Justin Ballard is a scientist, inventor, technology expert, and a well-known public speaker on frequency healing, water science, and human genetics. He formerly worked for Fortune 500 companies creating platforms for nationwide analytics. He has invented algorithms involving speech patterns and obtained a U.S. technology patent for work on human vision abnormalities. His care for humanity, though, is what inspires and fuels his deeply powerful work. Justin uses his skill set as a scientific researcher to seek out the best use of technology to assist people with health conditions facing the world today.

One of the most rewarding things for Justin is to watch people overcome various obstacles to their health and regain their zest for life! “I am inspired to share my work globally, as well as create a space for individuals to come to, that can help align and support their health and wellness. I do not offer or claim to cure or treat anything, but simply want to share the science of what can support our well-being. I am committed to bringing forth any knowledge and applications that can help people live with less suffering, and greater joy.

JAHC 2024 Sessions:
ON DEMAND
Practical Application of Homeopathic Sarcode and Nosode Therapy for Autoimmune Disorders and Organ Dysfunction

The Center for Drug Evaluation and Research approves an average of 50 new medications annually, while thousands of others are in the pipeline for approval, including 560 new medications for pediatric conditions alone. Each of these medications has an LD50 with numerous toxic side effects. Research shows through in vivo and double-blind placebo studies that not only can homeopathy, support the management of illness, but with the use of sarcodes and nosodes we can provide a cost effective, nontoxic, option without any contraindication, side effects, or age restrictions to the patients with serious conditions of organ dysfunction like diabetes or infections such as hepatitis HIV, EBV and candida. Both historical and recent studies with quantitative, measurable results for both sarcode and nosode applications will be presented. New images and videos collected with the use of an electronic microscope showing live cell activity and response to the application of sarcodes will be shared.