World’s First Architects May Have Been Chasing a Sound Wave Buzz
A
new study suggests that sound and a desire to harness
its effects may have been equally important as vision
in the design of humankind’s earliest monumental buildings.
Six-thousand-year-old spaces are giving up acoustic clues for
modern scientists. Reaching beyond the scope of traditional
archaeology, a multi-disciplinary approach has opened a new
dimension for the study of the ancient world.
“We may be hitting on one of those ‘lost secrets’,” says Linda
Eneix, President of The OTS Foundation, dedicated to research and
education related to the prehistoric temples of Mediterranean
Malta.
Located south of Sicily, the islands of Malta and Gozo are home to
megalithic structures that were created by a highly developed people
more than a thousand years ahead of Stonehenge and the pyramids.
The monuments represent free-standing architecture in its purest and
most original form. Design features including corbelled ceilings,
are mirrored in subterranean mortuary shrines that have been carved
out of solid limestone. (In architecture, corbelling is a system of
a row of stones oversailing the one below it, reducing the area of
the ceiling with each row upward and distributing its weight.)
Malta’s Hal Saflieni Hypogeum provides the most extraordinary
example: a multi-leveled complex of caves and ritual chambers that
lay undisturbed until workers broke into it accidentally in
1902.
Science Officer at the Hypogeum, Joseph Farrugia describes unusual
sound effects in the UNESCO World Heritage Site: “There is a small
niche in what we call “The Oracle Chamber”, and if someone with a
deep voice speaks inside, the voice echos all over the hypogeum.
The resonance in there is something exceptional. You can hear the
voice rumbling all over.”
As anyone who sings in the shower knows, sound echoing back and
amplifying itself from hard walls can do unusual things. That
effect is magnified several times over in the stone chambers.
“Standing in the Hypogeum is like being inside a giant bell,” says
Eneix. “You feel the sound in your bones as much as you hear it
with your ears. It’s really thrilling!”
After catching a film about the “Sounds of the Stone Age” on a
flight from London, Eneix jumped on the chance to explore further
and booked a trip to New Jersey to track down the principals.
A consortium called The PEAR Proposition: Princeton Engineering
Anomalies Research are pioneers in the field of archaeo-acoustics.
Directed by Physicist Dr. Robert Jahn, the PEAR group set out in
1994 to test acoustic behavior in megalithic sites such as Newgrange
and Wayland‘s Smithy in the UK. They found that the ancient
chambers all sustained a strong resonance at a sound frequency
between 95 and 120 hertz: well within the range of a low male
voice.
In subsequent OTSF testing, stone rooms in Malta were found to match
the same pattern of resonance, registering at the frequency of 110
or 111 hz. This turns out to be a significant level for the human
brain. Whether it was deliberate or not, the people who spent time
in such an environment were exposing themselves to vibrations that
impacted their minds.
Sound scientist, Prof. Daniel Talma of the University of Malta
explains: “At certain frequencies you have standing waves that
emphasize each and other waves that de-emphasize each other. The
idea that it was used thousands of years ago to create a certain
trance -- that’s what fascinates me.”
Dr. Ian A. Cook and colleagues published findings in 2008 of an
experiment at UCLA in which regional brain activity in a number of
healthy volunteers was monitored by EEG through different resonance
frequencies. Findings indicated that at 110 hz the patterns of
activity over the prefrontal cortex abruptly shifted, resulting in a
relative deactivation of the language center and a temporary
switching from left to right-sided dominance related to emotional
processing. People regularly exposed to resonant sound in the
frequency of 110 or 111 hz would have been “turning on” an area of
the brain that bio-behavioral scientists believe relates to mood,
empathy and social behavior.
Although archaeologists had not found an explanation for such
sophisticated engineering suddenly blossoming nearly six thousand
years ago, Prof. Richard England, a Fellow of the American Institute
of Architects, sees an evolution: “. . . a gradual growth, from the
cave to the tomb. The idea of continuity comes from an underground
architecture. Gradually from these ovular rock-hewn spaces, man
moved above ground, and above ground he fashioned an architecture of
the living which followed the form of an architecture for the dead.”
“Once you know what you are looking for, you can see these same
ceiling curves in natural caves in Malta.” Eneix observes. “It’s
logical that the temple builders observed the echos and sound
characteristics in the caves and came up with the idea of recreating
the same environment in a more controlled way. Were they doing it
intentionally to facilitate an altered state of consciousness?
There is a lot that we are never going to know.”
Acoustics may well have been part of a widespread religious
tradition. Old photos in an early edition of National Geographic
Magazine show the discovery in securely dated levels of the Malta
temples, of conical shaped stones bearing a distinct resemblance to
the Omphalos or “belly-button” oracle stone at Delphi, used much
later in time by ancient Greek priestesses who listened to the voice
of the earth for guidance. The Omphalos became an Umbilicus when the
Romans took over the concept and spread it over their empire. The
timeline places the Temple Builders at the head of a long chain of
“coincidence.” |