The exact mass matrix and its inverse are full.
The exact mass of the Higgs is not predicted by the model, but must be measured in experiments.
These changes are small and it was hard to get the exact mass of Venus by this technique.
For identification purposes, accurate exact mass (<5 ppm) and some diagnostic ions including fragments were used.
For one, the neutrino oscillation findings say only that a difference in mass between the different flavors exists, but not the exact mass of any of them.
Exact mass measurements were recorded on Bruker MicroTOF Q II mass spectrometer that has an APCI/ESI source set at 300 °C.
The exact mass ratio can be calculated by observing how a cloud of hydrogen molecules (each composed of two protons and two electrons) absorbs ultraviolet laser light.
They were first detected 25 years later, but their exact mass remains unknown.
Ironically, the Standard Model does not predict an exact mass for the Higgs itself.
Finally, the exact mass and chemical fingerprints of structures were calculated with Pybel.
Element restrictions have been added to enhance the specificity of the exact mass search.
