What Is Artificial Field Scanning—and Why It Could Transform the Future of Humanity

Lynn Beran
Apr 19
3 min read

Updated: Jul 28

Imagine a world where gravity is no longer a fixed force, but something we can control—generate, reverse, and harness at will. This isn’t science fiction. According to Zhang XiangQian’s Unified Field Theory, it’s not only possible—it’s already in progress.

Zhang has proposed a new technological frontier: Artificial Field Scanning (AFS). This revolutionary concept uses manmade gravitational fields, created through manipulated electromagnetic fields, to interact directly with matter—altering its weight, properties, and behavior. The applications could touch every aspect of our lives, from energy and medicine to space travel and communication.

Here’s how Zhang envisions the roadmap:

Step 1: Define the Foundations of the Field

Zhang has already completed the first crucial step—defining the core equations for electromagnetic and gravitational fields. These definitions form the mathematical and conceptual base for building artificial fields.

Step 2: Link Electromagnetism to Gravity

He has also successfully derived the qualitative relationship between a changing electromagnetic field and the generation of a gravitational field. He believes that with the help of an engineering or physics university, the quantitative formulas—the precise equations—could be completed within a month.

This is the bridge mainstream physics has not yet crossed: how do shifting EM fields directly generate gravity?

Step 3: Experiment with Field-Based Gravity Control

Zhang has already built and tested a working prototype that demonstrates how changing EM fields can create positive or negative gravity effects. This allows for mass reduction, especially via anti-gravity fields—which can reduce the apparent weight of objects under targeted scanning.

This is the core of Artificial Field Scanning: using directed gravitational effects to scan or manipulate material reality.

Step 4: Replace Electricity with Field Technology

Once artificial gravity can be generated and controlled, Zhang envisions building software systems to regulate it—just like we regulate electricity today. This software would allow Artificial Field Scanning to be applied across industries:

Construction: reduce weight of heavy materials on-site
Aerospace: enable anti-gravity lift-off
Transportation: create levitation-based movement
Energy: replace traditional electric systems
Biotech & Healthcare: influence biological systems non-invasively
Information & Communication: reimagine how data is transferred
Brain-Computer Interfaces: bridge consciousness and AI

The possibilities are breathtaking. But they come with a price.

The Call for Support

Zhang compares the cost of fully developing Artificial Field Scanning to that of the Manhattan Project. It is a national-level undertaking, not something one man—especially a farmer, as Zhang humbly describes himself—can accomplish alone.

His ongoing advocacy isn’t self-promotion. It’s a plea. A message to society and government alike: Pay attention. This is the future.

The Vision: Humanity at the Speed of Light

Zhang’s broader vision is clear: humanity is heading toward a world of light-speed travel and extreme virtualization. Field technology, he argues, is the most powerful tool to get us there.

But to master it, we must stop obsessing over particles and start decoding the secrets of time and space themselves.

“Field,” he explains, is not something inside matter—but rather the spiraling, cylindrical motion of space around it. The West, he says, remains fixated on the wrong frontier: smashing particles inside billion-dollar colliders, hoping to discover secrets that are actually hiding between objects—in the space itself.

The Moon and the Earth: The Real Question

Take gravity. How does Earth transmit gravity to the Moon? Smashing them together in a collider would never reveal the answer. The real key lies in understanding the space between—the field that connects them invisibly, yet powerfully.

Final Thought Zhang XiangQian’s theory isn’t just physics—it’s a philosophy of where humanity should look next. If we hope to unlock the universe’s most powerful forces, we must change not just our equations, but our direction of thinking.