Mathematics is one of the most fundamental areas of human study. It is both the language and the tool that connects our abstract understanding with the physical world. Mathematics lies at the very heart of all technological developments. Its universality is unquestionable.

As such, its depth and complexity make it extremely useful. Useful because it helps us to understand the world, to our advantage. Useful because it allows us to manipulate the world, to our advantage. Useful because it empowers us to redirect the world, to our advantage. Ultimately, mathematics is useful because it gives us incredible power to change things – virtually every thing around us.

But if we pause to reflect on this, we see that the utility of mathematics is derived from the way that it empowers us to understand, change, direct and manipulate the world around us, and not the other way around. It does not change the world because it is useful; it is useful because it can change the world.

We see mathematics as a tool for doing good, because we can find good
useful things to do with it. But none of the arguments above require
us to assume that we are doing *good* with mathematics. It is
clearly used as a way for humans to understand, change, direct and
manipulate the world around us. But, just as this can be for good, it
can also be for bad. Indeed, those who have the greatest ability to
understand and manipulate the world hold the greatest capacity to do
damage and inflict harm.

And this brings us to the point of our society. We are here to help mathematicians to understand that their work, output, insight and labour can be used not only for good, but also for bad. Mathematics is an extremely sharp double-edged blade. When directed towards the betterment of society, it can effect rapid positive change. However, when placed in the hands of those who wish to carry out acts that inflict harm on society, intentionally or otherwise, it can inflict incredible harm with astonishing efficiency.

We believe that mathematics is used as a powerful tool, giving rise to
serious ethical considerations. Our mathematical work does not simply
exist in some abstract universe. Mathematics is a tool wielded
*by* people, and thus subject to the desires, objectives and
will *of* people. As such, we as mathematicians need to be
aware of this. We need to realise that mathematics can be, and
sometimes is, used in a harmful way. We need to have the foresight to
anticipate such events before they happen. And we need to be prepared
to do something about it.

We have seen many examples in society where mathematicians have used their skills and training to inflict harm. Historically, the Manhattan Project is one of the most highly-debated cases of technological development, and it involved several of the finest mathematical minds of the time. The diesel-gate scandal at Volkswagen, where cars were fitted with ingenious cheat devices to circumvent emissions tests, is another more current example. Even more recently, several operating system exploits developed by the NSA (such as EternalBlue) entered the public domain, where they were quickly used to develop crippling malware like WannaCry. Such examples are numerous, and have become more and more common in recent times.

With the rapid advancement of technology, mathematicians have been thrust into the engine room of human endeavour. Our discipline, once heralded as “pure”, studied for its “beauty”, and seen as “detached from the physical world”, now shoulders a great social responsibility. And we as mathematicians need to appreciate this new burden that we carry. Otherwise, by carrying on in the paradoxical belief that mathematics is useful but never harmful, we will sleepwalk into becoming agents of harm.

We are the Cambridge University Ethics in Mathematics Society, and we are here to help mathematicians recognise the ethical questions that arise when doing mathematics. By hosting seminars, talks, and discussions, we hope to teach mathematicians about the harm that they can do, and give them some of the tools and insight that they will need to prevent such harm from taking place.

Most of our talks take place in the Centre for Mathematical Sciences.

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Just like every other academic field, mathematicians form their own community, with their own conventions, common beliefs, and schools of thought. We hand our teachings down through the generations, and this process goes all the way back to Euclid. But the ways of thinking we employ when doing mathematics in an abstract research setting may not serve us well in an industrial setting. It is important to be aware that not all the actions that make us good at mathematics will necessarily lead to us producing good solutions to industrial or social problems. In fact, some of our ways of viewing and approaching problems will hold us back when working outside academia.

Part of the 2023 Ethics for the Working Mathematician series.

All mathematicians will, eventually, form some part of the workforce. The abstract nature of mathematics may lead us to believe that our role is 'special', and that we won't need to worry about the usual workplace interactions, issues, conflicts and dangers that may arise in other professions. This is simply not true. We face the same issues, and need to know how to deal with them. Our focused and dedicated nature means that we may easily overlook instances of others trying to exploit or manipulate us at work, resulting in harm to ourselves, and our work becoming harmful to wider society. We need to know how to identify such people and situations, and to protect ourselves against them.

Part of the 2023 Ethics for the Working Mathematician series.

See the events page for a full listing.