Assertion: baryon's number | /r/HasProperty | a constant
Facets:
Source sentences:
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant (if antimatter is counted as negative);[citation needed] in technical language, the total baryon number appears to be conserved.
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant (if antimatter is counted as negative);[citation needed] in technical language, the total baryon number appears to be conserved.
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant;
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant;
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant (if antimatter is counted as negative);[citation needed] in technical language, the total baryon number appears to be conserved.
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant (if antimatter is counted as negative);[citation needed] in technical language, the total baryon number appears to be conserved.
text: Experiments are consistent with the number of quarks in the universe being a constant and, more specifically, the number of baryons being a constant; in technical language, the total baryon number appears to be conserved.
text: Experiments are consistent with the number of quarks in the universe being a constant and, more specifically, the number of baryons being a constant; in technical language, the total baryon number appears to be conserved.
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant (if antimatter is counted as negative);[citation needed] in technical language, the total baryon number appears to be conserved.
text: Experiments are consistent with the number of quarks in the universe being a constant and, to be more specific, the number of baryons being a constant (if antimatter is counted as negative);[citation needed] in technical language, the total baryon number appears to be conserved.