Dr. Desmond Thorne does not grant many interviews. The mysterious physicist, entrepreneur, and what some in the scientific community are now calling a “post-humanist architect,” has spent the better part of three decades building Thorne Research Corporation into one of the most quietly influential private research enterprises in the world. His portfolio spans quantum physics, neurological optimization, climate engineering, and what he terms “cognitive digital integration.” Theses are fields that, taken together, sketch a picture of a future most of us are only beginning to imagine.

I met Dr. Thorne at his firm's Port Calloway offices — a tastefully spare suite in the Meridian Sciences Complex with views of the bay on three sides. He arrived exactly on time, dressed in a charcoal suit, and spent the next ninety minutes answering questions with unhurried confidence. His air was that of a man who has already decided how the next century will unfold. What follows is an edited transcript of our conversation.

FF: Dr. Thorne, for readers who may be encountering your work for the first time,how do you describe what Thorne Research Corporation actually does?
Thorne: We solve problems that haven't been named yet. Most research institutions wait for the world to present them with a difficulty, then construct a solution within whatever framework already exists. We operate in reverse. We identify the limitations that human beings are going to run into: biological limitations, cognitive limitations, the limits of what organic chemistry can sustain under the demands of a changing world. We build the architecture to overcome these unknown challenges. Bio-mechatronic integration is one of several tools in that effort.
FF: Your background is in experimental physics, but Thorne Research has expanded into biology, neurology, and even atmospheric science. What connects those disciplines in your mind?
Thorne: They are all expressions of the same underlying question: what are the actual parameters of a system, and how far can those parameters be extended before the system must be redesigned rather than repaired? The human body is a system. The atmosphere is a system. Cognition is a system. For most of human history we have treated each of these as fixed, essentially immutable. Thirty years of work in experimental physics taught me that immutability is almost always an illusion of scale. You have not seen something change because you have not been patient enough, or bold enough, or both.
FF: Your phrase “quantum organic systems” appears throughout your published work. Can you give our readers a plain-language explanation of what that means?
Thorne: A quantum organic system is, in simple terms, a biological structure that has been modified to exploit quantum-mechanical phenomena. It is the superposition, coherence, and tunneling for which evolution never had reason to engineer. Your cells are remarkable machines, but they operate well above the quantum threshold. They are, if you will permit the analogy, transistor radios when they could be supercomputers. Quantum organic integration is the project of bridging that gap: giving the body access to computational and energetic processes that carbon-based life has never utilized. The early results are, I will say without modesty, quite extraordinary.
FF: Critics have raised ethical concerns about some of this research, particularly the work in “engineered behavioral conditioning.” How do you respond to the suggestion that what your lab is doing constitutes a form of control over human beings?
Thorne: The word “control” seems a bit alarmist, doesn't it? Every physician who prescribes a medication to modulate mood or cognition is, by that logic, engaged in behavioral conditioning. Every teacher. Every parent. What we are doing is applying precision and intentionality to processes that have always been present. The difference between a crude instrument and a refined one is simply technical. I have more respect for human potential than to leave it subject to the randomness of an unoptimized system.

I will also note that certain aspects of our ongoing work are subject to oversight at levels that would satisfy any serious regulator. We do not operate in a vacuum.
FF: You mentioned oversight. There have been reports in the trade press suggesting Thorne Research has partnerships with confidential agencies, including some clandestine defense contractors. Can you speak to that at all?
Thorne: I can tell you that we work with institutions whose interests align with ours, and that some of those relationships are governed by confidentiality agreements I take very seriously. What I can also say is that the problems we work on are large problems. Civilization-scale problems. Addressing them requires resources and coordination at a scale that no single private entity can provide on its own. Beyond that, I am not in a position to elaborate, and I would not do so if I were. Discretion is a form of integrity.

I will say: I have always found the Pacific Northwest to be a region of particular scientific interest. Certain geological and electromechanical phenomena there have occupied my thinking for some years now. But that is perhaps a conversation for another occasion.
FF: Let's talk about the new millennium. We're two months into the year 2000. What excites you most about the next decade of research?
Thorne: The convergence. For most of the twentieth century, the great scientific disciplines ran in parallel. Physics over here, biology over here, computer science over here. Each producing extraordinary work, but the work of each essentially contained. What I see happening now is the dissolution of those boundaries. The genome project, quantum computing, neural interface research, materials science, atmospheric modeling...these are not separate endeavors anymore. What comes next will not look like anything we would today recognize as either “science” or “technology.” It will look like something new. I find that invigorating beyond words.
FF: Last question. What would you say to a young person today who wants to work in this field?
Thorne: Learn to think in systems. Not in parts. The person who understands only their narrow specialty will solve narrow problems. The person who understands how systems fail, how they can be redesigned, how a modification in one variable propagates through the entire architecture will change the world. Also: do not be too attached to what is currently considered possible. The most important work I have ever done was work that no one believed was achievable until we achieved it. Constraints are, very often, simply the last generation's failure of imagination.

Beyond his research empire, Thorne has recently made headlines for a surprising act of public generosity. In October 2000, Thorne Research Corporation announced a one-million-dollar donation to the Deer Hollow Bay Lighthouse Society, funding a full lighthouse restoration and new maritime heritage museum wing. When asked about the gift during a follow-up call, Thorne offered only that, "The coastline holds a deep personal significance to me." He declined to elaborate further.

Thorne Research Corporation is headquartered in Port Calloway, Washington, with research facilities across the Pacific Northwest and additional international locations. For more information, visit Thorne Research Corporation's website.