- #1
Nusc
- 760
- 2
https://ps.uci.edu/~cyu/p224/LectureNotes/lecture7/lecture7html/
Does NaCl have a wavefunction?
If so, is it entangled?
Does NaCl have a wavefunction?
If so, is it entangled?
Yes.Nusc said:Does NaCl have a wavefunction?
The electrons in a multielectron system like an atom, molecule, or crystal are (almost?) always entangled, but not really in any way that's useful for us. A more interesting question might be if you can decompose the wavefunction into "Na electrons" and "Cl electrons:"Nusc said:If so, is it entangled?
An F-center is a defect in a lattice. In NaCl, it would arise as a Cl- vacancy which is filled by an electron. It would probably be easier to control the entanglement of two F-centers than anything else in the NaCl lattice, but a quick google search didn't bring anything up for me. (I'm imagining entangling the spins of the F-centers like you would the spins of NV centers in diamonds.) There may be a reason why this isn't feasible in practice.Nusc said:F-center lattice?
A chemical bond is a force that holds atoms together to form a molecule. It is a result of the interactions between the electrons of the atoms involved.
A wave function in chemical bonding is a mathematical representation of the probability of finding an electron in a specific location around the nucleus of an atom. It describes the behavior and properties of electrons in a molecule.
The wave function determines the shape and energy of the electron cloud around the nucleus, which in turn influences the strength and type of chemical bond that can form between atoms.
In covalent bonding, atoms share electrons to complete their outermost energy levels, while in ionic bonding, one atom completely transfers electrons to another atom to form ions with opposite charges that are attracted to each other.
The strength of a chemical bond is influenced by the distance between the nuclei of the bonded atoms, the number of shared electrons, and the type of atoms involved (e.g. their electronegativity values).