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Interesting.


The AI of 5–10 years time could be very different from today’s AI. The most successful AI systems of that time will not simply be extensions of today’s deep neural networks. Instead, they are likely to include significant conceptual breakthroughs or other game-changing innovations.

That was the argument I made in a presentation on Thursday to the Global Data Sciences and Artificial Intelligence meetup. The chair of that meetup, Pramod Kunji, kindly recorded the presentation.

You can see my opening remarks in this video:

Bytedance, the Chinese owner of TikTok, is facing mounting pressure from the US government to sell the video sharing app or risk being blacklisted in the country.


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Researchers announce the first patient has been dosed in a trial testing remestemcel-L, a stem cell therapy, in severe COVID-19 patients on ventilators.

grey coronavirus particle interacting with red and purple stem cell

Testing of an experimental COVID-19 stem cell therapy has begun in the US. The therapy has been developed to treat hospitalised COVID-19 patients with moderate to severe acute respiratory distress syndrome (ARDS) who are on ventilators. A total of 300 are expected to be recruited into the randomised, placebo-controlled trial.

Here’s the story – our protagonist rewinds history, locates baby Hitler, and averts global war by putting him on a path to peace … but, oh noes! This sets off a domino chain of events that stops our hero from being born, or worse, kicks off the apocalypse.

Unintended ‘butterfly effect’-style consequences of time travel might be a juicy problem in science fiction, but physicists now have reason to believe in a quantum landscape, tweaking history in this way shouldn’t be a major problem.

Since going back to a previous moment in time is still in the ‘too hard’ basket, a pair of physicists from the Los Alamos National Laboratory in the US went with the next best thing and created a simulation using an IBM-Q quantum computer.

Fascinating interview with Dutch astronomer Anthony Brown on ESA’s Gaia satellite and what it’s telling us about our own Milky Way Galaxy.


Dutch astronomer Anthony Brown of Leiden University explains how the European Space Agency’s GAIA satellite is revolutionizing what we know about the Milky Way. This all-sky survey mission revisits each target 70 times over the course of the years-long mission to give astronomers a real 3D map of a large swath of our galaxy. The next big data drop is scheduled by year’s end.