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  • 119 - Ununnonium - Discovered by someone normal

    120 - Spaghettinun - Discovered by Gay Luigi

    121 - Whydidimissoutononehunderedand­twentyoneium. Discovered by Jealous Person.

  • I like the part where he had to pause to calculate how many atoms more it was that ununquadium (two more)

  • CALL IT MALIAKOFFIUM (this or Uuq, Uup, Uuh or Uus)

  • Element 119 has been around for a while. Its called surprise.

  • energy levels? shells? what happend to the quantum mechanical model?

  • @bskulldragon100

    If you talk about orbitals they do still fit in the model of shells and energy levels. But ofcourse, the electrons' orbits are not round or spherical, but I quess you know that.

  • he should grow a moustache so people would call him the Einstein of Chemistry

  • hehehe whats next osamabinladenium?

  • @saeta or michaeljacksium lol

  • As they hit atoms of different elements into one another to make new ones does this mean that they make different elements in the Large Hadron Collider in CERN?

  • do a vid on untriseptium, the potentially impossible theoretical element :D periodic videos ftw

  • Comment removed

  • No, Ununobtainium!

  • #119 will open 8th period and thus will require atom to have 8 electron shells total. 8th and 9th periods have much more elements in them as there's new orbital introduced (6 and 7 had F orbital, 8 and 9 have G)

  • would one need higher energy collisions of heavier metals with the heaviest elements to date to achieve element 119?

  • As a person with a B.S. in Biochemistry, my one regret is not sticking with Chemistry, keep up the excellent work, maybe one day I'll enroll in a PhD program for Chem and I'll be able to make something you'll want to talk about.

  • @sabati3 kk

  • Something is False.. Its not number 118 , the 118 symbolize the number of protons , electrons and newtrons...

    Its not by number..

    Cause Obviously we found out Gold ( 79 , AU ) Before idunno Niovium ( 42 , NB ) :I

  • @hasharoni He was referring to its place on the Periodic table of Elements (Hence the name of the video). Which is the 118 spot. And for all those that say Un---- Elements are still there, Those are Artificial elements and Im sure hes just doing the Natural elements.

  • @sabati3 Yes, and as he explains, any atom with such a high number of elementary particles is highly unstable, and so unlikely to be manufactured soon, let alone found in nature.

  • @hasharoni 118 is the number of protons, and does not reflect the order of discovery. For a neutral atom, the number of protons equals the number of electrons but with neutrons this gets a little more tricky as you can have isotopes (elements with the same number of protons but a varying number of neutrons).

  • The whole system is expected to become alot less stable, less stable than having a halflife of .89 miliseconds. hahahahaha

  • i love your channel ... thanks ! :)

  • I LOVE THIS GUY HE IS AWESOME!!!!!! what a great scientist!

  • WTF my periodic table have 131 elements

  • element 121 would be more impressive than 119, it would have electrons in the G block, anyone who takes basic chemistry knows this would be an incredible discovery

  • @dk2853 discovering any new element would be incredible

  • Element 119 Wtfidoingheroin

  • Name: Chuck Norris

    Symbol: CN

    Atomic #: ∞

    Atomic mass: ∞

  • Comment removed

  • the chuck norris joke is tiresome

  • do one for element 117 made in russia a few years ago

  • He's wrong. I actually have a jar of it in my basement:P

  • there is one other....uturnium

  • Next one is theendium

  • Element 120: ChuckNorrisWasHereium

  • I wonder what these guys synthesise in their garages.

  • i hav a hypothesis. After watching this vid, i actually gathered some info and pictures on the web about the properties of radon, and where you said u were not sure what state it is, i think it will be a gas, and that i immidiantly illiminated 'Solid' because if radon can rise as high as to the celing of a house, or roof, then ununoctinium will definiately not be a solid. I think itll be, after my research, a gas, then liquid, then gas, if we'd manage to get some 4 a longer period of time.

  • @pooppeeyoupants THIS WAS A UNSURE CONCLUSIN, THOUGH, lik u said, anything can happen in the world of atoms.

  • u rock i lov this vid

  • Perhaps if you study these elements in the form of Bose-Einsteinium form you may learn about the elements more.

  • Can you guys do a video on the "island of stability"?

    --Hydro15

  • yes, 3 is larger than 1, lol

  • MAD SCIENTIST!!

  • The last is Untrioctium, but it' s existence is only hypothetical;  you think you can find it among the group elements g.

  • is there a limit??

  • the only thing  that disappoints me is that we have discovered only three atoms of ununoctium. TI WOULD BE SWEET IF WE HAD 10 KILOS !

  • @Greekowna1996 why?^^ why do we need that?

  • @ulkord Nothing im just curious to see how it looks like :D

  • @Greekowna1996 lololol :D

  • My new goal is life is to be the one to create ununennium (119).

  • Can't we call it Unobtainium.

  • @TheHDreality Okay then, how about, reallyhardtosynthesiseium?

  • @Mojosbigstick I'll consider it

  • Just finished all 118 element videos!! thank you so much for making these

  • @trevor6744 did you watch then all in order?

  • 119 is in the first group and extremely violent

    i think it should be called "chuck norisium"

  • the Nazis used this element in their test and no one should know of this element

  • Hexhexhexium is what the devil is made from.

  • WHAT ABOUT CHUCKNORISIUM???

  • @revrunnertech2772

    Chucknorrisium is considered too awesome to be on the same periodic table as the rest. It is said to have an atomic mass of 2012.

  • Synthezise all elements togehter and you'll get GMan-ium.

  • Element 119 is Chuck Norris Poo.

  • are there any higher elements possible? if so, what's the highest we can reach? can someone explain to me? im 4th year secundary school

  • @sk8shred The highest is 139 or 149 (I don't remember). Basically, the nucleic force between the neutrons and the protons because so strong, yet so short in range, that it cannot hold itself together. Thus, because being so unstable, it just decays into smaller elements

  • @MultiNerve its 137 actually

  • @shivamchauhan19 Oh right, thanks.

  • whats next ? unobtanium

  • @MrMahirh nope, inexistium then uncredibilium and unknownium

  • @stalkersas

    Actually it's ununellium.

  • @MrMahirh actually it'll be Ununnonium

  • @MrMahirh no.......ununnonium

  • @MrMahirh Unundecium...

  • @MrMahirh ununenium

  • There are only 118 elements because Chuck Norris doesnt want more than those

  • @opedroefeio why are everyone talking about chuck norris in videos like this i think it's stupid

  • I though three's a crowd?

  • ²₄⁰₀Ca + ⁹₂⁷₄₇Bk = ¹₂¹₈⁸₇Uuh is the first formula of how the first Uuh²⁸⁷ atom was made.

  • i want to see it! :D

  • Element 119 is Chuck norris

  • @lolzie117 Chucknorrisium XD

  • @lolzie117 actually element chuck norris can only be created by bombarding 38847194739 atoms of every other element on the periodic table including ununoctium together at 1850 times the speed of light and it has an atomic number of 93783052858436

    i know this because i am from the year 18346, where chuck norris rules all

  • @lolzie117 but chuck norris isnt a element. he is a actor. lol

  • @lolzie117 incorrect. Flourine is Chuck Norris

  • @lolzie117 No, Chuck Norris isn't Element 119; he doesn't believe in the periodic table of elements, remember? He only believes in the element of surprise.

  • @lolzie117 Then element 120 shall be Bruceleeium.

  • @lolzie117

    Easy to destroy?

  • @lolzie117 No, he's not an element, he's a compound. They put all the elements together and more.

  • @lolzie117 guess what: clint eastwood is 128 (it exists )

  • wtf are you going to do with materials like this?

  • @Aldawok12 These superheavies are little more than laboratory curiosities right now. We mainly made them because we wanted to see if we can.

  • expect the unexpected

  • I'm pretty certain this wasn't even on the periodic table I used when I did my GCSEs and I finished in 2001.

  • @FordPrefect23 It was discovered in 2006.

  • Would 119 or Francium be a Liquid Metal as the trend down the Group 1

    Erm...interesting

  • About element 119. I always wondered whether or not you could continue making new elements or whether there was a limit. I'm glad the professor didn't slam the door closed on that one. Fascinating stuff.

  • What about Element 115?

  • I love the way the Prof explains things! I would have loved to have had him as a teacher in highschool! The teacher we had spoke in a monotone voice, and was boring as all hell. And his hair wasn't nearly as cool :)

  • I think they make Budweiser out of element 119 - it tastes like poison.

  • Shrek has layers like an onion too. Maybe there's an element out there called Shrek?

  • is 1 more than 3,thats a quite a laps

  • This element is what makes the ray guns ammo and the DG2 aka wunderwaffle

  • No, thats 115 - Ununpentium - Uup

  • An electron can be described as a particle or a wave. So he is correct. An electron is a subatomic particle.

  • Everyone in here, including myself, trolled hard by strange6.

  • I heard about an "island of stability" around the 124/25 area ,in the 8th period.

    Is this pure speculetions or have there been calculations suggesting "plasma only" elements?

  • @0PsycoDad0 There is a possibility for stabe neuclides in that area. However, there will be no elemens that are plasma at STP. You will notice that as you go down the periodic table, elements have a higher tendency to be solid. This is due to London Dispersion forces. Uuo belongs to a column, so it is likely that it will be a gas or possibly a liquid. For example, Zinc and Cadmium are solids, but Mercury below them is a liquid. Group 17 goes from gases to liquid to solid. Hope that helps.

  • STP?

    I´m not familiar with that abbreviation.

    It allways helpz when someone can go into more detail.

  • @0PsycoDad0 STP is standard temperature and pressure. 273K and 1atm

  • DUH!

  • @0PsycoDad0 Glad I cleared that up I think...

  • Is 3 more than 1?

  • my name without the 0 is an element :P

  • we all miss the hair XD

  • OMG! My last question about element 119 was the 119th comment on this video clip. What a coincidence!! So this one should be the 120th. Let's talk about element 120 then. :-)

  • You said 119 is unlikely because bigger atoms are unstable. What will be the effect of strong gravity? e.g. in a black hole or extraterrestrial environment, will atoms be compressed together in such density that much much bigger atoms are theoretically more common?

  • We already know the effect of strong gravity; the atoms collapse as they are pressed together ever more forcefully and the electrons merge with the protons and you are left with a ball of neutrons.....forming neutron stars.

  • Thank for the answer. I understand Neutron star is resulted at extremely strong gravity. then how about medium strong gravity, will element 500 still be possible in some distant planet when its environment is similar to the fictional superman's homeland? Is such unstable element what the fictional Kryptonite based on?

  • Well.....while admiting that I am seriously out of my depth here...my understanding is that even under the titanic gravitational forces within the supergiant stars; fusion can only take the shells of elements up to iron....at that point, the star is doomed since it takes more energy to fuse to iron than is released by the fusion.

    Heavier elements still are created in the supernova that follows, and the core collapses to a neutron star.

  • The atoms will more likely just get crushed.

  • I don't know much about these subjects, but I think that's something quite impossible to predict(for now), since the rules of space-time that we know(and are, thus, predictable) could be broken in such a harsh environment. Maybe gravity is so, but SO big a force that could tear matter apart, into energy... I believe all we can do is speculate. Once again, I'm not an expert.

  • Comment #118!!!

    Why isn't this island of stability mentioned?

  • so Ununoctium can not be found naturally anwhere in this solar system?

  • yep, it only exists in the synthetic conditions of Earth's particle accellerators (and even then it lasts for less than a millisecond (!) before it degrades). Uranium is the largest naturally occurring element.

  • A milisecond? No, much, much quicker.

    Uranium is the heaviest? Nope again. Super novae create higher elements, although they will eventually decay.

  • Solid gas..Hmmm :D

  • how did they find and "observe" the 3 atoms? can anyone answer my question?

  • I think they probably used a scanning tunneling microscope which can see atoms. Correct me if i am wrong though.

  • Yeah, IBM developed some sort of microscope that could see and arrange atoms, they made the IBM logo from 35 xenon atoms.

  • stfu dont say duh, i knew that but not everyone knows everything

  • Comment removed

  • think before YOU write condescending replies to other people, i forgot i typed it in condescendingly (un-sarcastically) learn to read and not say what people are typing on comments, there aren't to many ways of adding speech emphasis, sorry iboom and tubel for the comment reply emails, even though the matter has been dropped a month ago, just chill, im sorry if i made anyone hurt or anything, just trying to spread my knowledge...

  • They actually measure the gamma rays and particles that are emitted when the atoms decay. Every radioactive isotope releases rays and particles with characteristic energy levels, so they use theory to predict energies they should look for and if they find them, and the energies do not match any known isotopes, they can be sure they have made a new element.

  • They detect them using various energy and emissions detectors. You can't "observe" them, even with a scanning tunneling microscope, because they last for an unbelievably small amount of time.

  • there is an element 119, and higher.

  • element 119 or ununennium has not been synthezised succesfully yet and only exist hypothetically

  • @Muvlonion where did u see that i wanna read about it?

  • @Muvlonion - - - If Ununennium will be an alkali metal, then it should be even more reactive in water than Francium, which would make for one HELL of a bang. I'd like to see that on YouTube, although it would probably put a hole in the atmosphere...

  • Elements go up indefinitely until the atomic radius is too large to be stable.

  • Maybe he likes looking like Einstein

  • I forget my high school chem but, wont 119 be the first element with g-subshell electrons?

  • I've never heard of g sub-shells, i thought the outer electron would go into the outer s shell (following the trend of the rest of group 1 elements). However i am only an A level student, my study doesn't go beyond that so you might well be correct.

  • g subshells havent been detected yet. As you should know, electrons are filled in order 1s,2s,2p,3s,3p,4s,3d,4p,5s,4d,­5p,6s,4f,5d,6p,7s,5f,6d,7p,8s. Of course we havent go so far, but where will the next electron go? 5g?

  • Also if my calculation is correct, this is element 121 I mean, not 119

  • wait so are you telling me... that the marshmallow man will come alive as an evil being?! thanks egon!!!!!

  • Okay, who thought about the 'Stay Puft' Marshmallow Man?

  • They do not go up perfectly at all. By the time you get to the 90s or so the electrons are near random.

  • it will probably not be a gas because radon is within the range of 80 but Uuo will be a solid LOOK AT THE BOTTOM ROW it will be a solid i know it is I AM 999.99% CERTAIN

  • Element 119 is Duke Nukem Forever.

  • @blizzardkb time to kick ass and chew gum, and im all outa gum

  • @blizzardkb It's done when it's done :D which is pretty soon by the way

  • @blizzardkb Dukenukium

  • yeah, & i'll also kick your ass and take your place ^^

  • 118 118, sorry couldn't resist!

  • To my opinion they should keep there origional names it sounds better to me in my opinion.

  • well in a pyhtagoreanism standpoint there should be many less numbers of elements. some elements arent really elements but lower forms of eachother

  • are'nt the elements with Uu yet to be named? or will they stay Uuo, Uuq, Uut, etc. forever?

  • Uu- are temporary symbols until the scientific community accepts an element discovery, e.g. on successful replications of an original claimed synthesis. IUPAC then allots a name and symbol, usually after lengthy (often heated) negotiations, which tend to be after or per the wishes of the confirmed discoverer or his/her facility.

    Uu- forever? Uus quite possibly; it has never been detected. Uub on the other hand may well get a "proper" name as it has been the subject of quite a few experiments.

  • dajwilkinson is correct: For example, Uuu was discovered in 1994 and renamed Röntgenium (Rg) in 2004.

  • Systematic names are better. Nuclear chemists will have easier study, communication and there will be no fights over the name to give. And BTW e.g. "Uuu" sounds very cool, what do you think?

  • these videos are cool.!

  • i didn't understand a god-damn thing!

  • :O if 119 existed it would be like 100 times more reactive then francium

  • This is altogether interesting. I am interested in this unu- series of artificially created elements. But I still don't really understand it.

  • You're not alone, sir.

  • i want to see it in bomb form,no thanks

  • damn im in ap chem and they dont teach us any of this cool stuff

  • you'll get to it. When i took AP chem radioactivity was one of the ending chapters.

  • not freaks, NEEEEEERDS!!!

  • ...ignorant fucker

  • lool, jee thanx man