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Living in the Age of Edited Realities
Emerging technologies have been gradually reshaping our perception of reality. This may have begun with electronic games (or perhaps early Reality TV), multiplayer online role playing games (MORPG), then came social media, fake news, and various Extended Reality (XR) technologies, including the Metaverse. The addition of AI generated deep fakes and now multi-modal Generative AI has dramatically raised the stakes and begs the question, are we now living in an age of edited realities?
Read more…The Trouble with AI
The global pandemic made remote working a necessity for so many people, and like many others, I also embraced remote learning as a key antidote to professional development inertia. Choosing a course was the easy part – I’ve always wanted to do more with Artificial Intelligence, and to better understand its role in evolving business models, so when a colleague mentioned a certain Exec Education course at MIT, I was hooked, and 6 intense weeks later I’m hopefully now somewhat better informed about the subject matter.
Read more…Will our human bias eventually defeat AI?
Each year, I make an effort to attend the IET / BCS Turing Talk in London, and over the past few years I’ve witnessed talks by leading minds in the field of Artificial Intelligence (AI), Machine Learning and even Computer Vision. It is no coincidence that AI takes center stage at this particular point in time, (i.e. the dawn of what the World Economic Forum call the 4th industrial revolution), because AI will likely have the most profound impact of all technologies powering said revolution.
Read more…Fidget spinning and the ‘big brain’ syndrome.
Looking ahead into the future, some forward thinking people might ask what key skills the younger generation should develop in order to survive, thrive and succeed in tomorrow’s world. There is no doubt in their minds that the skills, qualifications and advantages of the present day will no longer suffice in the technology infused world of tomorrow.
For obvious reasons, any answers to this question should be taken with a pinch of salt, therefore I shan’t even venture into that minefield, but suffice to say that judging from current trends in tech (e.g. biotech, AI, IoT, data analytics, and even Blockchain), the future will be something far more dynamic and fluid than we currently imagine and it’ll challenge even the best of us to compete. However, the ability to adapt to change is probably humanity’s greatest asset, and in this case, that ability resides in mankind’s evolutionary weapon of choice – the brain. It’ll require a big enough brain to recognise, comprehend and grasp the opportunities that present themselves in a post human transition.
I say post human transition because we’ll likely need superhuman abilities to engage effectively with even a mere subset of the predicted changes to come. The enabling technologies in place today only hint at possibilities beyond which we cannot easily envisage. A few weeks ago I came across someone with the big brain outlook, and based on our conversation, I came away with a few key characteristics that can help define the big brain advantage, as follows:
- It’s a lonely existence – having a big brain means stepping out on a limb. Even when others are busy fretting about current and future ghosts or bogeymen, they’ll often go out alone into the dark to explore the extent of an unfolding phenomenon.
- It takes guts – in order to be able to step out into the unknown, you’ll need a pair of big brass balls to scare any real or perceived demons in the dark. Innovators and pioneers meet this challenge head-on and forge ahead where others fear to tread.
- An eclectic worldview is essential – the ability to appreciate the big picture in all its variety, diversity and pervasive interconnectedness is crucial to this mindset. Look for it in those with atypical backgrounds and experiences, e.g. that well-travelled outlier in a homogenous group.
So what has this go to do with the humble, if irritating fidget spinner? Well a fidget spinner requires some manual dexterity as well as sensory input and feedback, and it apparently helps those with certain forms of attention deficit disorders, but it has gone viral and become a fad with school age kids (& some adults) everywhere.
Bipedal locomotion, opposing thumb digits and accompanying manual dexterity are adaptions that contributed to the evolution of ‘big brained’ Homo sapiens, aka thinking man. This evolutionary advantage led to the dominance of human beings on earth. In much the same light, it could be argued that those heads-down, hunch-shouldered, smartphone-wielding people you find everywhere these days are merely taking human cultural evolution to the next level by mastering necessary digital dexterity and information processing skills required to gain that digital advantage. So next time you see a fidget-spinning, smartphone-messaging kid, be rest assured this is a fine specimen of the next phase in human evolution – Lord help us all!
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