Our history
ANSA’s story is part of a longer one. This timeline follows neurofeedback and neuromodulation from the first recordings of the brain’s electrical activity, through the international researchers and organisations that shaped the field, to the groups that built it in Australia and New Zealand
Developments in the field are marked in gold and ANSA's own milestones in navy. Use the buttons to show one or both.
Richard Caton records electrical activity from the exposed brains of animals, the first evidence that the brain produces electrical signals.
Hans Berger records electrical activity from the human scalp. When he publishes in 1929, he names the alpha rhythm.
Herbert Jasper publishes the International 10-20 system for placing EEG electrodes, the standard still used for QEEG today.
Joe Kamiya reports that people can learn to recognise and control their own alpha rhythm.
Grey Walter and colleagues describe the contingent negative variation, a slow brain wave that builds as a person anticipates an event. It is one of the first event-related potential (ERP) components identified.
Sutton, Braren, Zubin and John report the P300, the ERP peak linked to attention and evaluating stimuli. It becomes one of the most studied measures in clinical ERP work.
Barry Sterman trains cats to increase their sensorimotor rhythm (SMR), and later finds they resist chemically induced seizures. The same year, Endre Mester reports that low-power laser light stimulates hair regrowth in mice, the origin of photobiomodulation.
The Biofeedback Research Society forms in the United States, coining the term biofeedback. It later becomes the Association for Applied Psychophysiology and Biofeedback (AAPB).
Sterman and Friar publish the first report of SMR neurofeedback reducing seizures in a person with epilepsy. The same year, Jay Gunkelman begins his career in a state hospital biofeedback laboratory.
Lubar and Shouse report SMR neurofeedback with a hyperactive child, the start of decades of research into attention.
E. Roy John and colleagues publish Neurometrics, laying the groundwork for quantitative EEG and normative databases.
Näätänen, Gaillard and Mäntysalo describe mismatch negativity, an ERP that shows the brain automatically detecting a change in sound.
The Biofeedback Certification Institute of America, now BCIA, is founded to certify practitioners.
Anthony Barker's team in Sheffield introduces modern transcranial magnetic stimulation (TMS).
Peniston and Kulkosky publish alpha-theta neurofeedback research with people recovering from alcohol dependence.
Roberto Pascual-Marqui introduces LORETA, a method for estimating where in the brain EEG activity arises.
At the Australian Psychological Society conference in Cairns, Dr Del Sherlock, a psychologist whose Monash University PhD studied brain asymmetry, is encouraged by the potential of biofeedback for self-regulation. A network of interested psychologists begins meeting at workshops and later joins the US-based Association for Applied Psychophysiology and Biofeedback (AAPB).
Jay Gunkelman becomes the first EEG technologist certified in quantitative EEG. He goes on to review hundreds of thousands of EEGs and to serve as President of ISNR.
The Australian Association for Applied Psychophysiology and Biofeedback (AAAPB) is incorporated, with Dr Rob Apathy as President and Don Brinkworth as Secretary. Its inaugural conference is held at the John Curtin School of Medical Research, ANU Canberra, on 25 May.
The Australia Pacific Rim Chapter of the International Society for Neurofeedback and Research (iSNR) is established in Brisbane, bringing together people from many disciplines working in neurotherapy training and research.
Nitsche and Paulus show that a weak direct current applied through the scalp changes motor cortex excitability, renewing interest in tDCS.
Lehrer, Vaschillo and Vaschillo describe resonance frequency training, the basis of most heart rate variability biofeedback used today.
Delorme and Makeig release EEGLAB, open software that makes independent component analysis (ICA) widely available for cleaning and analysing EEG.
Johnstone, Gunkelman and Lunt publish their framework of EEG phenotypes, recognisable EEG patterns that help guide treatment planning.
In November, the AAAPB and the Pacific Rim Chapter of iSNR amalgamate to form the Applied Neuroscience Society of Australasia.
ANSA's annual conference in Sydney includes workshops with Dr Tom Collura, Dr Donald Moss and Dr Rien Breteler.
The US Food and Drug Administration clears the first rTMS device for treating depression.
Yuri Kropotov publishes Quantitative EEG, Event-Related Potentials and Neurotherapy, bringing ERP assessment into neurotherapy practice.
ANSA hosts workshops with Sebern Fisher on trauma and neurofeedback, and with Drs Roger and Mary deBeus on functional QEEG. Members also begin meeting as the Q-Club, a study group for quantitative EEG.
Dr Leslie Sherlin teaches a four-day QEEG and LORETA workshop alongside the annual conference.
ANSA hosts workshops on event-related potentials as biomarkers in clinical assessment.
ANSA holds its first virtual conference, Building Clinical Excellence. iSNR becomes the International Society for Neuroregulation and Research (ISNR), and ANSA continues as an affiliate.
From 1 November, rTMS for depression is funded under Medicare in Australia.
The Neurofeedback mentoring series begins, offering members free online group mentoring.
ANSA holds its 19th annual conference at the QT Gold Coast in September, with keynotes from Jay Gunkelman, Dr Siegfried Othmer, Dr Tiff Thompson and Dr Nicholas Dogris.
See what ANSA does now and who leads it, or join a community of practitioners and researchers shaping the field.