Paired Electrons.
<p>Theoretically the particles can form bound states provided their spins are parallel. 
The repulsive force between Centers of Charge turns out into an attractive force between the Centers of Mass’s.
The CM’s must be separated a distance below Compton's wavelength.
You can see here, at very low velocity, the description of the formation of a bound pair of electrons with parallel spins. 
This description is depicted in a frame where the CM1 of one of the electrons is at rest. 
The frequency of the motions of the CC’s is much faster than the frequency of the motions of the CM’s. 
It can be computed mathematically that these bound states are stable even at very high temperatures,thus it should be possible to form spin 1 condensates at room temperature (superconducting materials).
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Based on the theory of the Spin by Martin Rivas. More info in <a rel="nofollow" class="external text" href="http://www.spinningparticles.com">www.SpinningParticles.com</a>
<a href="//commons.wikimedia.org/wiki/User:Jbarandiaran" title="User:Jbarandiaran">Juan Barandiaran Balzola</a>
CC BY 3.0
<span class="int-own-work" lang="en">Own work</span>