You likely mean the Erdős unit distance problem . There is no known full proof of Erdős’s conjecture; it remains open in the sense that the best known upper bound is still far above the conjectured bound [2][5].
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You likely mean the Erdős unit distance problem. There is no known full proof of Erdős’s conjecture; it remains open in the sense that the best known upper bound is still far above the conjectured bound .
The problem asks: among (n) points in the Euclidean plane, what is the maximum possible number of pairs exactly distance 1 apart?
Erdős conjectured that the true maximum is almost linear, roughly (n^{1+o(1)}), based on lattice examples giving many unit distances .
The best general upper bound known is still (O(n^{4/3})), proved by Spencer, Szemerédi, and Trotter in 1984 .
So the current situation is :
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What is the short answer to "Points and plane unit and distance"?
You likely mean the Erdős unit distance problem .
What are the key points to validate first?
You likely mean the Erdős unit distance problem . There is no known full proof of Erdős’s conjecture; it remains open in the sense that the best known upper bound is still far above the conjectured bound [2][5].
What should I do next in practice?
The problem asks: among \(n\) points in the Euclidean plane, what is the maximum possible number of pairs exactly distance 1 apart?
Therefore, if you are asking for a proof of the full Erdős unit distance conjecture: Insufficient evidence / no proof is known.
A simple example: put points in a square integer lattice; many pairs will be distance 1 apart horizontally and vertically, giving linear-in-(n) many unit distances, and Erdős’s lattice-based constructions give slightly more than linear many unit distances .
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