Thank you, Hoang Cao Hai, for your insights.
Concerning the Higgs Boson and its weight on the Moon, the point is moot. Weight is not the same thing as mass. An object will have the same mass whether it is on the Moon or Earth.
But there are other reasons why the Higgs Boson cannot be a particle that gives matter its mass. First, mass is simply a dimension. It is like length, frequency, and charge. It is a property, not an object.
Second, nearly all units involving mass are not material. For example, force is a unit equal to mass times acceleration. Force composes from mass, but it is non-material. You cannot weigh force on any planet or satellite. Other units, such as potential, resistance, magnetic flux, momentum, energy, and capacitance, also have mass as one of their dimensions. None of these units are material objects. Units involving mass describe what material objects do, not what they are.
If the Higgs Boson gives matter its mass, does it also give mass to the other units of physics? If there is a particle that gives matter its mass, then there should also be a particle that gives long objects their length, and another particle that gives existing objects their duration. This is all absurd.
Mass is not a "thing." It is a property of a thing. Mass is a fundamental property of both material and non-material existence, just as are length, frequency, and charge.
Similarly, length is a property of matter, but it is also a property of non-material things, such as space. The length (distance) between two planets is just as real and vital to physics as is the radius and circumference of the planet.
When one contemplates the nature of dimensions, the Higgs theory is seen as an awkward mistake in perception. However, the Higgs theory is a natural consequence of the Standard Model. Its absurdity should serve as a warning that some assumptions within the Standard Model are likely to be incorrect.