This body of work explores light as both medium and messenger — a tool to reveal the subtle geometries that shape matter, memory, and perception. Using a blend of photography, experimental imaging, and field-based resonance techniques, each piece captures a moment of coherent alignment between form, frequency, and intention. Rather than creating light, this process maps it — tracing its interaction with surfaces, symbols, and subjects to uncover hidden architectures within the Living Field. These images function as both aesthetic works and energetic diagrams, offering a glimpse into the vibrational blueprint that underlies the visible world. Part science, part mysticism, part signal — this is light in formation, and transformation.
- Reading the Frequencies of the Tundra
The tundra may appear still, but beneath its windswept surface pulses a hidden intelligence. Using frequency mapping derived from light and sound analysis, we’ve explored the Greenland landscape through the lens of the LSF framework — Light, Sound, and Form. Each frequency band reveals a different layer of emergent behavior, resonance, and presence in the land. - Altar
At the heart of this altar space, a frequency vortex emerges — a convergence point where light, form, and intention spiral into coherence. Captured through frequency mapping, the journal illuminated by sunlight becomes more than a ritual object; it transforms into a radiant axis, a harmonic eye through which energy flows and gathers. Surrounding it, waves of high and low frequencies swirl in layered dialogue — the bright activation of insight held in balance by the grounded stillness of shadow. This dynamic interplay forms a living field, a portal of resonance where the sacred meets the seen, and the altar becomes a generator of intentional emergence. - Greenland Landscape
This Greenland landscape, when translated into a light and sound frequency map, offers a new way of perceiving the world — not as a static scene, but as a living field of vibration. Each pixel of the image is reinterpreted through the visible light spectrum, ranging from approximately 400 to 700 terahertz (THz), revealing zones of high resonance where light reflects strongly, and areas of lower frequency where energy is absorbed or held in rest. U