News • Dual-use technology

From healthcare to warfare: How to regulate brain technology

Ethicists from the University of Basel have outlined a new biosecurity framework specific to neurotechnology.

Photo
Source: Pixabay/geralt

While the researchers declare an outright ban of dual-use technology ethically unjustified, they call for regulations aimed at protecting the mental privacy and integrity of humans. The journal Neuron has published the study. The term “dual-use” refers to technology that can be used for both beneficial (i.e., medical) and harmful (i.e., military of terroristic) aims. Until recently, most dual-use technology emerged especially in virology and bacteriology. In the last years, however, military-funded research has entered the domain of neuroscience and neurotechnology. This has resulted in a rapid growth in brain technology prototypes aimed at modulating the emotions, cognition, and behavior of soldiers. These include neurotechnological applications for deception detection and interrogation as well as brain-computer interfaces for military purposes.

Neurotechnology and ethical issues

Our framework postulates the development of regulations and ethical guidelines aimed at protecting the mental dimension of individuals and groups, especially their mental privacy and integrity

Marcello Ienca

This military research has raised concern about the risks associated with the weaponization of neurotechnology, sparking a debate about controversial questions: Is it legitimate to conduct military research on brain technology? And how should policy-makers regulate dual-use neurotechnology? Three bioethicists from the University of Basel have now argue in a study that an outright ban on military neurotechnology would not be ethically justified. According to the study, a ban could delay the development of new technologies for people in need such as Alzheimer’s patients or people with spinal injuries. A ban could also push military experimentation underground.

With the aging of the world population and the consequent prevalence of brain disorders, they argue, there is an increasing need for investment in neurotechnological innovation. For this reason, they have developed a framework concept for biosafety that is specifically geared to neurotechnology. It proposes neuro-specific regulatory approaches as well as a code of conduct for military research and calls for awareness-raising measures in the scientific community. «Our framework postulates the development of regulations and ethical guidelines aimed at protecting the mental dimension of individuals and groups, especially their mental privacy and integrity,» says first author Marcello Ienca from the Institute for Biomedical Ethics at the University of Basel. In addition, the researchers call for raising awareness and starting a debate about these controversial issues.


Source: University of Basel

18.01.2018

Related articles

Photo

News • Research suggests wide range of applications

Exploring the therapeutic potential of ultrasound on the brain

New research suggests that transcranial ultrasound stimulation (TUS) could be used to help people with pain, alcoholism, OCD, and Parkinson’s disease, without drugs or surgery.

Photo

News • New frontiers in imaging

First MRI in Antarctica to study brains in space

Magnetic resonance imaging (MRI) has made the jump to the Antarctic continent. A new mobile scanner at the Concordia research station is used to study effects on the brain even further away: in space.

Photo

News • Cerebral venous sinus thrombosis

New score to predict epilepsy after CVT stroke

Cerebral venous sinus thrombosis (CVT) is a type of stroke that typically affects women between 20 and 50. Researchers developed a way to predict which patients are at risk of epilepsy after a CVT.

Related products

Subscribe to Newsletter