The secrecy of Katherine Solomon’s Noetic research

The secrecy of Katherine Solomon’s Noetic research is both a practical security arrangement and a boundary around discoveries whose implications remain uncertain. Conducted in an isolated laboratory beneath the Smithsonian Museum Support Center, her work is withheld from the public by agreement with Peter Solomon. The arrangement protects the research from outside interference and premature exposure, but it also leaves a concentrated body of potentially transformative findings vulnerable when Mal’akh learns where it is kept.

The laboratory as a controlled environment

Katherine conducts her experiments in the Cube Laboratory, a windowless, shielded space within Pod 5. The location matters scientifically as well as physically: her work attempts to measure subtle energy fields, so a university campus or hospital laboratory would introduce unwanted interference. Even the possible effects of people nearby—described as brain radiation or thought emissions—are treated as sources of noise that could compromise the experiments. The remote, sealed pod offers the isolation her research requires.

Access and physical safeguards reinforce that separation. The Cube is built within a cement enclosure, and its interior walls and ceiling are covered with titanium-coated lead fiber. Frosted Plexiglas partitions divide the laboratory from its control room, mechanical room, storage room, bathroom, and small research library. Entry to Pod 5 requires a key card and PIN; reaching the laboratory itself means crossing more than a hundred yards of darkness. Peter initially lets Katherine find her way through that passage herself, and over time the once-alien darkness becomes part of the routine by which she enters her protected workspace.

The lab’s security also extends to its infrastructure. During her arrival rounds, Katherine checks the hydrogen fuel cell and its backup tanks, then verifies that two holographic data-storage units are operating inside a temperature-controlled vault behind three-inch-thick shatterproof glass. The drives hold synchronized, identical copies of her research. Although standard backup practice would place a copy off-site in case of fire, earthquake, or theft, Katherine and Peter decide that transferring the data elsewhere would sacrifice control over its privacy. Redundancy is built into the laboratory; distribution beyond it is not.

Findings withheld from public view

The secrecy is tied to the scale and uncertainty of the claims Katherine’s work makes. Her laboratory combines electroencephalographs, a femtosecond comb, a magneto-optical trap, and Random Event Generators—equipment associated with quantitative science, even as the results approach questions traditionally treated as mystical. The research program concerns the untapped capacities of the human mind and the possibility that focused thought can affect physical matter.

The account of Katherine’s findings ranges across different kinds of experiments. Focused intention is said to affect plant growth, the direction fish swim, cell division in a petri dish, the synchronization of separate automated systems, and chemical reactions in the body. In experiments with freezing water, loving thoughts are associated with symmetrical ice crystals, while negative thoughts correspond to fractured forms. At the subatomic scale, her work suggests that a particle’s appearance can depend on the intention to observe it. These claims make the research’s confidentiality consequential: the object being protected is not a single result but a proposed account of how consciousness and matter interact.

The work also develops a distinction between possessing an intention and learning to direct one. Katherine concludes that the ability can be strengthened through practice, much as meditation can be, and that some people may be more naturally adept than others. In this account, intention is a skill, not merely a spontaneous mental event. Peter helps Katherine connect this scientific program to older mystical traditions, encouraging her to supplement her university education with the study of Hermetic philosophy. Their research library brings together texts on particle physics and neural science with older esoteric writings, embodying the meeting of modern inquiry and historical thought that informs her experiments.

A private collaboration, not an open project

Peter and Katherine agree to keep the results absolutely secret until their implications are better understood. The condition matters: the secrecy is presented as provisional restraint, not simply concealment for its own sake. Katherine believes publication may eventually disclose some of the most transformative scientific findings in human history, but she and Peter do not yet consider the consequences sufficiently clear to release the work. Their decision separates discovery from announcement; possessing striking results does not, in their view, settle when or how those results should enter public circulation.

The circle of people admitted to the research is correspondingly narrow. Trish Dunne, Katherine’s metasystems analyst, is described as the only other person allowed into the laboratory. Her work includes analyzing data on the control room’s plasma display, and she has signed an exceptionally strict nondisclosure agreement. Peter’s involvement goes beyond family support: he helped shape Katherine’s intellectual approach, shares the laboratory’s favored texts, and participates in the decision to keep the findings private. The research is therefore protected through a combination of physical access controls, restricted knowledge, and trust between a small group of collaborators.

This arrangement contrasts with the public mythology surrounding secretive organizations. Robert Langdon argues that Freemasonry is not itself a secret society but a society with secrets, and distinguishes its restricted knowledge from popular conspiracy claims about hidden symbols and omnipotent plots. Katherine’s research secrecy has a more specific rationale in the evidence: isolation is needed for the experimental conditions, and the results are withheld while their significance is assessed. The distinction does not make the work harmless or remove the risk of unequal access; it clarifies that secrecy here concerns a particular body of scientific data and the consequences its custodians anticipate, rather than proof of a wider conspiracy.

Discovery and the threat of destruction

The limits of the arrangement become clear when Mal’akh questions Katherine under the guise of Dr. Abaddon. He asks whether Peter has told her what is hidden in Washington and what role he plays in guarding ancient wisdom. Katherine cannot supply the family secret he seeks, but the conversation gives Mal’akh another crucial fact: her research is all in one location, secured inside her laboratory. He identifies it as something he must destroy, reasoning that it could open a new path of understanding and that others would follow once it was opened.

His threat exposes the vulnerability created by centralizing the data for privacy. The same concentration that prevents the research from escaping through ordinary channels makes the laboratory a single target. Mal’akh goes to the Smithsonian Museum Support Center intending to enter; his stated aim is to prevent the findings from changing the world and to preserve what he characterizes as humanity’s ignorance. Secrecy has kept Katherine’s results from public circulation, but it cannot protect them from someone who learns where they are and sees their possible influence as a danger.

The state of confidentiality thus carries two opposed possibilities. It gives Katherine and Peter time to assess extraordinary claims before publication, and it preserves experimental isolation and control over sensitive data. At the same time, it restricts knowledge to a small trusted circle and places the work at risk when that circle is penetrated. The laboratory’s locked doors, dark approach, sealed data vault, and synchronized backups make secrecy tangible; Mal’akh’s discovery reveals that safeguarding knowledge is not only a matter of hiding it, but of deciding who may reach it and what they intend to do once they do.