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  • quantum 101
    • duality
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    • tunnel effect
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    • STATE SUPERPOSITION
    • Graphene
    • Bose-Einstein condensate
    • Pump-probe
    • Crystallography
    • Photoemission
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    • POLARIZING MICROSCOPE
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    • FLUORESCENT AND CONFOCAL
    • SCANNING ELECTRON MICROSCOPE SEM
    • TRANSMISSION ELECTRON MICROSCOPE TEM
    • SCANNING TUNNELING MICROSCOPE STM
    • ATOMIC FORCE MICROSCOPE AFM
  • magnetism
    • Paramagnetism and ferromagnetism
    • Magnetic Orders
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    • Nuclear magnetic resonance (NMR)
    • Inelastic neutron scattering
    • Muon spin resonance (MuSR)

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Photoemission Read more

Photoemission and metals

Angle-resolved photoemission enables us to measure the energy and momentum of electrons inside matter.

Crystallography Read more

Crystallography and reciprocal lattice

Crystallography techniques enable us to measure the arrangement of atoms inside matter.

Pump-probe Read more

Pump-probe technique

The pump-probe technique enables us to measure ultrafast phenomena inside matter such as the movement of atoms or electron excitations, thanks to very short laser pulses.

Bose-Einstein condensate Read more

Bose-Einstein condensate

Some gases, when cooled to ultra-low temperatures, collectively achieve a new quantum state, the Bose-Einstein condensate.

Graphene Read more

graphene

Graphene is an artificial carbon material with extraordinary properties, and it is made of only one layer of atoms.

STATE SUPERPOSITION Read more

STATE SUPERPOSITION AND DECOHERENCE

Some quantum systems, such as atoms, photons, or spins, can be in two simultaneous different states. We call these “Schrödinger’s cats”.

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