Assertion list
neutron (primary) → CapableOf
Results from Ascent++: 68
neutron → CapableOf → decay into proton 0.78
neutron → CapableOf → turn into proton 0.67
neutron → CapableOf → decay into electron 0.57
neutron → CapableOf → consist of three quarks 0.53
neutron → CapableOf → emit electron 0.53
neutron → CapableOf → form the atom 0.48
neutron → CapableOf → split into proton 0.46
neutron → CapableOf → release more neutrons 0.44
neutron → CapableOf → split other atoms 0.44
neutron → CapableOf → interact with nucleus 0.43
neutron → CapableOf → initiate the chain reaction 0.42
neutron → CapableOf → come into the reactor core 0.42
neutron → CapableOf → release energy 0.42
neutron → CapableOf → make up the nucleus of an atom 0.41
neutron → CapableOf → hit other atoms 0.40
neutron → CapableOf → lose energy 0.39
neutron → CapableOf → release antineutrino 0.39
neutron → CapableOf → sustain the chain reaction 0.38
neutron → CapableOf → walk into bar 0.38
neutron → CapableOf → collide with other uranium atoms 0.37
neutron → CapableOf → collide with nucleus 0.35
neutron → CapableOf → emit neutrino 0.35
neutron → CapableOf → enter nucleus 0.35
neutron → CapableOf → escape the reactor core 0.35
neutron → CapableOf → hit the uranium atom 0.35
neutron → CapableOf → interact with matter 0.35
neutron → CapableOf → produce helium 0.35
neutron → CapableOf → split more nuclei 0.35
neutron → CapableOf → interact with proton 0.34
neutron → CapableOf → alter the natural uranium abund… 0.33
neutron → CapableOf → form atomic nuclei 0.33
neutron → CapableOf → pass through the object 0.33
neutron → CapableOf → escape into space 0.31
neutron → CapableOf → slow down to thermal energies 0.31
neutron → CapableOf → trigger further reactions 0.30
neutron → CapableOf → breed more fuel 0.28
neutron → CapableOf → cause 0.28
neutron → CapableOf → jump to another 0.28
neutron → CapableOf → transform into one another 0.28
neutron → CapableOf → undergo beta decay 0.28
neutron → CapableOf → reach the detector 0.27
neutron → CapableOf → absorb structural materials 0.25
neutron → CapableOf → appear as delayed neutrons 0.25
neutron → CapableOf → decompose into proton 0.25
neutron → CapableOf → emit positron 0.25
neutron → CapableOf → escape 0.25
neutron → CapableOf → exhibit net flow 0.25
neutron → CapableOf → flood the core of weapon-grade … 0.25
neutron → CapableOf → form heavy nucleus 0.25
neutron → CapableOf → form other light elements 0.25
neutron → CapableOf → fuse into small atomic nuclei 0.25
neutron → CapableOf → ionize matter 0.25
neutron → CapableOf → knock out proton 0.25
neutron → CapableOf → obey the pauli exclusion princi… 0.25
neutron → CapableOf → pass with ease 0.25
neutron → CapableOf → produce large quantities of 239… 0.25
neutron → CapableOf → produce large quantities of plu… 0.25
neutron → CapableOf → react with the lithium 0.25
neutron → CapableOf → repel each other 0.25
neutron → CapableOf → transfer energy 0.25
neutron → CapableOf → travel 0.25
neutron → CapableOf → travel at different speeds 0.25
neutron → CapableOf → travelled along upper path 0.25
neutron → CapableOf → stop the reaction 0.25
neutron → CapableOf → induce radioactivity 0.16
neutron → CapableOf → pass through dense materials 0.16
neutron → CapableOf → occupy same quantum state 0.12
neutron → CapableOf → occupy same place 0.09