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Science and Research

An online library sharing research on electromagnetic fields on engineering, physics, materials, and more. We collaborate with organizations and partners to advance performance of systems.

Dipsikha Ganguly, Ajay Piriya V.S., et al, Scientific Reports, 2020

EM field at anode with coating and N-doped carbon matrix yielded increase in the capacity from 80 mAh. g−1 to 150 mAh and LIB performance. Effects are attributed to the field-dependent enhancement of diffusion and convection due to the magnetohydrodynamic (MHD) effect.

magnetic field assisted li battery power space.png

Trevino, R. Lutz. K, et al, 2022. ICES,  Minnesota,  July 2022

Research study outlines softwares, mathematics, subsystem design, materials, images, and build of the first and second generation HH coil prototypes.   The first 25kg HH coil apparatus with COTS components and 8 cm per side or 530 cm^3 NNMF volume in centre with 100 coil turns, 500 milliwatt max coil current and 12V operating voltage. 

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Electromagnetic Fields to Sustain Life on Earth and Beyond

Kolemann Lutz, Terry Trevino, et al, 2021. 72nd International Astronautical Congress (IAC), Dubai

 As organisms have evolved within Earth's magnetic field .2-.7 Gauss (20-70µT) for billions of years, this review outlines the research, science, and findings from 140 peer reviewed studies on the effects of electromagnetic fields on living biological systems developed since the 1960's.

EM Fields to Sustain Life on Planets IAC 2021 Magneto Space.jpg

(Byelery, Sognier, et al, 2005, NASA Johnson Space Center,  Biennial Research and Technology Report p76

The 2005 study from NASA  Johnson Space Center (JSC) on PEMF for Bone Loss and Muscle Atrophy, developed the hardware for stable magnetic control with a helmholtz coil design and a software to evaluate the most effective PEMF frequencies, waveforms, and pulse durations.

Goodwin NASA 2004 PEMF Study.jpg

Thomas J Goodwin, 2004, NASA NTRS

four year NASA study found greatest efficacy of PEMF on neural cells was from TVEMF square waves low 10 Hz frequencies and 1-20uT. In measuring 10,000+ human genes from chip analyses, the proliferation rate of the TVEMF cells was 2.5 to 4.0 times the rate of the non-waveform cells.

Goodwin NASA 2004 PEMF Study.jpg

(Monitiel, et al, 2003 APHYS 1st Meeting, Badajoz, Spain

Signal generator oscillator provides X-band microwave carrier frequency around 10 GHz and modulates  with 7.8Hz X-band signal carrier. With ferromagnetic resonance affect, ELF picoTesla magnetic fields induce vibrations & Schumann Resonance (SR) to synchronise biomagnetite in brain and human body. 

PEMF Device Signal Generator 2003.png
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