Describe the bug
I've been comparing some values that we have for the unit conversions on exa with the values of energy converter from NIST and have found some differences.
I have been concentrating on the Energy conversions as those are the ones that I have been using very often.
To Reproduce
>>> from exa.util.units import Energy
>>> Energy['J', 'eV']
6.241506363094e+18
Expected 6.241 509 074 e+18
While the difference is nearly insignificant I think we need to be careful of putting in unit conversions that are not matching those from NIST.
>>> from exa.util.constants import electron_volt
>>> electron_volt.value
1.602176621e-19
Describe the bug I've been comparing some values that we have for the unit conversions on exa with the values of energy converter from NIST and have found some differences. I have been concentrating on the Energy conversions as those are the ones that I have been using very often.
To Reproduce
Expected 6.241 509 074 e+18 While the difference is nearly insignificant I think we need to be careful of putting in unit conversions that are not matching those from NIST.
Expected 1.602 176 634 e-19 from ascii table in NIST
Update It seems that there were some differences between the 2014 and the current 2018