Oliver Cann, Public Engagement, World Economic Forum, Tel.: +41 79 799 3405;firstname.lastname@example.org
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- The inaugural Future Frontiers 2018 survey identifies the areas of scientific research with the potential to have the most positive or negative impact on our future
- Survey pooled the opinions and ideas of 660 experts from around the world
- For more information, click here
Dubai, United Arab Emirates, 9 November 2018 – Eight areas of scientific research with the potential to have the greatest impact on life on earth are today highlighted with the publication of the World Economic Forum’s inaugural Future Frontiers 2018 survey.
The list is an attempt to show how the simultaneous coming of age of a range of technologies is already affecting our future in ways beyond their original premise. By focusing on frontiers with negative as well as positive implications for life on earth, the survey’s findings are also an attempt to galvanize efforts to put in place safeguards to prevent future misuse.
The inspiration for the list comes from a survey of 660 global experts from the Forum’s Global Future Councils and Young Scientists community as well as users of its Transformation Maps. Tellingly, many of the technologies that caused respondents most concern stem from breakthroughs designed to solve problems. The question of how to regulate the “dual use” of technology without stifling research that could lead to sizeable societal benefits is becoming one of the greatest challenges for leaders in the Fourth Industrial Revolution.
“The frontiers of science should not be seen as barriers, but rather opportunities to enable collective action in pursuit of solutions to the challenges facing our world today,” said Lee Howell, Head of Global Programming at the World Economic Forum.
The Future Frontiers of 2018 are:
Cause for hope
- Quantum biology: Birds’ ability to navigate thousands of miles or DNA’s propensity to mutate are examples of how biology has evolved to take advantage of quantum behaviours. Nascent research into the role quantum physics plays in the human brain could unlock some of science’s greatest mysteries.
- Machine learning through small data:Artificial intelligence (AI) currently requires huge amounts of data to make relatively small advances in functionality. Conversely, the human brain can typically achieve excellent outcomes through its ability to generalize using very little data. Machines gaining the agility of the human mind would be a game changer.
- Room temperature conductivity:The ability to transmit and store electricity without loss or degradation could herald a clean energy revolution and enable new technologies. Currently, superconductivity is difficult to achieve and prohibitively expensive, a situation that scientists are working to change.
- Venomics: If only the medicines we use today were as effective as natural toxins and venom in binding themselves to specific targets in the human body. With more than 220,000 individual species producing nature’s perfect “super drugs”, the race is on to harness this potential for good.
- Lethal autonomous weapons (LAWS): Drones and robots have a huge role to play in building prosperous, peaceful societies. Unfortunately, they can also be used in warfare. More worrying still, once deployed they could make their own decisions about the use of lethal force.
- Digital phenotyping: The ability to use technology to predict illness or ailments that are invisible to the human eye is rapidly becoming a reality. The implications for privacy and digital rights are profound if government, companies or third parties discovered a means by which to use the same techniques to secretly capture changes in our mental health.
- Non-invasive neuromodulation: The ability to stimulate the brain using electrical currents is opening up a world of new treatment for conditions such as Parkinson’s disease or depression. Without clear regulation, the same techniques could be used to deliver unfair advantages, reinforcing inequalities. Worse still, there is the potential for government to use it to manipulate the mental states of specific groups, such as soldiers.
- Predictive Justice: AI, neuroimaging and big data has opened up a world of possibilities when it comes to identifying individuals and scenarios where a crime is likely to occur. The downside is the risk that the same techniques are used to produce fake evidence and protect the guilty.
Discussion about how to optimize the positive aspects of these future frontiers while mitigating their negative effects will be the focus of a number of workshops and action-oriented sessions at the Annual Meeting of the Global Future Councils which will take place in Dubai, United Arab Emirates, 11-12 November.
Notes to Editors
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All opinions expressed are those of the author. The World Economic Forum Blog is an independent and neutral platform dedicated to generating debate around the key topics that shape global, regional and industry agendas.