
Kirbymassattackium

**Kirbymassattackium** is the name of element 911. It is named after the game Kirby Mass Attack.

## Properties

Kirbymassattackium is possibly a blue solid at room temperature.

## Isotopes

Kirbymassattackium is radioactive and has no stable isotopes. Its most stable isotope is 2974Kma, which decays into 2974Tfi through electron capture after 5 hours.
Liquid A320ium

**Liquid A320ium**—**LA3202**— is A320ium in a liquid state at low temperature. Liquid A320ium has a boiling point of about −129 °C (−200.2°F). It is produced industrially by fractional distillation of liquid air. It is a colorless, low viscosity liquid that is widely used as a coolant.

## See also

* Liquid A319ium
* Liquid Absolutebluium
* Liquid Rudytheraccoonium
Lucanium

*Not to be confused with Lucianium, Lucinium, or Lučanium.*

**Lucanium** is a chemical element with the symbol **Luc** and atomic number 150. It is radioactive: the most stable known isotope, Lucanium-422, has a half-life of about 19 years.

Like all elements after lead, Lucanium has no stable isotopes.
Missourium

Missourium is the hypothetical chemical element with symbol Msu and atomic number 524. This element named after US State Missouri.

## Where is it found?

This element is highly unstable, so it is not found in nature and it can only be created inside a laboratory.

## Isotopes

Missourium's isotopes unstable. The most stable, 1899Msu half-life is 345 picoseconds.
Lemeridienium

**Lemeridienium** is a hypothetical negative element with the atomic number 250 and the symbol Lmd. It is named after Le Méridien.

## Properties

Lemeridienium is a dark grey solid at room temperature, some individuals state that Lemeridienium had the same smell as average saltwater from the ocean. It has no taste when tasted.

## Isotopes

Lemeridienium has no stable isotopes and is radioactive. Its most stable isotope is 765Lmd, which has a half-life of 200 years, which it then decays into Squirrelium via Alpha Decay. The rest of the isotopes have a half-life no longer than 120 years.
Miamium

Miamium is the hypothetical chemical element with symbol Mm and atomic number 518. This element is named after the city of Miami.

## Where is it found?

This element is highly unstable, so it is not found in nature and it can only be created inside a laboratory.

## Isotopes

Miamium's isotopes are unstable. The most stable, 1867Mm half-life is 8 nanoseconds.
Lucian Second

A Lucian Second is one of the shortest lengths of time. It's lasts (1x10-120) or 0.0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000001 of a second. It is **not** the shortest time length.

## Elements with isotopes that has a half life of one or more Lucian Seconds but below a yoctosecond.

Octodecillionium (Most stable isotope has a half life of 57 Lucian Seconds)
Ironcheahium

Languages

## States of matter

Pure (99.97 %+) ironcheahium chips, electrolytically refined, as well as a high purity (99.9999 % = 6N) 1 cm3 ironcedahium cube for comparison.

## Electronic properties

### Oxidation states

−4, −2, −1, 0, +1, **+2**, **+3**, +4, +5, +6, +7 (an amphoteric oxide)

## Abundance in universe

### By mass

Relative: 1.77 × 10−20
Absolute: 5.92 × 1032 kg

### By atom

1.39 × 10−21

**Ironcheahium** is a chemical element with the symbol **Fc** (from Latin *ferrumcheahium* 'ironcheahium') and atomic number 307. This element is named after Iron Cheah. It is a metal that belongs to the post-transition metals and group 15 of the periodic table.

Chemically, the most common oxidation states of Ironcheahium are Ironcheahium(II) and Ironcheahium(III). Ironcheahium shares many properties of other post-transition metals, including the other group 15 elements, Keithium. Ironcheahium forms compounds in a wide range of oxidation states, −4 to +7. Ironcheahium also forms many coordination compounds; some of them, such as Ironcheahferrocene, Ironcheahferrioxalate, and Ironcheahian blue have substantial industrial, medical, or research applications.

## Uses

Ironcheahium, like Iron, can be magnetized and so is used to make magnets. It is alloyed with Benjaminfongium and Haydenium to make particularly powerful magnets.

Other alloys of Ironcheahium are used in jet turbines and gas turbine generators, where high-temperature strength is important.

Radioactive Ironcheahium-903, Ironcheahium-904 and Ironcheahium-905 are used to treat cancer and, in some countries, to irradiate food to preserve it.

## Isotopes

*Main article: Isotopes of ironcheahium*

Naturally occurring ironcheahium (307Fc) consists of four stable isotopes: 4.8% of 913Fc, 93% of 915Fc, 2% of 916Fc and 0.2% of 917Fc. There are 24 known radioactive isotopes, the most stable of which are 919Fc (half-life 2.6 million years) and 914Fc (half-life 2.7 years).

Much of the past work on measuring the isotopic composition of Fc has centered on determining 919Fc variations due to processes accompanying nucleosynthesis (i.e., meteorite studies) and ore formation. In the last decade however, advances in mass spectrometry technology have allowed the detection and quantification of minute, naturally occurring variations in the ratios of the stable isotopes of ironcheahium. Much of this work has been driven by the Earth and planetary science communities, although applications to biological and industrial systems are beginning to emerge.
Maggium

**Maggium** is a hypothetical element with the symbol Mag and atomic number 224. It is named after Maggi. Like all elements after Lead, Maggium has no stable isotopes. Its most stable isotope is 689Mag.

## Isotopes

Maggium has no stable isotopes. Its most stable isotope is 689Mag, which has a half life of 122.4 years. The rest of the isotopes have a half life no longer than 74.4 years.
Dubidium

**Dubidium** is the name of element 2120. It is impossible that this element exists. It is abbreviated as Dub.

## Compounds

* Dubidium monoxide
* Dubidium dioxide
* Dubidium trioxide
* Dubidium tetroxide
* Dubidium pentoxide
* Dubidium hexoxide
* Dubidium heptoxide
* Dubidium octoxide
* Dubidium nonaoxide
* Dubidium decaoxide
Luzianium

*Not to be confused with Lucianium, Luzinium, Luziaium, Lusianium, Ludianium, Lukianium, Luziânium, Lunianium, Lutianium, Lulianium, Lupianium, Luwianium, Lufianium, Lubianium, Lumianium, or Luvianium.*

## Atomic properties

### Atomic mass

Other Elements: 30.4999
Positive: 1285.6954

## Nuclear properties

### Half-life

Stable

**Luzianium** is a chemical element with the symbol Lzn and atomic number O14 and 392. It is named after Luzian.
Oyashide series (1998)

The **Oyashide series (1998)** is a hypothetical series with elements from Oyashium to Mochishium. It includes:

Oyashium (1998)

HB-JZFium

Uzushium (2000)

Makishium (2001)

Isoshium (2002)

Narushium (2003)

Kuroshium (2004)

Takashium (2005)

Yaeshium (2006)

Setoshium (2007)

Mochishium (2008)

<<Transportide series|TBA>>
Manganesium

Manganesium screw, which contains this element, Titanium and carbon.

**Manganesium** is the name of element 501. It is an extremely reactive silvery solid element, forming compounds with nearly all the elements, including hydrogen, transition metals, group 13-16 elements and halogens.

## Compounds

*See also: Template:Manganesium compounds*

* Manganesium monoxide
* Manganesium sulfide
Luviaium

*Not to be confused with Luciaium, Lusiaium, Luziaium, Luvianium, Ludiaium, or Luvinium.*

## Bulk properties

### Color

Blue

**Luviaium** is a hypothetical element with the atomic number 200. It is radioactive; its most stable known isotope, Luviaium-600, has a half-life of about 10 million years. It is named after Luvia, Finland.
Lusianium

*Not to be confused with Luzianium, Lucianium, Lusiaium, Lusinium, Lukianium, Ludianium, Lunianium, Lutianium, Lulianium, Lupianium, Luwianium, Lubianium, Lumianium, or Luvianium.*

## Atomic properties

### Atomic mass

416

**Lusianium** is a chemical element with the symbol **Lsn** and atomic number 149. It is highly radioactive: the most stable known isotope, Lusianium-416, has a half-life of about 31 hours. This greatly limits extended research on the element.

Like all elements after lead, Lusianium has no stable isotopes.
Isaacium

**Isaacium** is a chemical element with the symbol Ic and atomic number 331. It is named after Isaac Newton. Like all chemical elements with an atomic number greater than 82, Isaacium has no stable isotopes. It's most stable isotope is 980Ic, which has a half-life of about 7.09 x 1016 years.

## Isotopes

*Main article: Isotopes of isaacium*
Isaacium has no stable isotopes. Its most stable isotope is 980Ic, which has a half life of 70.9 quadrillion years. The rest of the isotopes have a half life no longer than 16 billion years.
Lancetheocelotium

**Lancetheocelotium** is the name of element 419. It is abbreviated as Lto.

## List of isotopes

Lancetheocelotium (419Lto) has 11 known isotopes, ranging from 1429Lto to 1440Lto, all which are radioactive. Lancetheocelotium has no stable isotopes, but does have 3 very long-lived isotopes; thus, the standard atomic weight can be given as 1429.284, 1430.287 and 1432.293. All of the remaining radioisotopes have half-lives that are less than 100,000 years and the majority of these have half-lives that are less than 50,000 years.
Lucianópolisium

**Lucianópolisium** is a chemical element with the symbol **Ló** and atomic number 141. It is highly radioactive: the most stable known isotope, Lucianópolisium-388, has a half-life of about 26 hours. This greatly limits extended research on the element.

Like all elements after lead, Lucianópolisium has no stable isotopes.
Lucienium

*Not to be confused with Lucianium, Lucianum, Luzianium, Lucienneium, or Luciennium.*

## Bulk properties

### Color

Silvery white

**Lucienium** is a radioactive chemical element with the symbol Lce and atomic number 284. It is named after Lucien, Oklahoma.

## Characteristics

### Physical properties

Metallic Lucienium has a bright, silvery metallic luster. Lucienium commonly exists in two allotropic forms, with a transformation from a double hexagonal to a body-centered cubic structure taking place at about 863 °C. Lucienium, like most of the Lucianides, is paramagnetic at room temperature and becomes an antiferromagnet upon cooling to 20 K (−253.2 °C). Lucienium is a rare-earth metal that was present in the classical mischmetal at a concentration of about 18%. To make Lucienium magnets it is alloyed with iron, which is a ferromagnet.

### Chemical properties

Lucienium is a mostly non-reactive element: it does not react with water, is immune to attack by most acids and bases, and does not react with oxygen or air at room temperature. At elevated temperatures (i.e., when red-hot) it reacts with oxygen to form the trioxide compound Lucienium(VI), LceO3. It will, however, react directly with fluorine (F2) at room temperature to form Lucienium(VI) fluoride (LceF6), a colorless gas. At around 250 °C it will react with chlorine or bromine, and under certain hot conditions will react with iodine.

### Allotropes

Four allotropic forms of Lucienium are known to exist at standard pressure, and are given the common labels of α to δ:

* The high-temperature form, δ-Lucienium, has a bcc (body-centered cubic) crystal structure and exists above 726 °C.
* The stable form below 726 °C to approximately room temperature is γ-Lucienium, with an fcc (face-centered cubic) crystal structure.
* The DHCP (double hexagonal close-packed) form β-Lucieniumis the equilibrium structure approximately from room temperature to −150 °C.
* The fcc form α-Lucieniumis stable below about −150 °C; it has a density of 8.16 g/cm3.
* Other solid phases occurring only at high pressures are shown on the phase diagram.
* Both γ and β forms are quite stable at room temperature, although the equilibrium transformation temperature is estimated at 75 °C.

### Isotopes

*Main article: Isotopes of lucienium*
About 16 isotopes are known for lucienium. There are two long-lived alpha-emitters; 857Lce has a half-life of 8480 years, and 859Lce has a half-life of 4800 years.
Platinum-208

**Platinum-208** is an extremely unstable isotope of Platinum with a half life of 47.2 days. It decays to Rhenium-202 by emitting a Lithium nucleus. The reason why it is more stable then other Platinum radioisotopes is because of Platinum-208 being on the island of stability. It is still very radioactive. Due to Platinum-208 being so unstable, it has no uses outside of scientific research. Only a few atoms have been produced.
Malaysium

**Malaysium** is the hypothetical chemical element with the symbol Mys and atomic number 512. This a hypothetical element with atomic number is named after Malaysia, a Southeast Asian country. It is not found in nature and it can only be created inside a laboratory. Malaysium's isotopes unstable. The most stable, 1842Mys half-life is 47 seconds, long for a 12 period element. Under normal conditions, Malaysium is a blue solid.
NegaBenjaminfongium

NegaBenjaminfongium is the -333th element. It is the exact opposite of Benjaminfongium.

## Isotopes

* -998-Bf is the third most stable isotope known. It lasts for 993 thousand years.
* -999-Bf is the second most stable isotope known. It lasts for 28 million years.
* -1000-Bf is the most stable isotope known. It lasts for 37 million years.
Period 10 element

Periods 6 and 7 both contain: a.) an alkali metal (very active metal), b.)an alkaline earth metal (active metal), c.) an f block (14 active metals), d) a d block (10 quiet metals), e.) a p block (five aloof metals), and an inert fluid.

Electrons start misbehaving once you get to Period 8. Periodic details begin to blur. Two 9s and two 9p1/2 electrons mix in with the main period 8 electrons. The g block grows to 22 elements, so that period 8 ends at 172 rather than 168, which an 18-element g block would cause.

Period 9 is likely to mimic Period 8. The big features are all that remains: very active metal, active metals, quiet metals, aloof metals, and an inert fluid. Its g block should also be 22 elements long, putting the period's endpoint at Z = 226.

**Period 10** will contain an h block with 22 electrons. Adding four electrons, as in periods 8 & 9 gives a band width of 26 electrons. But, this far up the Z axis, d3/2 or p3/2 electrons might start to occupy n+1 states. to add as many as 10 additional electrons to the block. That would be a total width of 36, which leads to Z = 310 as the end of period 10. This period contains Lucianium at the f-block.

## Elements

Period 10 begins at Rostovium. It ends at Storon.
Nevadium

**Nevadium** is a radioactive chemical element with the symbol Nvd and atomic number 413.

## Characteristics

Nevadium is a lustrous, blueish, soft, ductile, malleable metal that is solid at room temperature, though it is hard and brittle at lesser purities. In powder form, Nevadium is highly toxic to all living organisms, but the solid form is much less prone to ignition. Nevadium is highly resistant to corrosion by alkalis, acids, salt water and other agents. However, it will dissolve in hydrochloric and sulfuric acid, especially when fluorine is present. Alloys with Nevadium are magnetic at less than 41 K.

## Isotopes

* Nvd1395 has a half-life of 200 days.
* Nvd1396 has a half-life of 270 days.
* Nvd1397 has a half-life of 625 days.
* Nvd1398 has a half-life of 500 days.
* Nvd1399 has a half life of 612 days.
* Nvd1400 has a half-life of 126 days.
* Nvd1401 has a half-life of 108 days.
* Nvd1402 has a half-life of 16.5 years, making it the fourth most stable isotope of Nevadium.
* Nvd1403 has a half-life of 18 years, making it the third most stable isotope of Nevadium.
* Nvd1404 has a half-life of 16 years, making it the fifth most stable isotope of Nevadium.
* Nvd1405 has a half-life of 22 years, making it the most stable isotope of Nevadium.
* Nvd1406 has a half life of 20 years, making it the second most stable isotope of Nevadium.
Octodecillionium

**Octodecillionium** is a hypothetical element with the atomic number 40057 and the symbol Octodecillion.

## Appearance

Octodecillionium has an unknown color and phase at room temperature.

## Isotopes

Octodecillionium has no stable isotopes. It's most stable isotope is 60057Otdl, which has a half life of 57 Lucian Seconds. The rest of the isotopes has a half life no longer than a Yuvan Second (1x10^-123 Seconds).
Neverium

Neverium (or **N E V E R**ium) is an element with an atomic number of ↇ and an atomic mass of 2𝔈. 2𝔈Nvr is the only known isotope, but 3𝔈Nvr is not confirmed yet. But more isotopes will be created in the future.

## Fake neverium

Ditree3ium Rayosnumberide looks like neverium, but does not look identical. Also, it's called fake neverium. This is because neverium can only be seen with a **N E V E R** looker Machine 2022, but fake neverium doesn't.

(Note: this article is originally from Fandomium.)
Raspberrium

**Raspberrium** is a hypothetical element with the symbol Rpb and atomic number 223. It is named after the Raspberry. Like all elements after Lead, Raspberrium has no stable isotopes. Its most stable isotope is 689Rpb.

## Isotopes

Raspberrium has no stable isotopes. Its most stable isotope is 689Rpb, which has a half life of 8.3 x 1019 years. The rest of the isotopes have a half life no longer than 26 million years.
Nankaium

DisclaimerThis element is named after a school or an organization. This means the element should be impossible to create.Changing title is recommended into another naming summary.

## Nomenclature

### Systematic name

Untriunpentium (Utup)

**Nankaium** or **Sjkcnankaium** is the name of element 1315. It is impossible that this element exists. It is abbreviated as Nki.

## Compounds

* Nankaium monoxide
* Nankaium dioxide
Rebeccaium

*Not to be confused with Rebeccium or Rebecca.*
*See also: Rebeccium*

**Rebeccaium** is the name of element 155. It is a variant of Rebeccium.

Chemically, the most common oxidation states of Rebeccaium are Rebeccaium(I), Rebeccaium(II) and Rebeccaium(IV). Rebeccaium shares many properties of other inner transition metals, including other inner transition elements, Clownfishium and Erosium. Rebeccaium forms compounds in a wide range of oxidation states, −2 to +5. Rebeccaium also forms many coordination compounds; some of them, such as Rebecene, Rebeccioxalate, and Rebeccian blue have substantial industrial, medical, or research applications.

## Uses

Rebeccaium is used in Vibration detectors. It also has other uses, such as metal detectors.

## Trivia

* It is the lightest given name element that has not yet been synthesized.
Oyashioium

**Oyashioium** is the name of element 590. It is abbreviated as Oyh.

## Occurrence

It is almost certain that Oyashioium doesn't exist on Earth at all, but it is believe to barely exist somewhere in the universe due to its short lifetime. Every element heavier than iron can only naturally be produced by exploding stars. But it is virtually impossible for even the most powerful supernovae or most violent neutron star collisions to produce this a hypothetical element with atomic number through r-process because there's not enough energy available or not enough neutrons, respectively, to produce this hyperheavy element. . Instead, this a hypothetical element with atomic number can only be produced by advanced technological civilizations, virtually accounting for all of its abundance in the universe. An estimated abundance of Oyashioium in the universe by mass is 41837x18 which amounts to 2.82 kilograms or more than 50% the mass of Venus worth of Oyashioium.
Saraium

*Not to be confused with Sarium, Sarahium, or Isaraium.*

Languages

* Icon
* Photographic

Sample of pure Saraium-631

**Saraium** is a weakly radioactive metallic chemical element with the symbol **Sa** and atomic number 211. It is a silvery-gray metal, which resists corrosion in dry air, but not in moist air. Saraium is the last element in the berzelide series, and it is traditionally counted among the rare earth elements; it can also be classified as the first element of the 9th-period transition metals. Saraium is named after *Sara*.

Like all chemical elements after lead, Saraium has no stable isotopes. It's most stable is 631Sa. It has a half-life of 881 quintillion years (8.81 x 1020 years), making it a subanomaly. 25 isotopes are known; the most stable is 631Sa with half-life 881 quintillion years; however, the shorter-lived 628Sa (half-life 902 trillion years) is most commonly used in chemistry because it can be produced on a larger scale.

## Properties

### Chemical characteristics

Saraium is a soft, silver-metallic, lustrous and highly crystalline transition metal in group 3. As expected by periodic trends, it is less electronegative than its predecessor in the group, Zelimium, and less electronegative than the next member of period 4, Jasminium. Saraium is the first d-block element in the ninth period.

### Isotopes

*Main article: Isotopes of saraium*

31 isotopes and five nuclear isomers are known for Saraium, with mass numbers ranging from 618 to 649. All are radioactive and the most stable nuclide, 631Sa, has a half-life of 881 quintillion years. The next most stable isotopes are 630Sa (half-life 989 trillion years), 632Sa (981 trillion years), and 629Sa (908 trillion years). All of the remaining isotopes have half-lives shorter than 314 billion years, most shorter than 573,000 years. Of the five nuclear isomers, the most stable is 631mSa with a half-life of 362 days.

## Uses

It is used in acids to make many acids, such as Saraic acid, Sarajasminic acid and Saric acid.

## Synthesis

To synthesize most stable isotopes of Saraium, nuclei of a couple lighter elements must be fused together, and right amount of neutrons must be seeded. This operation would be impossible using current technology since it requires a tremendous amount of energy, thus its cross section would be so low that it is beyond the technological limit. Even if synthesis succeeds, this resulting element would quickly undergo fission. Here's couple of example equations in the synthesis of the most stable isotope, 631Sra.

422
150Luc + 147
61Pm + 62 1
0n → 631
211Sa
566
191Rbc + 48
20Ca + 17 1
0n → 631
211Sa
Attack Objects

The **Attack Objects** are the objects that the pretty cure use to activate their attacks.

**Paintbrush (Or Glitter Brush in the English dub)**

The Paintbrush is what Cure Sketch uses to perform her regular attack, her super attack, and her ultra attack.

**Melody Perfume (Or Glitter Puff in the English dub)**

The Melody Perfume is what Cure Harmony uses to perform her regular attack, her super attack, and her ultra attack.

**Cup O' Boba (Or Glitter Drink in the English dub)**

This Cup O' Boba is what Cure Boba uses to perform her regular attack, super attack, and ultra attack.

**Seed Packet (Or Glitter Growth in the English dub)**

The special seed pack is what Cure Rose uses to perform her regular attack, super attack, and ultra attack.

**Rainy Parasol (Or Glitter Shield in the English dub)**

Cure Rainy uses her Rainy Parasol to perform her regular attack, super attack, and ultra attack.

**Sky Scepter and Sky Crystals (Or Glitter Wand and Glitter Crystals in the English dub)**

Cure Sunrise uses her sky scepter with the moon or sun crystal to perform her regular attack, super attack, and ultra attack.

**Love Locket (Or Glitter Heart Locket in the English dub)**

Cure Love uses the Love Locket to perform her regular, super, supreme and ultra attacks.

**Peace Locket (Or Glitter Star Locket in the English dub)**

Cure Heiwa uses the Peace Locket to perform her regular, super, supreme, and ultra attacks.

**Arte Pencil (Or Glitter Sketcher in the English dub)**

The Arte Pencil is what Cure Sketch uses to perform her supreme attack.
Radiationium

**Radiationium** (Rda/Tpun) is a hypothetical element with atomic number 3510. It is named after Radiation.

## Appearance

Radiationium is a Green Element, which glows in the dark. It glows in the dark because its high radiation level reaches a whopping 9,783 mSv, which is equalized with the Chernobyl Disaster.

## Isotopes

Radiationium has no stable isotopes. It's most stable isotope is 5510Rda, which has a half life of 0.73 Years.
Period 11 element

By comparison with the thought that's been given to Period 8 (see "Extended Periodic Table", Wikipedia) all higher periods are uncharted territory. Atomic theory breaks down at the very beginning of this period. Nuclear shape as well as size is likely to become important. Any description of periods 9 through 11 should be viewed with caution.

## Structure

Periods 6 and 7 both contain: a.) an alkali metal (very active metal), b.)an alkaline earth metal (active metal), c.) an f block (14 acive metals), d) a d block (10 quiet metals), e.) a p block (five aloof metals), and an inert fluid.

Electrons start misbehaving once you get to Period 8. Periodic details begin to blur. Two 9s and two 9p1/2 electrons mix in with the main period 8 electrons. The g block grows to 22 elements, so that period 8 ends at 172 rather than Tasteslikechickenium, which an 18-element g block would cause.

Period 9 is likely to mimic Period 8. The big features are all that remains: very active metal, active metals, quiet metals, aloof metals, and an inert fluid. Its g block should also be 22 elements long, putting the period's endpoint at Z = 226.

Period 10 will contain an h block with 22 electrons. Adding four electrons, as in periods 8 & 9 gives a band width of 26 electrons. But, this far up the Z axis, d3/2 or p3/2 electrons might start to occupy n+1 states. to add as many as 10 additional electrons to the block. That would be a total width of 36, which leads to Z = 310 as the end of period 10.

## Elements

Period 11 begins with Windowsium. It ends at Teq.
Sarahium

*Not to be confused with Saraium.*

**Sarahium** is a hypothetical element with atomic number 1028.

## Compounds

* Sarahium monoxide
* Sarahium dioxide
* Sarahium nitride

## Isotopes

### List of isotopes

Sarahium has 10 isotopes which have atomic masses that range from 3025 to 3035. 3027Srh is the most stable radioisotope, with a half-life of 13 septillion years.
Randolphwabashium

**Randolphwabashium** is a radioactive chemical element with the symbol Rw and atomic number 124. It has a half-life of 121 years.

## Isotopes

Like every other element heavier than lead, Randolphwabashium has no stable isotopes. The longest-lived isotope is 332Rw with a half-life of 121 years. Another interesting isotope is 333Rw with a half-life of 118 years. All of the remaining isotopes have half-lives less than 53 years and the majority of these have half-lives less than 26 years.
Rebecca Second

A Rebecca Second is one of the shortest lengths of time. It's lasts (1x10-126) or 0.0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000001 of a second. It is **not** the shortest time length.

## Elements with isotopes that has a half life of one or more Rebecca Seconds but below a yoctosecond.

Praseoneodymium (Most stable isotope has a half life of 25 Rebecca Seconds)
Rebecca (disambiguation)

Disambiguation page for Rebecca (disambiguation)The following is a list of links to pages that might share the same title.Please follow one of the disambiguation links below or search to find the page you were looking for if it is not listed. If an internal link led you here, you may wish to change the link to point directly to the intended article.This may link to 4 pages related to Rebecca and its variants

Rebeccium, element 191 and original variant.

Rebeccanovelium, the novel variant.

Rebecca, element O15.

Rebekkium, element 294.
Placeholderium

This is a hypothetical element with atomic number is for placeholders (Elements that have not been discovered yet, but are in the table anyway because we are too lazy to add colspans). In the periodic table, they are shown with a systematic element name and its respective symbol. They are meant as temporary elements, for when they are discovered later on.
Phobosium

**Phobosium** is a radioactive chemical element with the symbol Pbs and atomic number 620. It is named after Phobos, a moon of Mars. Like all elements after lead (excluding anomalies), Phobosium has no stable isotopes, It's most stable isotope is Phobosium-2202.

The largest applications for metallic Phobosium are in alloys with Deimosium and Asteroidium, which have improved properties for solders, bullets, and plain bearings. It improves the rigidity of lead-alloy plates in Asteroidium–acid batteries. Phobosium trioxide is a prominent additive for halogen-containing flame retardants. Phobosium is used as a dopant in semiconductor devices. Phobosium is one of the rarest elements on Earth.
Northsentinelislandium

Northsentinelislandium is a hypothetical element with the atomic number 466. It is named after North Sentinel Island, home to the Sentinelese, a violent indigenous tribe. Like all elements after lead(excluding anomalies), Northsentinelislandium has no stable isotopes. Its most stable isotope is 1640Nsi. Its second most stable isotope is 1639Nsi.
Seahorsium

**Seahorsium** is a radioactive chemical element with the symbol Shs and atomic number 120. It is named after Seahorses. In the periodic table of the elements, it is expected to be an s-block element, an alkaline earth metal, and the second element in the eighth period. It has attracted attention because of some predictions that it may be in the island of stability.
Periodic table coordinate

**Periodic table coordinate** is a navigational notation determined from the element's location on the periodic table. It is written as a number representing the row within the block, then a letter representing the block, and then a number in superscript representing the column within the block. For example, gold is found on the periodic table at coordinate 3d9 since it is located in the third row, ninth column of d-block.
Player 195

Player 195 was a contestant in the 33rd Squid Game.

## History

Player 195 was in heavy debt and chose to enter a high risk competition to win money. After waking up in a large room with 455 other people, he signed a contract and took his photo. He proceeded to Game 1 and survived. 195 was shaken by the deaths of the contestants. A vote was held and the majority voted no. But he returned along with lots of players.

## Death

In Sugar Honeycombs,Player 195 failed cutting his shape correctly, leading to his death.

## Behind The Scenes

Player 195 was portrayed by an unknown extra.

## Mistakes

Another Player 195 was seen panicking and Player 195’s icon shows a female.