I thought that some of you might like to increase the chances of your own filii (sons) and filiae (daughters) thinking about the Roman Empire :)
Here are three Roman craft books from the Internet Archive's library. It's free to read them but you will need to create an account (that's free too) and then borrow the books for an hour at a time (you can easily keep re-borrowing). You can zoom in to the page, search the book and read them full-screen, or view by thumbnail to scan the pages quickly.
Roman-themed craft activities for kids
• Crafts from the Past: The Romans, by Gillian Chapman (1998)
• Craft box, Ancient Romans: 12 projects to make and do, by Jillian Powell (2014)
• History Crafts, Ancient Rome, by Fiona Macdonald (2013)
They also have copies of Asterix comics - this is an English language collection but if your kids speak French (or want to practise) just search for Asterix here https://archive.org/ (see pic 1) and browse as there are a few in French (the Asterix comics are originally French-language!)
I work on an EPSRC-funded computer science project at QMUL and one of the things we do is expand on the links between computing and everything else (see 'Computing and...' ). An example that's pleasingly relevant to this thread is the simple 'colour by numbers' Roman Mosaic my colleague Paul created (see Pic 2), free to download.
Kids can colour it in (one colour per 'pixel') but, if interested, can also use the idea to explore how digital numbers can represent images, how you can send a pattern or image across long distances just by sending the numbers (this is how all images are transmitted electronically, including your posts on Facebook and photographs of distant planets transmitted back to Earth).
A classic example is the Arecibo Message image which was transmitted from Earth to the stars in 1974. The message contained 1,679 bits (1s & 0s) which, when put into a grid of 23 columns by 73 rows, forms a picture. Back in Roman times if you sent your pal Flavius in Lutetia* (what the Romans called Paris) a carved tablet with a string of 100 (or 256) 1s and 0s^ and he could have split that into a 10 x 10 (or 16 x 16) grid to uncover your mosaic picture.
Jo
*I actually learned this from Asterix
^maybe the scribe would have preferred to carve 1s and Xs!