O sorry, ik bedoel wave-particle duality natuurlijk.

[quote="entropy"]Heeft dualiteit te maken met verstrengeling, en zo ja, wat?[/quote]
Dualiteit is een hééééééééél breed concept. Over welke dualiteit heb je het?
[list][*]The electric field (E) is the dual of the magnetizing field (H).
[*]The electric displacement field (D) is the dual of the magnetic flux density (B).
[*]Faraday's law of induction is the dual of Ampère's circuital law.
[*]Gauss's law for electric field is the dual of Gauss's law for magnetism.
[*]The electric potential is the dual of the magnetic potential.
[*]Permittivity is the dual of permeability.
[*]Electrostriction is the dual of magnetostriction.
[*]Piezoelectricity is the dual of piezomagnetism.
[*]Ferroelectricity is the dual of ferromagnetism.
[*]An electrostatic motor is the dual of a magnetic motor;
[*]Electrets are the dual of permanent magnets;
[*]The Faraday effect is the dual of the Kerr effect;
[*]The Aharonov–Casher effect is the dual to the Aharonov–Bohm effect;
[*]The hypothetical magnetic monopole is the dual of electric charge.
[*]Wave–particle duality
[*]Position and momentum space duality
[*]force — deformation
[*]stress — strain
[*]stiffness method — flexibility method
[*]the Maldacena duality
[*]Dual resonance model
[*]Englert–Greenberger duality relation
[*]Holographic duality
[*]Kramers–Wannier duality
[*]Mirror symmetry
[*]Montonen–Olive duality
[*]Mysterious duality
[*]S-duality
[*]T-duality
[*]U-duality[/list]Kies maar uit: [url=https://en.wikipedia.org/wiki/Duality]https://en.wikipedia.org/wiki/Duality[/url]

Heeft dualiteit te maken met verstrengeling, en zo ja, wat?