With Wordpress for bloggers, Instagram for photographers, YouTube for vloggers, and the world’s loudest-ever microphone in Twitter, there’s quite simply never been a better or easier time to get started in science communication. Not only are there a whole variety of different ways of getting your message out, but social media has also democratised the process. You don’t need to be a professional communicator or even an expert user, you just have to want to give it a try: this is the age of the empowered amateur. The range of technologies also means that…
‘AI will take over my job’; ‘It will end up like the terminator and end the world’; ‘It will outsmart the human race’; ‘If it makes a mistake it could be catastrophic’; ‘Can we really put that much trust into a machine?’.
There is a lot of negative association with AI, but is that because there often confusion about what artificial intelligence actually is, what it can do, and what it will be able to do in the future?
Understanding of cell biology has greatly advanced in recent years, thanks to improved cell culture techniques. By culturing cells (i.e. growing cells outside the body) scientists are able to perform experiments on living tissue, which they couldn’t possibly perform on a human being.
We have all had multiple viral infections in our lifetime, be it the flu or a more serious disease such as measles. Every year, new strains of virus feature in the spot light, making it a challenge to keep up with treatment options. But when did we first come across viruses? How did we differentiate them from other disease-causing pathogens? How did the first vaccinations against viruses come about?