#KnowledgeByte: "Impossible particles," also referred to as "#Paraparticles," are theoretical particles that would not fit into the current classification of fundamental particles as either #Fermions or #Bosons.
Some recent studies prove that paraparticles, a particle class with unique exchange statistics that was long thought impossible, might indeed exist in nature.
https://knowledgezone.co.in/posts/Impossible-Particles-679110f93672fad387ed6976
'Paraparticles' Would Be a Third Kingdom of Quantum Particle
https://www.quantamagazine.org/paraparticles-would-be-a-third-kingdom-of-quantum-particle-20250411/
#HackerNews #Paraparticles #QuantumPhysics #QuantumMechanics #ScienceNews #ParticlePhysics #Innovation
#KnowledgeByte: "Impossible particles," also referred to as "#Paraparticles," are theoretical particles that would not fit into the current classification of fundamental particles as either #Fermions or #Bosons.
Some recent studies prove that paraparticles, a particle class with unique exchange statistics that was long thought impossible, might indeed exist in nature.
https://knowledgezone.co.in/posts/Impossible-Particles-679110f93672fad387ed6976
#Proof of #Perfection : Medium
#Scientists figured out the #Optimal cup of #Coffee : Pop Sci
#Physicists describe #Exotic ‘#Paraparticles’ that defy #Categorization : Nature
Check our latest #KnowledgeLinks
"Impossible particles," also referred to as "#Paraparticles," are theoretical particles that would not fit into the current classification of fundamental particles as either #Fermions or #Bosons.
https://knowledgezone.co.in/posts/Impossible-Particles-679110f93672fad387ed6976
Does your brain need cleansing today? Would a quick theoretical physics bath help?
Look!
All over the place!
It's a boson!
It's a fermion!
It's...
PARAPARTICLES!
https://www.nature.com/articles/s41586-024-08262-7
(so I've been hunting for an information carrier…)
…a family of exactly solvable #quantumspin models in one and two dimensions, in which free #paraparticles emerge as quasiparticle excitations, and their exchange statistics can be physically observed and are notably distinct from fermions and bosons…the possibility of a new type of #quasiparticle in #condensedmatter systems and—more speculatively—the potential for previously unconsidered types of #elementaryparticle.
By developing a second quantization of paraparticles and constructing exactly solvable quantum spin models with emergent paraparticles, new theoretical evidence shows that non-trivial parastatistics inequivalent to either fermions or bosons can exist in physical systems.
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