Ytterbium - Periodic Table of Videos

[@jippijip101]

I study ytterbium for my PhD! It’s a great element and quite important in quantum computing

[@snehankekre8747]

Link us to your thesis when you publish? :D

[@billynomates920]

@Memes shorts you can't be an expert on everything, mate. i'd be out of a job for one... ;-)

[@PabloHassan68]

an ion a day keeps the doctor away!

[@casperthedumbassghost7164]

Wait I'm curious! Could you share more??

[@DeconvertedMan]

amazing! :D

[@snehankekre8747]

I'm so grateful these videos will be accessible to all future generations. Truly a service for humanity

[@VeganSemihCyprus33]

If you solve this problem you can be a billionaire 👉The Connections (2021) [short documentary]💖

[@sammarks9146]

Ytterbium has a special place in my heart - I did a report on it in high school (20+ years ago), because it was the 'most random' element I could think of. I had no idea it could be so lively!

[@deoxyplasmic]

You're like a Carl Sagan of Chemistry. You seem so down to earth, but your excitement for chemistry and the way you present your exploration makes me excited to learn about chemistry, and explore it with you.

[@VeganSemihCyprus33]

If you solve this problem you can be a billionaire 👉The Connections (2021) [short documentary]💖

[@STEVE_C_1369]

Whats great about ytterbium is its gaining use in semiconductor arena. Its also being used to replace other,very toxic substances,while its self,is very low in toxicity.

[@VeganSemihCyprus33]

If you solve this problem you can be a billionaire 👉The Connections (2021) [short documentary]💖

[@STEVE_C_1369]

@@VeganSemihCyprus33 🖕

[@Trench777]

I'm SO grateful to see Sir Martyn looks healthy and still going strong. He is a treasure and I hope for him to enjoy many, many more years.

[@xl000]

he is just 75 years old. That's not close to end of life in the UK. It's 80 years for men, 84 for women, but it's an average. Ther is a death peak however at age 87.

[@PsRohrbaugh]

I could listen to the Professor talk for hours. Every video is a blessing!

[@VeganSemihCyprus33]

If you solve this problem you can be a billionaire 👉The Connections (2021) [short documentary]💖

[@sonderanderson1312]

Neil sniffing the ammonium hydroxide to check if it’s still alright to use is the most Neil thing to do 🤣🤣🤣

[@MicraHakkinen]

That's how a coworker landed himself in the hospital. We were clearing out some old bottles from a seldomky used workshop and came across a large brown glass bottle. Instead of carefully smelling the cap, he proceeded to forcefully inhale with his nose right up to the bottle: it contained ammonia.

[@Kycilak]

@@MicraHakkinen My colleague once wanted to flush ammonia solution from a burette after a titration with is breath. Well... One has to breath in before one can breath out and he inhaled with the burette already at his lips. Thankfully it had no effect on his health. Don't blow into burettes, wait just a little for the reagent to trickle out itself.

[@kenmohler4081]

@@Kycilak This only slightly related, but you made me remember an event from my long past. I was a little kid getting his tonsils out and they were using ether as the anesthetic. I told you it was a long time ago. I was struggling with the mask so the anesthesiologist said, “Don’t you like that smell? Just blow it away as hard as you can.” I did. What is the next thing you do after you have blown all the air out of your lungs? Right.

[@darwinenthusiast3039]

As a fellow Neil, I can confirm I would do the same.

[@brandonwinstead7137]

That Hauksbee Medal didn't earn itself

[@xifel72]

Ytterby can be translated to Outer Village. "Ytter" = Outer. "By" = Village

[@Olhado256]

So the element is really Outervillageium!

[@alexpotts6520]

It's interesting, the "-by" suffix seems to have crossed the North Sea (possibly with the Vikings?) and appears in the names of British places too: Derby, Grimsby, Whitby, Rugby etc. In fact two of those four are towns on the east coast of Britain, which makes the Viking theory even more plausible.

[@beeble2003]

@@alexpotts6520 I'm not sure why you describe it as a theory -- it's a well-established fact.

[@pattheplanter]

There is an Utterby in Lincolnshire, though the Oxford Dictionary of Place-names explains it as "Utterby Lincs. Uthterby 1150-60. Probably ‘farmstead or village of a man called Ūhtrēd or Ūhthere’." They do have: Idrigill Highland. (Skye). ‘Outer gully’. OScand. ytri + gil. But they think the ytri in Itteringham Norfolk was a person. Utrincham 1086 (db). Probably ‘homestead of the family or followers of a man called *Ytra or *Ytri’. OE pers. name + -inga- + hām.

[@gwen6622]

outervillagium, and the other elements outrium, villagium, and lagium (which is basically how ytterbium, yttrium, terbium, and erbium are named lol)

[@Jeffrey_Tyler]

The professor is a national treasure. A WORLD treasure even. A treasure of humanity. I don't know if he has one of those educational knighthood medals from the Queen but he really deserves one ❤

[@thekaxmax]

He does have that knighthood, he did a video on it. ;)

[@ferretyluv]

He does

[@chilou23]

Merci au professeur et son équipe! J’ai bien aimé l’entendre parler français. Longue vie à lui.

[@patrickmarmorat1126]

Moi aussi et je le trouve très sympathique ! et toujours la cravate avec le tableau périodique !,

[@PeteSmithPhD]

Ytterbium has a quasi-stable +2 oxidation state that can persist in water in the presence of a strong reducing agent like ytterbium metal. The Yb(II) ion is light green in aqueous solution. I think that is why the solution was light green when you were showing the metal dissolving in hydrochloric acid. The Yb(III) was being reduced by the Yb(s) to form Yb(II).

[@brainandforce]

With the right acid, you can make it persist for longer (I've found sulfamic acid does a decent job at stabilizing Yb(II) ions for long periods of time)

[@kidmohair8151]

you folks are continuing to have fun while providing education for the rest of us. thanks y'all!

[@connieembury1]

What a delightful surprise! First thing this morning a new Periodic video! I've been binge watching the periodic videos and just passed Ytterbium the day before. Thank you Professor, Neil and Brady for a lovely start to the day.

[@plextoob]

In my experience with colour from combustion, heat can destroy the ions needed to get strong colour. We'd often mix in a buffer to try and reduce the reaction temp to extract more colour. Perhaps the PTFE does the same - the PTFE burns first in the flame and provides a cooling effect to preserve the ions responsible for the colour?

[@mikestewart4752]

Whatever I’m watching, I immediately drop it to watch these videos when one is released. Thanks Grady, and thanks Professor!!! ☮️ & ❤ from 🇨🇦

[@radders261]

I'm always super chuffed when a new video pops up!

[@coldloyalty]

Its sad that people my age.. my peers see this, and feel bored.. i personally would give my toe to study chemistry in this way.. i find it incredible that you provide this knowledge to youtube.. Godspeed

[@turpialito]

Great to see the Professor again. Thanks, Brady. Your channels are veritable gems!

[@ZoonCrypticon]

One of the best professors I know of! I would like to study chemistry in Nottingham under his supervision.

[@davidgillies620]

I don't know if PTFE is used in fireworks but I do know it is used in certain types of anti-missile decoy flares for military aircraft, as when combined with a metal powder such as magnesium it generates a lot of infrared.

[@vasoconvict]

You guys are somehow still pumping out these videos after a solid 10+ years, and remaking them! Pretty cool.

[@realdevbro447]

Yeah. Totally agree.

[@wootman3125]

its always amazing to me when you hear about chemist in history before all the modern microscopes and testing methods , accurately guessing the atomic mass size etc etc. and being only off by a few numbers, shows how talented and smart they really were

[@Bloated_Tony_Danza]

I once rolled ytterbium into foil, and once alloyed ytterbium with bismuth. It's a very easy metal to shape and form, doesn't corrode as fast as other lanthanides too. I like ytterbium

[@mrbullseye]

Erbium, Terbium, Yttrium, Ytterbium and if I'm not mistaken, Scandium (?), maybe also Holmium (even bigger ?), were all found in this mine. Quite cool but of course the isolation of them and their discoveries go out to the amazing chemists from all over the world who put in the hours.

[@stefanhurtig7956]

Many metals need a halogen donor to really bring out the flame color; in pyrotechnics, chlorine is usually used, though fluorine can also be found in some compositions. The exact compounds that form or the mechanism by which they enhance the color is to my knowledge little understood. It may be due to "forbidden" molecules that can only exist temporarily within the extreme conditions of the flame due to excitation or ionization. Maybe you guys could make a video about it.

[@pattheplanter]

I assumed the halogens just made the element more volatile by forming halides, so more entered the flame to get excited. The lumps of metal mostly combust with such a bright spark that they drown out the colour of the few ions that escape into the flame. Flame tests usually use ionic compounds of the metals rather than the elemental metals.

[@theponk1]

Dear Sir I rank you as one of the worlds greatest educators. It’s a toss up for first place between you and Johnny ball but you’ve got the ‘fro dude😂 Big love

[@bedlaskybedla6361]

Very nice experiments! I especially like Yb+PTFE green sparks, ytterbium chromate and unstable yellow Yb2+, which is formed during dissolving ytterbium in HCl (but it is quickly oxidized by oxygen and water to colourless Yb3+).

[@richross4781]

Been waiting for a different video. Thanks folks.

[@toine512fr]

I love it when the Professor and Neil are surprised!

[@rayoflight62]

It is always a pleasure to watch the Periodic videos! Thank you Professor and team for this video essay on ytterbium. Greetings, Anthony

[@parksto]

Sir Poliakoff always succeed to make me smile. In his mouth, every story is wonder

[@DaHoodedBandit]

I love the professor, cherish him while we can

[@calderarecords]

Your point at 11:06 really resonated with me on a profound level, Professor. 😔 *"The true mark of a Scientist is having no allegiances to any one nation or doctrine, but to the earth and all the lifeforms on it. This is a Scientist - to me"* _Jacque Fresco, 1916-2017, Founder of the proposed Global Systems Approach, The Venus Project, Resource-Based Economy_

[@That_Chemist]

6:20 NO LAB GOGGLES OR PPE!!!!!

[@ezekielbrockmann114]

It's so cool y'all still making these videos, really. Thank you!

[@pystl]

Great video! Dr Poliakoff (and Neil, literally) was on 🔥!!

[@38bass]

Thanks for another exciting video. 😊 The music at the end was quite beautiful. ❤

[@amundbjerve]

I studied Ytterbium (among other elements/isotopes) during my master's degree (a degree called Cand. Scient. in Norway at the time). Not as a chemist, but as a nuclear physicist. (I have no knowledge about the chemical properties of this element). The nuclei of these rare earth elements have fairly evenly spaced energy levels. This means that the energy shells are not very pronounced, and by targeting the nuclei with light isotopes like 3He and 4He nuclei, one can excite the Yb nuclei and "heat" them up. It turns out that you get some sort of phase transitions in the nuclei. Since there are only 170-something particles in Yb, talking about temperatures may not be entirely correct (strictly speaking, you need infinitely many particles to have a temperature, but any macroscopic object will suffice). Apart from that, the temperatures (or "temperature-like" parameter if you like) in question are several billion degrees (if my memory is correct; this was back in the late 90s).

[@michaelwright2986]

"really nice sparks and colours, and some quite nice salts as well." "Like it." (0:53) I really admire the detached scientific tone of this series.

[@PopeLando]

Rejoice rejoice rejoice! A new Periodic Table of Videos element video!

[@jansenart0]

All elements are exciting.

[@bentationfunkiloglio]

Always a pleasant surprise when a new video is released.

[@wjodf8067]

Happy day when a new video pops up from THE Professor and his merry band of assistants Thank you for all the hard work filing the metal Neil

[@williammorris1763]

Same idea behind ASML UV lithography using tin. 🔥 Great video! 🙌❤️

[@gabysuazo7942]

I love watching and hearing Professor Chaos.

[@Smart-Skippy]

Thank you for making Chemistry interesting!

[@vinkuu]

Neil seems to be a super villain level authority on what to do and not do in the lab. I like him. Maybe tell us more about his background?

[@charstringetje]

From flambéing pancakes with powdered sugar, in my experience it's most spectacular if you use fine powder and a tea sieve above the flame to prevent lumping. I thing instead of a file, a whetstone would yield finer filings. Or should we call these filings "stonings"? 🤔

[@peterdefrankrijker]

Everytime I see a video in this series, I enjoy Martyn and Neil faffing about in their lab, talking about “a very nice cloudy white precipitate.” Makes me feel like a 13 year-old in high school chemistry class again.

[@ShadowPuppet3001]

great video, I like the periodic table and the science stuff behind it 👍 😊🎉

[@Trav3l3r69.]

I recently did a school project where I studied the elements that were discovered in Ytterby, or at least could trace their discovery back to the mine there and this was one of the elements I did.

[@a64738]

It is a great day every time there is a new "Periodic Table of Videos" ;)

[@Thoran666]

Interesting and a lot of fun to watch. Thanks for another great periodic table video.

[@marcel_max]

Welcome back, you were missed

[@stud7463]

Wishing great health to our Professor.

[@drrocketman7794]

Omg that's wild! The colors are amazing!

[@civilizationkills3138]

Sp happy to see you back!❤️

[@systemofapwne]

Working with Yb as a physicist my own, the green looked similar, but not the same, as the wavelength of 556 nm, corresponding to the 1S0 -> 3P1 transition. TBH, I would have guessed to see a blueish/uv tint at 399 nm coming from the 1S0 -> 1P1 transition (the strongest one on the groundstate).

[@brainandforce]

The green transition is right at the sweet spot for your eyes' photoreceptors...the near UV transition, not so much.

[@REXOB9]

I measured isotope shifts in Ytterbium (and Dysprosium and Erbium) in my professor's lab many years ago.

[@amciuam157]

Professor, your haircut is great. I wish to have so much knowledge in my head, to turn the hair; I still have, white colour like this. Ytterbium was also interesting.

[@johnboyer144]

When can we see a new video about Tungsten (W) ?

[@luccablois1038]

Very Nice video, but I think that an awsome property of Ytterbium ions that is the capability of doing photon upconversion should be addressed, since it is a hot topic on the research of rare earth-based materials

[@biaroca]

I think the most iconic line from this channel is "I persuaded Neil"

[@Runner-Boy]

Cody'slab just dropped a video and bow you did crazy

[@davillanueva1]

Hearing a professor say 'Jazz it up' made my day

[@NAATHAAN]

Who ever makes a joke about this element deserves an Oscar and a Nobel Prize.

[@Physicus9]

Hey! I like that Pyraminx you have on the desk (bottom right corner when the camera is on the Professor)

[@vincdem01]

Thank you so much for what you are so amazingly do!

[@Haplo-san]

I'm still curious how they precisely scaled atomic weights etc. 100-150 years ago.

[@Muonium1]

Ytterbium is quickly supplanting neodymium as a high power laser material, particularly in kilowatt scale fiber lasers where the pump efficiency is significantly higher. It has the very weird property in some of its compounds, along with some erbium doped compounds, of being an "upconversion phosphor". It can convert infrared light into visible light, seemingly violating conservation of energy to the mechanism-naive observer. I'm shocked to learn the base metal wasn't isolated until the '50s.

[@RJRC_105]

"I persuaded Neil..." - the last think you hear before a large explosion.

[@stevengill1736]

You guys get the greatest element samples! Ah yes, PTFE pyrotechnics are used in various military formulations... But mischmetal filings work fine too...

[@derderrr7220]

i'm curious as to how such things would react in pitch the luminescence of crystaline interaction at specific energy levels i'm curious as to if this element has a pressure reaction say if you hit a small bit with a hammer if it would or a large bit with a punch tool in combo with a hammer blow if it has discernible triboluminescence that is detectable without much hastle. great video!

[@gamla65]

The sparks look great, but would it be feasible to make a spectral picture/analysis of it ? Or it that to geeky for the channel?

[@PackthatcameBack]

"There is a single light of science, and to brighten it anywhere is to brighten it everywhere."

[@patrickjordan8373]

Are there any recent toxicology studies in humans for Ytterbium? I gave up looking 20 years ago. I don't know how it is in other countries but the internet in the U.S. acts like it's been lobotomized. My focus is on the triflouride in dentistry used for a radio-opaquing agent. Thanks.

[@Tfin]

Why, if one is to "labour," does one not do so in a "labouratory?"

[@pattheplanter]

Does a flame test with the chloride give a bright green?

[@JohnAranita]

I have an educational shower curtain. Printed on it is Periodic Table of Elements.

[@jamescox3470]

Does anyone know what piece plays in the background of the sponsor highlight at the end?

[@nigeljohnson9820]

It would be interesting to know what experimental method was used to determine the atomic wt?

[@joshuahettinger9287]

loved the anecdote about marignac's science dungeon

[@pbacina]

During the burner experiment there are little bright green sparks several centimeters from the burner. Are these real or some sort of internal reflection in the camera lens?

[@HanzelikR]

Ytterbium is used in fiber laser resonators to generate the laser beam that cuts metals.

[@donedwards5301]

Professor; Couldn't you get a similar colour display (not the flashes) by doing a flame loop test on a sample of Ytterbium oxide or Ytterbium Chloride, or another metal salt? Just wondering.

[@squishybrick]

I love that periodic table of patrons.. Wierdly sad music, though. Has more of a mourning vibe rather than a warm one.

[@misterhatman5771]

Is nobody gonna talk about him rolling his R’s?!? Emerrrrald Green

[@jakedee4117]

Next you try alloying ytterbium with some other metals and measuring their mechanical properties for another video.

[@glenngriffon8032]

So what kinds of applications does Ytterbium have? I'm guessing that it's not a vital mineral element in the human body but what kinds of applications does it have in day to day life?

[@johnmiller2689]

Great video! I was wondering if ytterbium forms any interesting amalgams with mercury or alkaline metals? Also, how would it react to chlorosulfonic acid? Thanks!

[@jperez7893]

can you guys show us how they get the ts steam diagram. assume you will do it from scratch

[@pyroadamperisti5161]

Do you think is possible to make the chlorate form of ytturbium by elektrosisys ? Id would give off much more green light i guess ?

[@StingrayTomsFlorida]

I know what ammonium hydroxide smells like when "fresh" but what changes when it "goes off"?

[@j3xk72r9]

What is it used for? Is it expensive?

[@gsurfer04]

What was the last stable element to be isolated?

[@jimsvideos7201]

The PTFE reaction was a fun surprise!

[@erictaylor5462]

9:33 This label has me intrigued. Enigma White Edition: Ultimate chain powder. What is all that about?

[@alveolate]

isn't there a better way to deliver a sample of filings/powder into a naked flame for direct inflammation?

[@giordy9013]

New element always a great day