Unlike
leptons (see Dec. 10), quarks cannot exist independently but only in
groups called hadrons. Stopforth and Butler associate this card with
the hadron - a composite particle made of quarks and held together by
the strong force. There are two groups of hadrons, baryons (made of
three quarks) and mesons (made of one quark and one antiquark). Because
mesons contain both matter and antimatter, they are unstable and don't
last long. The baryons and mesons show the balance in nature, having
the qualities of change and stability, just as we experience both
abundance and lack. Like quarks, humans were made to exist in groups
and form an interdependence on each other. When one person is
experiencing a crisis in health or finances, another person who is not
can help them to keep things in balance. Giving and receiving are both
on the same continuum, and I must be open to both in order to maintain a
sense of equilibrium.
From the Universe Cards this morning comes the "Supernova - culmination:"
From the Universe Cards this morning comes the "Supernova - culmination:"
A
supernova is a star that explodes, but to get to this point we have to
rewind. Normally stars maintain an equilibrium, with the gravity that
tries to compress it being
balanced by the nuclear reactions in their cores trying to expand them.
The fusion that occurs by turning the star's hydrogen into helium
eventually creates a problem - the helium sinks to the core of the star
because it is more dense than hydrogen. Without enough hydrogen in the
core, the star begins to collapse, creating a pressure and temperature
that creates carbon. At first the star expands, and begins creating
many internal layers until the core becomes iron. When iron becomes its
center, the star collapses in a tremendous explosion called the
supernova. Nature has a way of rebalancing itself, whether in the stars
of the universe or the routine of my day. The unexpected is often just
the pendulum swinging back the other way.
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