Bridgeman Arts
1950s: Illustration of battery with wires and text
1950s: Illustration of battery with wires and text. Animated demonstration of electrons moving along closed circuit. Illustration of copper atom.
Bridgeman Arts
1950s: Animated diagram of copper atoms and electrons
1950s: Animated diagram of copper atoms and electrons. Hands remove battery from flashlight. Steam rises from electric power station. Animated diagram of copper atoms.
Bridgeman Arts
1950s: Animated diagram of copper atoms
1950s: Animated diagram of copper atoms. Electrons move between atoms. Electrons repel other electrons and move between atoms.
Bridgeman Arts
1950s: Illustrated copper atom and electron with text
1950s: Illustrated copper atom and electron with text. Animated electron is added to copper atom and text disappears. Diagram of atoms in copper. Animated electrons move around atoms.
Bridgeman Arts
1950s: Illustrated copper atom
1950s: Illustrated copper atom. Electron is removed from atom and text appears below. Text appear beneath lone electron.
Bridgeman Arts
1950s: Illustrated atoms of copper, hydrogen and uranium with text
1950s: Illustrated atoms of copper, hydrogen and uranium with text. Animated electrons shift between atoms.
Bridgeman Arts
1950s: Illustrated atom
1950s: Illustrated atom. Signs and arrows appear over atom. Balloon with tag filled with hydrogen. Illustrated representation of hydrogen atom.
Bridgeman Arts
1950s: Illustration of copper atom with text
1950s: Illustration of copper atom with text. Electron is removed from copper atom. Text appears beneath electron. Electronics store display window.
Bridgeman Arts
1950s: Illustrated copper atom with sign
1950s: Illustrated copper atom with sign. Illustrated atoms of copper, hydrogen and uranium with text.
Bridgeman Arts
1950s: Illustrated representation of an atom
1950s: Illustrated representation of an atom. Illustrated nucleus of atom. Animated electrons spin around nucleus of atom.
Getty Images
Helium atom. Diagram of an atom of the element helium, showing the central nucleus surrounded by its electron orbital.
Helium is the second element, and has two protons (red) in its nucleus, along with two neutrons (blue). Helium has two electrons, which occupy the lowest energy 1s orbital (green sphere). Each orbital can hold two electrons, so this 1s...
Getty Images
Journey through a network of neuronal cells and synapses in the brain through which electrical impulses and discharges pass
Journey through a network of neuronal cells and synapses in the brain through which electrical impulses and discharges pass. Synaptic network of neurons during information transfer
Getty Images
Aurora Borealis, Northern Lights, Troms region, Norway
Aurora Borealis, Northern Lights, Troms region, Norway
Bloomberg
How Electric Roads Could Power the Future
The transition from horse to horsepower ushered in an infrastructural revolution that rippled through every part of society and made the modern world possible. A century later, we may be on the cusp of another massive transformation,...
Bloomberg
Carlyle’s Goya on Finding Opportunities in Clean Energy
Dec.03 -- Pooja Goyal, partner and head of renewable and sustainable energy at the Carlyle Group, discusses transitioning to renewable sources of energy and mitigating the impact of climate change. She speaks with Bloomberg’s Alix Steel...
AFP News Agency
CLEAN : Trio takes chemistry Nobel for method to study molecules
Scientists Jacques Dubochet Joachim Frank and Richard Henderson win the Nobel Chemistry Prize for the development of cryo electron microscopy a method of simplifying and improving the imaging of biomolecules
AFP News Agency
CLEAN : Trio takes chemistry Nobel for cool method to study molecules
Scientists Jacques Dubochet Joachim Frank and Richard Henderson won the Nobel Chemistry Prize on Wednesday for cryo electron microscopy a simpler and better method for imaging tiny frozen molecules