Science

See the First Images Ever of an Electron Orbiting a Nucleus

That’s not a caterpillar. What you’re seeing are images taken using an atomic force microscopy (AFM) showing — for the first time ever — an electron in orbit around the nucleus of an atom.

Scientists Confirm Electron Orbit Patterns With These Images

These images aren’t just modern-looking works of art; they confirm what physicists had only hypothesized and modeled until now. Gizmodo has more:

An atomic force microscope was used to capture the electron pathways, presented as darker gray bands in the other two images at center and upper left. As a quick refresher on AFMs, they’re the microscopes that use atom-sized needles to measure individual atoms that pass underneath the pointy end.

Dvice.com explains more about how the AFM works:

It’s like a very very very very very small bit of charcoal that you can rub on tracing paper placed over a surface to view carved patterns that you wouldn’t otherwise be able to see.

To operate, the tip of the AFM (probe) moves across a surface, and when it encounters an atom or a molecule, the tip bumps up a little bit as it passes over. This jiggles a laser beam, which records precisely how much the tip was deflected. By making a bunch of passes, the AFM can gradually build up a sort of topographic map of a surface. It‘s also possible to place a single atom on the very tip of the AFM’s probe, and by watching how that atom interacts with the atoms that it passes over, you can tell what’s underneath.

Dvice.com goes on to explain how electron’s “orbits” are more like waves and there is a certain probability that an electron will exist in more than one spot at once:

Carbon dioxide atoms have a very distinctive pattern of electron orbitals of their own, and by watching how those orbitals interact with a molecule, the researchers were able to make a map of where there definitely weren’t electrons, and that let them estimate where the actual electron orbitals were and generate an image.

Scientists Confirm Electron Orbit Patterns With These Images

Top: Images of electrons in orbit around a nucleus. Bottom: Models of electrons in orbit around a nucleus. (Photo: Nature)

The image above is a pentacene molecule with its electron orbit pathways. The abstract published in nature says that using AFM will be useful for studying molecular structures, molecular bonding and chemical reactions at the molecular level, among other applications.

[Dvice.com and Nature via Gizmodo]

Comments (37)

  • mpierce
    Posted on September 5, 2011 at 5:03pm

    Cool!

    Report Post »  
  • CulperGang
    Posted on August 31, 2011 at 11:48pm

    Brilliant. Nobody is going to tell me that that organized design came out of a chaotic bang. We are looking at a whole lot of forethought. Wow! I am looking at an atom!!! amazing.
    Can somebody besides God make gold so the prize comes down due to lack of ratity. Wreck Obamas gold rush.

    Report Post » CulperGang  
  • OneofMany
    Posted on August 30, 2011 at 7:33pm

    How does this technology work with larger molecules?? I just remember when I was using either an infrared spectrophotometer or a mass spectrometer and this new technology looks a whole lot better. But only if you can discern large molecules as well.

    Report Post » OneofMany  
  • jerrygar
    Posted on August 30, 2011 at 7:17pm

    I thought it was a photo…of the vastness…inside of Hillary’s head.

    Report Post »  
  • SquidVetOhio
    Posted on August 30, 2011 at 4:40pm

    Good thing all this highly intelligent, highly organized sub-atomic stuff happend by random during the Big Bang. I would’ve thought you would need an infinitely intelligent God to create something like this. \note sarcasm.

    Report Post » SquidVetOhio  
    • plunderpower
      Posted on August 30, 2011 at 6:27pm

      Here’s some chewing gum for the Koolaid embalmed brain: Evolutionists state change is good and that interdependent systems are not valid. Environmentalists state change is bad and that interdependent systems need protected.

      Report Post » plunderpower  
  • DanWesson455
    Posted on August 30, 2011 at 1:23pm

    OK. How fast do they move around the nucleus? Anyone….

    Report Post » DanWesson455  
  • ejbonk
    Posted on August 30, 2011 at 11:38am

    And just exactly ,how does this make life in these united state of america or the world for that matter better? How exactly will this Information,bring forth products to better mankind?

    Report Post »  
    • DrFrost
      Posted on August 30, 2011 at 12:01pm

      Understanding the atom better could lead to new novel compounds that could be used in anything from medicine to better batteries to more efficient jet engines to room temperature super conductors to cold fusion. All of these could potentially have a huge positive impact on the lives of people.

      Report Post »  
  • imreddog
    Posted on August 30, 2011 at 10:24am

    I think that I’ve got it now.
    One plus One is Two….
    Hey teacher, what’s one?

    Report Post »  
  • Cat
    Posted on August 30, 2011 at 8:12am

    Curiously, the uniformity at the atomic level is organized chaos infinitely.

    Report Post » Cat  
  • Tony Sanchez
    Posted on August 30, 2011 at 7:16am

    So you really don’t see the electron, only its path. It’s moving too fast to actually see. Still neat.

    Report Post » Tony Sanchez  
  • Firebrand
    Posted on August 30, 2011 at 1:15am

    I am in the process of reading the Nature Chemistry paper that this was reported in. It’s very cool. The orbitals have never been “visualized” before (not like this anyway). That’s the take home. What is really cool is that in some of the other figures from the paper you can actually see that double bonds (pi orbitals) are shorter and single bonds (sigma orbitals) are longer. Pretty cool considering that we constantly draw structures like benzene with approximately equidistant bond lengths. Extrapolate that data and apply it to nucleic acids, proteins, and the way we predict inter/intramolecular interactions… Just awesome.

    Report Post » Firebrand  
    • Firebrand
      Posted on August 30, 2011 at 1:32am

      I wanted to add before someone else does, that I know we’ve known for a long time that bond lengths are different. I was referring to the ability to “see” the differences and how we would be able to visually follow changes in the bond lengths during some interaction(s).

      Report Post » Firebrand  
    • 4stmichael
      Posted on August 30, 2011 at 3:22am

      Cool!

      Report Post » 4stmichael  
  • Patrick Flynn
    Posted on August 30, 2011 at 1:01am

    Don’t let Obama see this, he will demand all atoms share their electrons equally. Its not fair that some atoms have more electrons than others. We need a minimum electron law so that each atom may have a living wage of electrons. And lets not talk about those fat cat super conductors squirting off electrons at the drop of a hat; its like they own corporate jets or something. Its all a conspiracy of Big Cu, Big Ag, and Big Au.

    Report Post »  
    • Firebrand
      Posted on August 30, 2011 at 1:26am

      The funny thing if you add up all the atomic numbers and divide by the the total (x+(x-1)…n)/111, where x and n are =111, you get 56. The atom with an atomic weight of 56 is …… Barium.

      =o)

      Report Post » Firebrand  
  • thegreatcarnac
    Posted on August 30, 2011 at 12:17am

    An electron, an atom, and a nucleus walked into a bar….wait …have you heard this one?

    Report Post »  
  • SageInWaiting
    Posted on August 29, 2011 at 10:43pm

    In my electrical engineering university days more than a few years ago, I needed to take two take two similar courses: Atomic and Nuclear Physics in the physics department, which we lovingly called “A-bomb” and Semiconductor Physics which we called… well, I guess I can’t really say that here.. in the EE department. The stuff was spookie then; reading this, it’s still spookie today… it just has better pictures.

    Report Post » SageInWaiting  
  • 1casawizard
    Posted on August 29, 2011 at 9:59pm

    How you BBQ that thing?

    Report Post » 1casawizard  
  • HiredMind Blog
    Posted on August 29, 2011 at 9:23pm

    Ummm, “first time ever”? I’m 43, and I remember seeing AFM pictures when I was a teenager.

    Report Post »  
    • drphil69
      Posted on August 30, 2011 at 11:04am

      First time ever visualizing ELECTRON pathways.

      Several years ago, in the 90′s I think, IBM spelled out their name in atoms and showed it in a picture using AFM.

      Report Post »  
  • Bennie Franklin
    Posted on August 29, 2011 at 9:00pm

    Now all they have to do is figure out how they can weaponize it like they do with everything else they discover

    Report Post »  
  • Libby Tarian
    Posted on August 29, 2011 at 8:21pm

    This happens all the time at my house.

    Report Post » Libby Tarian  
  • poverty.sucks
    Posted on August 29, 2011 at 7:48pm

    It’s amazing to see more of what God has created and anticipation of what more is to come!

    Report Post » poverty.sucks  
  • hempstead1944
    Posted on August 29, 2011 at 7:45pm

    That isn’t an electron. That‘s Chris Matthews and that isn’t a nucleus…..that is Obama’s butt !

    Report Post »  
  • Brents Torts
    Posted on August 29, 2011 at 7:32pm

    Very cool. I look forward to learning more about this research.

    Report Post » Brents Torts  
  • Conservative Humanist
    Posted on August 29, 2011 at 5:59pm

    2.82 x 10-15 m.

    Report Post »  
  • Secessionista
    Posted on August 29, 2011 at 5:48pm

    Nice pictures of a pretty caterpillar. Now, can they please tell us how large an electron is? (Spoiler alert, they still don’t know the answer to that one).

    Report Post » Secessionista  
    • JLinc
      Posted on August 30, 2011 at 6:03am

      Electron’s are considered point-like particles, but as far as the size of their charge:

      1. R(E) (point-like charge radius)——————-<1 x 10-16 cm
      2. R(0) (classical radius)————————–2.82 x 10-13 cm
      3. R(C) (Compton sized electron)——————3.86 x 10-11 cm
      4. R(E) Effective (R(E) = 2/5 RC)——————-1.5 x 10-11 cm
      5. R(E) Effective – Corr (R(E) = XX R(C)————-1.3 x 10-11 cm
      6. R(H) (based on Compton radius)——————–4 x 10-12 cm
      7. R(H) (based on classical radius) —————–4.09 x 10-12 cm
      8. R(H) QM-Corrected (R(H) = (sqrt of 3)*R(C))—-6.69 x 10-11 cm
      9. Scattering results before 1992 imply————–< 1 x 10-16 cm
      10. Scattering results very recently imply————< 1 x 10-18 cm

      But I'm pretty sure your question was rhetorical and you were just trying to be smarmy at those stupid scientists and all the things they don't know. :P

      Report Post »  
    • LOLReally
      Posted on August 30, 2011 at 12:09pm

      ooo smackdown haha.

      Report Post »  
    • SquidVetOhio
      Posted on August 30, 2011 at 4:41pm

      Who cares? I know they turn my lights on!

      Report Post » SquidVetOhio  
    • SquidVetOhio
      Posted on August 30, 2011 at 4:42pm

      That’s right you hole-theorist. Current flows negative to positive, thus electron movement.

      Report Post » SquidVetOhio  

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