becoming reality as the shocking new data poured in, all of it supporting the basic ideology of Noetic
Science—the untapped potential of the human mind.
The overall thesis was simple: We have barely scratched the surface of our mental and spiritual capabilities.
Experiments at facilities like the Institute of Noetic Sciences (IONS) in California and the Princeton
Engineering Anomalies Research Lab (PEAR) had categorically proven that human thought, if properly
focused, had the ability to affect and change physical mass. Their experiments were no “spoon-bending”
parlor tricks, but rather highly controlled inquiries that all produced the same extraordinary result: our
thoughts actually interacted with the physical world, whether or not we knew it, effecting change all the way
down to the subatomic realm.
Mind over matter.
In 2001, in the hours following the horrifying events of September 11, the field of Noetic Science made a
quantum leap forward. Four scientists discovered that as the frightened world came together and focused in
shared grief on this single tragedy, the outputs of thirty-seven different Random Event Generators around the
world suddenly became significantly less random. Somehow, the oneness of this shared experience, the
coalescing of millions of minds, had affected the randomizing function of these machines, organizing their
outputs and bringing order from chaos.
The shocking discovery, it seemed, paralleled the ancient spiritual belief in a “cosmic consciousness”—a vast
coalescing of human intention that was actually capable of interacting with physical matter. Recently, studies
in mass meditation and prayer had produced similar results in Random Event Generators, fueling the claim
that human consciousness, as Noetic author Lynne McTaggart described it, was a substance outside the
confines of the body . . . a highly ordered energy capable of changing the physical world. Katherine had been
fascinated by McTaggart’s book The Intention Experiment, and her global, Web-based study—
theintentionexperiment.com—aimed at discovering how human intention could affect the world. A handful
of other progressive texts had also piqued Katherine’s interest.
From this foundation, Katherine Solomon’s research had vaulted forward, proving that “focused thought”
could affect literally anything—the growth rate of plants, the direction that fish swam in a bowl, the manner
in which cells divided in a petri dish, the synchronization of separately automated systems, and the chemical
reactions in one’s own body. Even the crystalline structure of a newly forming solid was rendered mutable by
one’s mind; Katherine had created beautifully symmetrical ice crystals by sending loving thoughts to a glass
of water as it froze. Incredibly, the converse was also true: when she sent negative, polluting thoughts to the
water, the ice crystals froze in chaotic, fractured forms.
Human thought can literally transform the physical world.
As Katherine’s experiments grew bolder, her results became more astounding. Her work in this lab had
proven beyond the shadow of a doubt that “mind over matter” was not just some New Age self-help mantra.
The mind had the ability to alter the state of matter itself, and, more important, the mind had the power to
encourage the physical world to move in a specific direction.
We are the masters of our own universe.
At the subatomic level, Katherine had shown that particles themselves came in and out of existence based
solely on her intention to observe them. In a sense, her desire to see a particle . . . manifested that particle.
Heisenberg had hinted at this reality decades ago, and now it had be come a fundamental principle of Noetic
Science. In the words of Lynne McTaggart: “Living consciousness somehow is the influence that turns the
possibility of something into something real. The most essential ingredient in creating our universe is the
consciousness that observes it.”
The most astonishing aspect of Katherine’s work, however, had been the realization that the mind’s ability to
affect the physical world could be augmented through practice. Intention was a learned skill. Like
meditation, harnessing the true power of “thought” required practice. More important . . . some people were
born more skilled at it than others. And throughout history, there had been those few who had become true
masters.
This is the missing link between modern science and ancient mysticism.
Katherine had learned this from her brother, Peter, and now, as her thoughts turned back to him, she felt a
deepening concern. She walked to the lab’s research library and peered in. Empty.
The library was a small reading room—two Morris chairs, a wooden table, two floor lamps, and a wall of
mahogany bookshelves that held some five hundred books. Katherine and Peter had pooled their favorite
texts here, writings on everything from particle physics to ancient mysticism. Their collection had grown into
an eclectic fusion of new and old . . . of cutting-edge and historical. Most of Katherine’s books bore titles like
Quantum Consciousness, The New Physics, and Principles of Neural Science. Her brother’s bore older, more
esoteric titles like the Kybalion, the Zohar, The Dancing Wu Li Masters, and a translation of the Sumerian
tablets from the British Museum.
“The key to our scientific future,” her brother often said, “is hidden in our past.” A lifelong scholar of
history, science, and mysticism, Peter had been the first to encourage Katherine to boost her university
science education with an understanding of early Hermetic philosophy. She had been only nineteen years old
when Peter sparked her interest in the link between modern science and ancient mysticism.
“So tell me, Kate,” her brother had asked while she was home on vacation during her sophomore year at
Yale. “What are Elis reading these days in theoretical physics?”
Katherine had stood in her family’s book-filled library and recited her demanding reading list.
“Impressive,” her brother replied. “Einstein, Bohr, and Hawking are modern geniuses. But are you reading
anything older?”
Katherine scratched her head. “You mean like . . . Newton?”
He smiled. “Keep going.” At twenty-seven, Peter had already made a name for himself in the academic
world, and he and Katherine had grown to savor this kind of playful intellectual sparring.
Older than Newton? Katherine’s head now filled with distant names like Ptolemy, Pythagoras, and Hermes
Trismegistus. Nobody reads that stuff anymore.
Her brother ran a finger down the long shelf of cracked leather bindings and old dusty tomes. “The scientific
wisdom of the ancients was staggering . . . modern physics is only now beginning to comprehend it all.”
“Peter,” she said, “you already told me that the Egyptians understood levers and pulleys long before Newton,
and that the early alchemists did work on a par with modern chemistry, but so what? Today’s physics deals
with concepts that would have been unimaginable to the ancients.”
“Like what?”
“Well . . . like entanglement theory, for one!” Subatomic research had now proven categorically that all
matter was interconnected . . . entangled in a single unified mesh . . . a kind of universal oneness. “You’re
telling me the ancients sat around discussing entanglement theory?”
“Absolutely!” Peter said, pushing his long, dark bangs out of his eyes. “Entanglement was at the core of
primeval beliefs. Its names are as old as history itself . . . Dharmakaya, Tao, Brahman. In fact, man’s oldest
spiritual quest was to perceive his own entanglement, to sense his own interconnection with all things. He
has always wanted to become ‘one’ with the universe . . . to achieve the state of ‘at-one-ment.’ ” Her brother
raised his eyebrows. “To this day, Jews and Christians still strive for ‘atonement’ . . . although most of us
have forgotten it is actually ‘at-one-ment’ we’re seeking.”
Katherine sighed, having forgotten how hard it was to argue with a man so well versed in history. “Okay, but
you’re talking in generalities. I’m talking specific physics.”
“Then be specific.” His keen eyes challenged her now.
“Okay, how about something as simple as polarity—the positive/negative balance of the subatomic realm.
Obviously, the ancients didn’t underst—”
“Hold on!” Her brother pulled down a large dusty text, which he dropped loudly on the library table.
“Modern polarity is nothing but the ‘dual world’ described by Krishna here in the Bhagavad Gita over two
thousand years ago. A dozen other books in here, including the Kybalion, talk about binary systems and the
opposing forces in nature.”
Katherine was skeptical. “Okay, but if we talk about modern discoveries in subatomics—the Heisenberg
uncertainty principle, for example—”
“Then we must look here,” Peter said, striding down his long bookshelf and pulling out another text. “The
sacred Hindu Vendantic scriptures known as the Upanishads.” He dropped the tome heavily on the first.
“Heisenberg and Schr?dinger studied this text and credited it with helping them formulate some of their
theories.”
The showdown continued for several minutes, and the stack of dusty books on the desk grew taller and taller.
Finally Katherine threw up her hands in frustration. “Okay! You made your point, but I want to study
cutting-edge theoretical physics. The future of science! I really doubt Krishna or Vyasa had much to say
about superstring theory and multidimensional cosmological models.”
“You’re right. They didn’t.” Her brother paused, a smile crossing his lips. “If you’re talking superstring
theory . . .” He wandered over to the bookshelf yet again. “Then you’re talking this book here.” He heaved
out a colossal leather-bound book and dropped it with a crash onto the desk. “Thirteenth-century translation
of the original medieval Aramaic.”
“Superstring theory in the thirteenth century?!” Katherine wasn’t buying it. “Come on!”
Superstring theory was a brand-new cosmological model. Based on the most recent scientific observations, it
suggested the multidimensional universe was made up not of three . . . but rather of ten dimensions, which all
interacted like vibrating strings, similar to resonating violin strings.
Katherine waited as her brother heaved open the book, ran through the ornately printed table of contents, and
then flipped to a spot near the beginning of the book. “Read this.” He pointed to a faded page of text and
diagrams.
Dutifully, Katherine studied the page. The translation was old-fashioned and very hard to read, but to her
utter amazement, the text and drawings clearly outlined the exact same universe heralded by modern
superstring theory—a ten-dimensional universe of resonating strings. As she continued reading, she suddenly
gasped and recoiled. “My God, it even describes how six of the dimensions are entangled and act as one?!”
She took a frightened step backward. “What is this book?!”
Her brother grinned. “Something I’m hoping you’ll read one day.” He flipped back to the title page, where an
ornately printed plate bore three words.
The Complete Zohar.
Although Katherine had never read the Zohar, she knew it was the fundamental text of early Jewish
mysticism, once believed so potent that it was reserved only for the most erudite rabbis.
Katherine eyed the book. “You’re saying the early mystics knew their universe had ten dimensions?”
“Absolutely.” He motioned to the page’s illustration of ten intertwined circles called Sephiroth. “Obviously,
the nomenclature is esoteric, but the physics is very advanced.”
Katherine didn’t know how to respond. “But . . . then why don’t more people study this?”
Her brother smiled. “They will.”
“I don’t understand.”
“Katherine, we have been born into wonderful times. A change is coming. Human beings are poised on the
threshold of a new age when they will begin turning their eyes back to nature and to the old ways . . . back to
the ideas in books like the Zohar and other ancient texts from around the world. Powerful truth has its own
gravity and eventually pulls people back to it. There will come a day when modern science begins in earnest
to study the wisdom of the ancients . . . that will be the day that mankind begins to find answers to the big
questions that still elude him.”
That night, Katherine eagerly began reading her brother’s ancient texts and quickly came to understand that
he was right. The ancients possessed profound scientific wisdom. Today’s science was not so much making
“discoveries” as it was making “rediscoveries.” Mankind, it seemed, had once grasped the true nature of the
universe . . . but had let go . . . and forgotten.
Modern physics can help us remember! This quest had become Katherine’s mission in life—to use advanced
science to rediscover the lost wisdom of the ancients. It was more than academic thrill that kept her
motivated. Beneath it all was her conviction that the world needed this understanding . . . now more than
ever.
At the rear of the lab, Katherine saw her brother’s white lab coat hanging on its hook along with her own.
Reflexively, she pulled out her phone to check for messages. Nothing. A voice echoed again in her memory.
That which your brother believes is hidden in D.C. . . . it can be found. Sometimes a legend that endures for
centuries . . . endures for a reason.
“No,” Katherine said aloud. “It can’t possibly be real.”
Sometimes a legend was just that—a legend.
CHAPTER 16
Security chief Trent Anderson stormed back toward the Capitol Rotunda, fuming at the failure of his
security team. One of his men had just found a sling and an army-surplus jacket in an alcove near the east
portico.
The goddamn guy walked right out of here!
Anderson had already assigned teams to start scanning exterior video, but by the time they found anything,
this guy would be long gone.
Now, as Anderson entered the Rotunda to survey the damage, he saw that the situation had been contained as
well as could be expected. All four entrances to the Rotunda were closed with as inconspicuous a method of
crowd control as Security had at its disposal—a velvet swag, an apologetic guard, and a sign that read THIS
ROOM TEMPORARILY CLOSED FOR CLEANING. The dozen or so witnesses were all being herded
into a group on the eastern perimeter of the room, where the guards were collecting cell phones and cameras;