21 May '13 11:45>
"What is a Majorana fermion?
It is named for the physicist Ettore Majorana, who found that a particle could be its own antiparticle. If a particle has properties with values unequal to zero, then its antiparticle has the opposite values. What that means is that all the properties of a Majorana fermion, the charge, energy, what have you, it's all zero. It is a particle, but it doesn't have properties that we can measure. That makes it very mysterious. It also makes it difficult to find."
http://www.newscientist.com/article/mg21829160.300-nothing-to-see-the-man-who-made-a-majorana-particle.html
Sounds much like Emptiness to me, or a very, very close cousin.
When is a particle not a particle? MU!
It is named for the physicist Ettore Majorana, who found that a particle could be its own antiparticle. If a particle has properties with values unequal to zero, then its antiparticle has the opposite values. What that means is that all the properties of a Majorana fermion, the charge, energy, what have you, it's all zero. It is a particle, but it doesn't have properties that we can measure. That makes it very mysterious. It also makes it difficult to find."
http://www.newscientist.com/article/mg21829160.300-nothing-to-see-the-man-who-made-a-majorana-particle.html
Sounds much like Emptiness to me, or a very, very close cousin.
When is a particle not a particle? MU!