Golden Ball Hill: a spacetime "ringhole"
used for time travel
Last year
in 2006, a series of increasingly complex
"wormhole" crop pictures appeared in
Wiltshire fields. There were five in total,
beginning with
Avebury Trusloe (Windmill Hill), continuing with
Savernake Forest, then
New Barn,
Old Hayward and
Blowingstone. Despite the incredible
complexity of those wormhole-type crop
pictures, some researchers still believed
that they might have been human-made fakes.
The
simplest showed two spacetime singularities
joining to create a single wormhole, while
others showed two or four-wormhole
combinations known as "Roman rings", a
topologically stabilized wormhole called a "ringhole",
or a "closed timelike curve in expanding
spacetime".
Now one
year later on June 29, 2007,
those mysterious crop artists have continued
the same theme, by drawing an even more
theoretically advanced picture of a ringhole
at Golden Ball Hill. It shows the
expected "two angular horizons", and also a
"shielded craft" entering from one side.
The concept
of a spacetime "ringhole" was not discovered
theoretically until 1996, when a Spanish
physicist called Pedro Gonzalez-Diaz found
such a solution mathematically in Einstein's
equations for general relativity:
Unlike for an ordinary wormhole, which has
the shape of a sphere and is unstable, his
new ringhole had the shape of a torus
and would be quite stable. A further new
feature of Gonzalez-Diaz's ringhole was "two
angular horizons", whereas an ordinary
wormhole has just one:
That new
crop picture which appeared on June 29 at
Golden Ball Hill shows not only "two angular
horizons", but also a "shielded craft" of
some kind, entering the ringhole on the
other side:
Very seldom
in science does any new theoretical
prediction receive such a dramatic
confirmation, after only 11 years! Unless of
course, you choose to believe that two old
guys with boards and rope made the picture
shown below, in the middle of the night with
no one watching:
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