Article
AI
Comment
4 min read

It's our mistakes that make us human

What we learn distinguishes us from tech.

Silvianne Aspray is a theologian and postdoctoral fellow at the University of Cambridge.

A man staring at a laptop grimmaces and holds his hands to his head.
Francisco De Legarreta C. on Unsplash.

The distinction between technology and human beings has become blurry: AI seems to be able to listen, answer our questions, even respond to our feelings. It becomes increasingly easy to confuse machines with humans. In this situation, it is increasingly important to ask: What makes us human, in distinction from machines? There are many answers to this question, but for now I would like to focus on just one aspect of what I think is distinctively human: As human beings, we live and learn in time.  

To be human means to be intrinsically temporal. We live in time and are oriented towards a future good. We are learning animals, and our learning is bound up with the taking of time. When we learn to know or to do something, we necessarily make mistakes, and we take practice. But keeping in view something we desire – a future good – we keep going.  

Let’s take the example of language. We acquire language in community over time. Toddlers make all sorts of hilarious mistakes when they first try to talk, and it takes them a long time even to get single words right, let alone to try and form sentences. But they keep trying, and they eventually learn. The same goes with love: Knowing how to love our family or our neighbours near and far is not something we are good at instantly. It is not the sort of learning where you absorb a piece of information and then you ‘get’ it. No, we learn it over time, we imitate others, we practice and even when we have learned, in the abstract, what it is to be loving, we keep getting it wrong. 

This, too, is part of what it means to be human: to make mistakes. Not the sort of mistakes machines make, when they classify some information wrongly, for instance, but the very human mistake of falling short of your own ideal. Of striving towards something you desire – happiness, in the broadest of terms – and yet falling short, in your actions, of that very goal. But there’s another very human thing right here: Human beings can also change. They – we – can have a change of heart, be transformed, and at some point in time, actually start to do the right thing – even against all the odds. Statistics of past behaviours, do not always correctly predict future outcomes. Part of being human means that we can be transformed.  

Transformation sometimes comes suddenly, when an overwhelming, awe-inspiring experience changes somebody’s life as by a bolt of lightning. Much more commonly, though, such transformation takes time. Through taking up small practices, we can form new habits, gradually acquire virtue, and do the right thing more often than not. This is so human: We are anything but perfect. As Christians would say: We have a tendency to entangle ourselves in the mess of sin and guilt. But we also bear the image of the Holy One who made us, and by the grace and favour of that One, we are not forever stuck in the mess. We are redeemed: are given the strength to keep trying, despite the mistakes we make, and given the grace to acquire virtue and become better people over time. All of this to say that being human means to live in time, and to learn in time. 

So, this is a real difference between human beings and machines: Human beings can, and do strive toward a future good. 

Now compare this to the most complex of machines. We say that AI is able to “learn”. But what does it mean to learn, for AI? Machine learning is usually categorized into supervised learning, unsupervised and self-supervised learning. Supervised learning means that a model is trained for a specific task based on correctly labelled data. For instance, if a model is to predict whether a mammogram image contains a cancerous tumour, it is given many example images which are correctly classed as ‘contains cancer’ or ‘does not contain cancer’. That way, it is “taught” to recognise cancer in unlabelled mammograms. Unsupervised learning is different. Here, the system looks for patterns in the dataset it is given. It clusters and groups data without relying on predefined labels. Self-supervised learning uses both methods: Here, the system uses parts of the data itself as a kind of label – such as, for instance, predicting the upper half of an image from its lower half, or the next word in a given text. This is the predominant paradigm for how contemporary large-scale AI models “learn”.  

In each case, AI’s learning is necessarily based on data sets. Learning happens with reference to pre-given data, and in that sense with reference to the past. It may look like such models can consider the future, and have future goals, but only insofar as they have picked up patterns in past data, which they use to predict future patterns – as if the future was nothing but a repetition of the past.  

So this is a real difference between human beings and machines: Human beings can, and do strive toward a future good. Machines, by contrast, are always oriented towards the past of the data that was fed to them. Human beings are intrinsically temporal beings, whereas machines are defined by temporality only in a very limited sense: it takes time to upload data, and for the data to be processed, for instance. Time, for machines, is nothing but an extension of the past, whereas for human beings, it is an invitation to and the possibility for being transformed for the sake of a future good. We, human beings, are intrinsically temporal, living in time towards a future good – which machines do not.  

In the face of new technologies we need a sharpened sense for the strange and awe-inspiring species that is the human race, and cultivate a new sense of wonder about humanity itself.  

Snippet
AI
Culture
Digital
Sustainability
3 min read

AI Barbie: does anyone think about destruction?

We choose waste and consumption over stewardship.

Jean is a consultant working with financial services and Christian organisations. She also writes and broadcasts.

An AI generated image of a Barbie-like Toy
AIn a Barbie world.

If you spend any time on any social media platform you would have probably seen the ChatGPT Barbie trend. Resembling packaged toys, the AI depicts you like a doll or action figure. At first, I thought I was only seeing it because of the LinkedIn algorithm. But then I started to see articles in my feed from mainstream media outlets teaching people how to do it.  

Generally, speaking, I am not a trend follower. I am one of those annoying people who doesn’t get involved with what everyone is doing just because everyone is doing it. Thankfully, I don’t suffer from FOMO (the Fear Of Missing Out) and I don’t think I am swayed much by peer pressure. But I like to stay informed about what is going on. So I can have something to talk about when I meet people in new settings and to remain relevant. So, when this started popping up in my feeds, I investigated it, and I was pleasantly surprised. 

I am not anti-AI. I have embraced and seen the benefits of AI in my own life (this sounds a bit weird, but I think you get my point). I understand and accept that it will, can and has improved productivity and creativity. I use ChatGPT all the time for social media content and captions, brainstorming, titles for articles, coding problems, research and language translations.  

But like many, I have long been sceptical about the growth of AI use and the viability of its long-term sustainability. I wouldn’t describe myself as a climate warrior, but I do believe that we have a responsibility to ourselves and the generations after us to use the finite resources of the planet frugally. The AI-powered Barbie trend throws that out of the window.  

The current Trump administration has facilitated a shift away from ESG (environmental, social and governance) targets in the world of business. For the most part, the criticism of this in the media (social and mainstream) has been focused on DEI targets. But perhaps, in the face of slow economic growth and because this began before the Trump administration took office, the move away from environmental targets or what I would call environmental stewardship, or frugality has received limited coverage.   

I have never understood why proponents of the climate emergency, have made themselves bedfellows and in some cases, wholehearted supporters of the AI revolution. A typical data centre uses between 11-19 million litres per day water just to cool its servers, that’s the equivalent of a small town of 30,000-50,000 people. The International Energy Agency (IEA) predicts by 2030 that there will be a doubling of electricity demand from data centres globally equating to slightly more than the entire electricity consumption of Japan. This growth will be driven by the use of AI in the US, China, and Europe. That’s why vocal support of the climate emergency and advocating escalated transition to AI, as is the position of the UK government, currently seems paradoxical to me.  

This isn’t hyperbole, Sam Altman, CEO of Open AI recently tweeted asking folks to reduce their use of the ChatGPT’s image generator because Open AI’s servers were overheating.  

That is why I have been pleasantly surprised, by some of coverage on the Barbie trend. Arguments are now being made more loudly about the true cost of unlimited AI expansion.  

I am not against progress or AI expansion entirely, and I have some support for the argument that governments have pursued net zero policies at a rate that is impractical, expensive and unviable for the average consumer in Western democracies. However, the Barbie trend reveals our tendency to choose waste and consumption for fleeting pleasure. For many of us, we have probably just thought, ‘It’s just a bit of harmless fun’. But the truth is it isn’t, it’s just that we can’t see the damage we are doing to the environment. That’s without going into the financial and privacy costs associated with the AI revolution. It really is a case of that age old adage, ‘Out of sight, out of mind’.  

The challenge is now that we know, what do we do? Do we continue to be part of wasteful AI trends? Or do we use AI to add value, increase productivity and solve problems?  

Celebrate our 2nd birthday!

Since Spring 2023, our readers have enjoyed over 1,000 articles. All for free. 
This is made possible through the generosity of our amazing community of supporters.

If you enjoy Seen & Unseen, would you consider making a gift towards our work?

Do so by joining Behind The Seen. Alongside other benefits, you’ll receive an extra fortnightly email from me sharing my reading and reflections on the ideas that are shaping our times.

Graham Tomlin
Editor-in-Chief