Author name: James Paylor

John Stuart Reid, technical director of the CymaScope laboratory, and Professor Ji, of Rutgers University, have completed a study toward creating an AI-based system to improve cancer surgery that could also lead to a new method of early cancer detection. The study has been published in the Water Journal. The discovery that cells create sound […]

Professor Brian Josephson, Nobel Laureate in physics, said of the CymaScope instrument to John Stuart Reid,“Having watched one of your lectures I think your (re) discovery is going to be of great importance to the future of physics”. Subsequently, in his lecture at the Royal Society of Medicine, in July 2018, Professor Josephson presented a

The CymaScope Lab2 is now fully operational, a state-of-the-art facility, managed and operated by James Stuart Reid, son of John Stuart Reid. Lab2 is already handling all Voice Mandala imaging, including the voices of women, men, children, babies and pets. One of James’ first projects involved imaging a baby’s first cry and a person’s last

On July 14th 2018 Professor Brian Josephson presented a lecture at the Royal Society of Medicine. The conference, titled New Horizons in Water Science, hosted many esteemed speakers including a second Nobel Laureate, Professor Luc Montagnier, Professor Gerald Pollack, Professor Vladimir Voeikov, Professor Alexander Konovalov and Dr. Robert Verkerk. Brian Josephson was professor of physics

The series of experiments designed to test the effects of music on human blood have begun, with promising initial results. Professor Sungchul Ji of Rutgers University and John Stuart Reid, director of research at the CymaScope.com laboratory, conducted the experiments. After setting up and commissioning the various items of equipment, the first stage of the

Dr. Rupert Sheldrake and Dr. Merlin Sheldrake carried out a rigorous investigation into Faraday Waves— the scientific term for Cymatic—using the CymaScope instrument. Published in the Water Journal, October 2017 edition, their paper is titled, Determinants of Faraday Wave-Patterns in Water Samples Oscillated Vertically at a Range of Frequencies from 50-200 Hz. Their landmark paper

In February 2107 we reported on the development of the Digital CymaScope, a new type of scientific instrument that makes sound visible. In the instrument, sound’s vibrations are imprinted onto the surface and sub surface of water, creating vibrational patterns that are captured by a high specification ‘Blackmagic’ digital camera. The camera imagery can then

CymaScope.com has a history stretching back to 1969, the year when man first walked on the moon. And while Neil Armstrong was taking his giant leap for mankind John Stuart Reid, who had studied pure electronics at University, was founding his small acoustics business. Across a span of almost 50-years his company has pioneered many

Irish artist, Helen Mac Mahon, created an intriguing installation in Dublin’s MART Gallery, incorporating CymaScope imagery in a unique and memorable way. Helen’s primary interests are in exploring light and perception through her immersive installations, which frequently draw on the laws of physics. Many of her pieces focus on what she refers to as the

Multimedia artist, Kate Genevieve, and sound engineer, Matthew Tucker visited the CymaScope laboratory to learn how to make visible the songs of Humpback Whales and human chant in support of The Worldwide Indigenous Science Network (W.I.S.N.) In recent years CymaScope technology has advanced to the point where human vocalisations and the sounds of creatures can