Discover Our Vision

Zero-Point Field Technologies LLC is a dynamic start-up founded by Embry-Riddle Aeronautical University alumnus Douglas Miller.  Boldly built on the foundation of Stochastic Electrodynamics (SED),  our vision is a future that is engineered by the quantum vacuum.   To make this future possible we must begin to ask the difficult scientific questions.  Why after a century is there no grand unification of physics?  Why after nearly six decades has the vacuum catastrophe of the cosmological constant problem persisted?  Why hasn't string theory made a single testable prediction?  How long will these failures be swept under the rug?  What do we not yet understand?  There is no doubt that Quantum Field Theory and relativity combine as the poster child for physics of the past six decades but at ZPFT we boldly envision what would happen if we apply SED.

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SED posits that 1)  The Zero-Point Energy Field (quantum vacuum energy) is real, finite, and tangible and 2)  Known constants, physical laws, thermodynamics, etc are emergent properties of the ZPE.  If this is true then what would happen if one were to increase ZPE locally?  The speed of light would decrease.  Planck's Constant would increase proportionally, affecting quantum mechanical scales and atomic behaviors.  Electron rest mass would increase, leading to adjustments in atomic masses and interactions.  Permittivity of free space increases, impacting magnetic field properties in balance with permittivity changes.  Atomic orbital sizes decrease, resulting in smaller atoms and shorter wavelengths of emitted light (causing a blueshift effect in historical contexts).  Radioactive decay rates increase, as higher ZPE density accelerates decay processes.   Fine Structure Constant (α): Remains constant, as the changes in c, h, and other constants cancel out in the formula α = e² / (4π ε_0 ħ c).  And it goes on.  

 

The question we ask at ZPFT is, "why do people only want to know how to tap into Zero Point Energy it like it's a battery?  Do people stand at the edge of the ocean and ask, 'how can we bottle this energy?'  Or, do they ask questions like, 'how can we use the ocean to sail across the sea?'"​ 

 

With that question we have developed an Engineering Design Package for a MEMs array designed to "sail the quantum sea."  It's a first-of-its-kind chip that will only work if SED is true.  A working prototype would not only be the first successful attempt at  quantum vacuum propulsion but also usher in a new age of fundamental physics and cosmology.  

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But we aren't stopping there.  In fact, we are just getting started.  The next addition to our portfolio- vacuum catalyzed aneutronic fusion.