A world-first report from Dr Allan McCay in the Law School scrutinises advances in neurotechnology and what they might mean for the law and the legal profession. Dr Allan McCay, a criminal law scholar at the University of Sydney Law School, has published the first substantial overview of neurotechnology and its implications for the law and the legal profession. Neurotechnologies are technologies that interact directly with the brain, or more broadly the nervous system, by monitoring and recording neural activity, and/or acting to influence it. Sometimes neurotechnology is implanted in the brain but it may also be in the form of a headset, wristband or helmet. The technology is already being used in health settings for the treatment of patients with Parkinson's and epilepsy and could be used in the future to monitor and treat schizophrenia, depression and anxiety.

CRIMINALS could be tracked and controlled via brain chip monitoring in the future, according to neurotechnology law experts. Legal theorists are preparing for a future with widespread use of brain chips and augmented humans. Neurotechnology is the field of outfitting electronic devices for integration with the nervous system. While war-gaming the possibilities of neurotechnology impacting the law, Dr Allan McCay theorized that the courts could force criminals to adopt microchips for monitoring or controlling behavior in a report for The Law Society. "The political conditions might emerge for seeing neurotechnology as a broader solution to crime might come into place," McCay wrote.

With recent advances in brain implants touted by the likes of Elon Musk, mind-altering technology might not be the stuff of science fiction for much longer. Neurotechnologies are brain implants or pieces of wearable tech that interact directly with the brain by monitoring or influencing neural activity. They are already being used in medicine to treat Parkinson's disease and tested by military organisations looking to employ'cyborg soldiers'. A report published this month by lawyer Dr Allan McCay from Sydney University looked at the ways the legal profession could change if implants become more mainstream in society. It suggests that law enforcement agencies could utilise brain chips in order to manage the behaviour of the convicted and help prevent re-offending.

Electronic brain implants could allow lawyers to quickly scan years of background material and cut costs in the future, a new report claims. The report from The Law Society sets out the way the profession could change for employees and clients as a result of advances in neurotechnology. It suggests that a lawyer with the chip implanted in his or her brain could potentially scan documentation in a fraction of the time, reducing the need for large teams of legal researchers. 'Some lawyers might try to gain an advantage over competitors and try to stay ahead of increasingly capable AI systems by using neurotechnology to improve their workplace performance,' wrote Dr Allan McCay, the author of the report. Neurotechnology could also allow firms to charge clients for legal services based on'billable units of attention' rather than billable hours, as they would be able to monitor their employees' concentration.

Summary: Researchers discuss different applications for neurotech including monitoring criminals, interacting in the metaverse, and enhancing cognitive abilities. Dr Allan McCay, a criminal law scholar at University of Sydney Law School, has published the first substantial overview of neurotechnology and its implications for the law and the legal profession. Neurotechnologies are technologies that interact directly with the brain, or more broadly the nervous system, by monitoring and recording neural activity, and/or acting to influence it. Sometimes neurotechnology is implanted in the brain but it may also be in the form of a headset, wristband or helmet. The technology is already being used in health settings for the treatment of patients with Parkinson's and epilepsy and could be used in the future to monitor and treat schizophrenia, depression and anxiety.