Thank you!

We have emailed you a PDF version of the article you requested.

Can't find the email?

Please check your spam or junk folder

IFLScience Home
IFLScience logo

Complete the form below and we will email you a PDF version

You can unsubscribe at any time. View ourprivacy policy and terms below.

IFLScience needs the contact information you provide to us to contact you about our products and services. You may unsubscribe from these communications at any time.

For information on how to unsubscribe, as well as our privacy practices and commitment to protecting your privacy, check out ourPrivacy Policy

IFLScience Home
IFLScience logo

Complete the form below to listen to the audio version of this article

You can unsubscribe at any time. View ourprivacy policy and terms below.

IFLScience needs the contact information you provide to us to contact you about our products and services. You may unsubscribe from these communications at any time.

For information on how to unsubscribe, as well as our privacy practices and commitment to protecting your privacy, check out ourPrivacy Policy

Advertisement

tag

electrons

latest-icon

Latest

link to article

World’s Fastest Microscope Can See Electrons In Freeze-Frame MotionAbstract background showing an Elegant glowing circle with many Light rings symbolizing an atom and its electrons.

link to article

World’s Fastest Microscope Can See Electrons In Freeze-Frame MotionAbstract background showing an Elegant glowing circle with many Light rings symbolizing an atom and its electrons.
space-iconphysics

World’s Fastest Microscope Can See Electrons In Freeze-Frame Motion

clock-iconAugust 23, 2024
comments icon7
share310

link to article

Incredible Magnetic Properties Of Rare-Earth Elements Can Be Controlled With X-ray Lasernuggets of a rare-earth metals. They are shiny and silvery with a rough surface

link to article

Incredible Magnetic Properties Of Rare-Earth Elements Can Be Controlled With X-ray Lasernuggets of a rare-earth metals. They are shiny and silvery with a rough surface
space-iconphysics

Incredible Magnetic Properties Of Rare-Earth Elements Can Be Controlled With X-ray Laser

clock-iconJuly 23, 2024
share110

link to article

Vortex Of Electrons Seen In Graphene At Room-Temperature For First TimeA graphene layer is shown in its honeycomb configuration. A vortex is overimposed with particles in it representing electrons. A needle is at its center with a red sphere with an arrow looking like a compass.

link to article

Vortex Of Electrons Seen In Graphene At Room-Temperature For First TimeA graphene layer is shown in its honeycomb configuration. A vortex is overimposed with particles in it representing electrons. A needle is at its center with a red sphere with an arrow looking like a compass.
space-iconphysics

Vortex Of Electrons Seen In Graphene At Room-Temperature For First Time

clock-iconMay 14, 2024
share180

link to article

The Strange Theory That There Is Only One Electron In The UniverseA model of an atom containing multiple electrons.

link to article

The Strange Theory That There Is Only One Electron In The UniverseA model of an atom containing multiple electrons.
space-iconphysics

The Strange Theory That There Is Only One Electron In The Universe

clock-iconApril 16, 2024
comments icon33
share1.5k

link to article

First Visualization Of A Quantum Electron Crystal Finally Proves They ExistAn image of a triangular Wigner crystal taken by scanning tunneling microscope. Each site (blue circular region) contains a single localized electron

link to article

First Visualization Of A Quantum Electron Crystal Finally Proves They ExistAn image of a triangular Wigner crystal taken by scanning tunneling microscope. Each site (blue circular region) contains a single localized electron
space-iconphysics

First Visualization Of A Quantum Electron Crystal Finally Proves They Exist

clock-iconApril 12, 2024
comments icon2
share210

Advertisement

Advertisement

link to article

Electron's Charge Seen Splintering Into Fractions In Graphene For The First Timeartist impression showing honeycomb lattices of graphene overlayed and aomething that look like an electron moving through them.

link to article

Electron's Charge Seen Splintering Into Fractions In Graphene For The First Timeartist impression showing honeycomb lattices of graphene overlayed and aomething that look like an electron moving through them.
space-iconphysics

Electron's Charge Seen Splintering Into Fractions In Graphene For The First Time

clock-iconFebruary 22, 2024
share340

link to article

Longest-Lasting Time Crystal To Date Achieved In New BreakthroughA green and pink symbol that look like the lit wick of a candle over a black bacground

link to article

Longest-Lasting Time Crystal To Date Achieved In New BreakthroughA green and pink symbol that look like the lit wick of a candle over a black bacground
space-iconphysics

Longest-Lasting Time Crystal To Date Achieved In New Breakthrough

clock-iconFebruary 2, 2024
share94

link to article

New Room Temperature Superconductor Throws Hat In The Ring – This Time, It’s Graphitea macro image showing the tip of a pencil

link to article

New Room Temperature Superconductor Throws Hat In The Ring – This Time, It’s Graphitea macro image showing the tip of a pencil
technology-iconTechnology

New Room Temperature Superconductor Throws Hat In The Ring – This Time, It’s Graphite

clock-iconJanuary 25, 2024
comments icon6
share330

link to article

Oddball Quasicrystals Dramatically Change Their Magnetic Properties With Changing Electronstwo icosahedron. arrows represnt the magnetic moment of all the atoms that sit on the vertices. In the left one they all are in the same direction adding up, int he right one they all cancel out.

link to article

Oddball Quasicrystals Dramatically Change Their Magnetic Properties With Changing Electronstwo icosahedron. arrows represnt the magnetic moment of all the atoms that sit on the vertices. In the left one they all are in the same direction adding up, int he right one they all cancel out.
space-iconphysics

Oddball Quasicrystals Dramatically Change Their Magnetic Properties With Changing Electrons

clock-iconJanuary 19, 2024
share110

link to article

Weird, Huge Trilobite-Shaped Molecules Created For The First Time In The LabA trilobite on the right, and the interference pattern produced by the location probablities of the electron, in a molecule formed of a rubidium Rydberg atom and a rubidium atom on its ground state.

link to article

Weird, Huge Trilobite-Shaped Molecules Created For The First Time In The LabA trilobite on the right, and the interference pattern produced by the location probablities of the electron, in a molecule formed of a rubidium Rydberg atom and a rubidium atom on its ground state.
space-iconphysics

Weird, Huge Trilobite-Shaped Molecules Created For The First Time In The Lab

clock-iconDecember 27, 2023
share120

Advertisement

Advertisement

link to article

Exclusive: How To Snap The Shortest Moments In TimeA snap of anne l'huillier from our interview overimposed to the nobel prize

link to article

Exclusive: How To Snap The Shortest Moments In TimeA snap of anne l'huillier from our interview overimposed to the nobel prize
Exclusive Interview
space-iconphysics

Exclusive: How To Snap The Shortest Moments In Time

clock-iconDecember 10, 2023
share210

link to article

Electrons Trapped In A 3D Crystal For Very First TimeA 2d projection of the 3D crystal used in this study. teh atoms are blue balls linked to one another with blue sticks.

link to article

Electrons Trapped In A 3D Crystal For Very First TimeA 2d projection of the 3D crystal used in this study. teh atoms are blue balls linked to one another with blue sticks.
space-iconphysics

Electrons Trapped In A 3D Crystal For Very First Time

clock-iconNovember 10, 2023
share180

link to article

Lasers Power A Particle Accelerator That (Almost) Fits On A CoinOk this particle accelerator doesn't fit on a one cent piece, but it could manage on a larger one.

link to article

Lasers Power A Particle Accelerator That (Almost) Fits On A CoinOk this particle accelerator doesn't fit on a one cent piece, but it could manage on a larger one.
space-iconphysics

Lasers Power A Particle Accelerator That (Almost) Fits On A Coin

clock-iconOctober 26, 2023
share350

link to article

Physics Nobel Prize Awarded For Use Of Tiniest Flashes To Study ElectronsThe Nobel prize medal overlayed over the schematic view of an atom

link to article

Physics Nobel Prize Awarded For Use Of Tiniest Flashes To Study ElectronsThe Nobel prize medal overlayed over the schematic view of an atom
space-iconphysics

Physics Nobel Prize Awarded For Use Of Tiniest Flashes To Study Electrons

clock-iconOctober 3, 2023
share270

link to article

Earthly Electrons Could Be Generating Water On The MoonA photo of the moon half in shadow

link to article

Earthly Electrons Could Be Generating Water On The MoonA photo of the moon half in shadow
space-iconAstronomy

Earthly Electrons Could Be Generating Water On The Moon

clock-iconSeptember 18, 2023
share160