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CS4FN Advent 2023 – Day 3: snowflakes – make your own six-sided HexaHexaFlexagon with our templates
From CS4FN (Computer Science For Fun)

CS4FN Advent 2023 – Day 3: snowflakes – make your own six-sided HexaHexaFlexagon with our templates

Print and colour in (optional) a HexaHexaFlexagon then see if you can uncover all of Father Christmas' presents...

CS4FN Advent 2023 – Day 2: Pairs: mittens, gloves, pair programming, magic tricks
From CS4FN (Computer Science For Fun)

CS4FN Advent 2023 – Day 2: Pairs: mittens, gloves, pair programming, magic tricks

Day 2 of our Christmas computing advent calendar and we're already seeing double.

CS4FN Advent 2023 – Day 1: Woolly jumpers, knitting and coding
From CS4FN (Computer Science For Fun)

CS4FN Advent 2023 – Day 1: Woolly jumpers, knitting and coding

Hooray it's December! We have lots of fun Christmas- and computing-themed stuff we hope you will enjoy. First up: the links between knitting and coding.

Free event for families and schools: the Christmas Lectures from the Royal Institution
From CS4FN (Computer Science For Fun)

Free event for families and schools: the Christmas Lectures from the Royal Institution

FREE: Come and see a TV programme being made at the People's Palace on Mile End Road (other UK venues available). It's time for the annual Royal Institution Christmas...

UASG Announces Call for Proposals for UA Day 2024
From Universal Acceptance Steering Group

UASG Announces Call for Proposals for UA Day 2024

The Universal Acceptance Steering Group (UASG) is calling for event proposals for the second annual Universal Acceptance (UA) Day to be held on 28 March 2024. Organized...

Blade: the emotional computer.
From CS4FN (Computer Science For Fun)

Blade: the emotional computer.

by Paul Curzon, Queen Mary University of London Communicating with computers is clunky to say the least – we even have to go to IT classes to learn how to talkContinue...

Exploring mazes, inventing algorithms (part I) 
From CS4FN (Computer Science For Fun)

Exploring mazes, inventing algorithms (part I) 

To become a Jedi Knight you must have complete control of your thoughts. As you feel the force you start to control your surroundings and make objects move just...

FY23 Report Captures Current State of UA-Readiness in Technology
From Universal Acceptance Steering Group

FY23 Report Captures Current State of UA-Readiness in Technology

This article was originally published on icann.org By Sarmad Hussain, Sr Director IDN & UA Programs and Seda Akbulut, Universal Acceptance (UA) Program ManagerFY23...

Why the Romans were pants at maths
From CS4FN (Computer Science For Fun)

Why the Romans were pants at maths

In case you've ever wondered how on earth the Romans multiplied numbers using Roman numerals...

New Testing Shows Progress and Opportunities for Improvement in Support of Chinese IDNs
From Universal Acceptance Steering Group

New Testing Shows Progress and Opportunities for Improvement in Support of Chinese IDNs

By the China UA Local Initiative (CDNI) The number of Internet users in China recently surpassed 1 billion and China now accounts for about one-fifth of all Internet...

“The Truth About AI” – get ready to get tickets to the Ri Christmas Lectures 2023 #XmasLectures with @Ri_Science
From CS4FN (Computer Science For Fun)

“The Truth About AI” – get ready to get tickets to the Ri Christmas Lectures 2023 #XmasLectures with @Ri_Science

The ballot for this year's AI-themed Ri Christmas lectures opens on 14 Sep, but there are other ways to see the lectures live, or later when broadcast.

FY24 Planning and More: Takeaways from the UASG Administrative Meeting in Istanbul
From Universal Acceptance Steering Group

FY24 Planning and More: Takeaways from the UASG Administrative Meeting in Istanbul

By Anil Kumar Jain, UASG Chair To kick off FY24, the UASG administrative team recently met in Istanbul for an in-person planning meeting. This valuable face-to-face...

How far can you hear? Modelling distant birdsong.
From CS4FN (Computer Science For Fun)

How far can you hear? Modelling distant birdsong.

by Dan Stowell, Queen Mary University of London How do we know how many birds there are out there: in the countryside, and in the city? Usually, it’s because people...

Threads & Yarns – textiles and electronics
From CS4FN (Computer Science For Fun)

Threads & Yarns – textiles and electronics

by Paul Curzon, Queen Mary University of London, from June 2011 At first sight nothing could be more different than textiles and electronics. Put opposites together...

3D models in motion
From CS4FN (Computer Science For Fun)

3D models in motion

by Paul Curzon, Queen Mary University of Londonbased on a 2016 talk by Lourdes Agapito The cave paintings in Lascaux, France are early examples of human culture...

Frequency Analysis for Fun
From CS4FN (Computer Science For Fun)

Frequency Analysis for Fun

by Paul Curzon, Queen Mary University of London Frequency Analysis, a technique beloved by spies for centuries, and that led to the execution of at least one Queen...

Keeping secrets on the Internet – encryption keeps your data safe
From CS4FN (Computer Science For Fun)

Keeping secrets on the Internet – encryption keeps your data safe

How do modern codes keep your data safe online? Ben Stephenson of the University of Calgary explains When Alan Turing was breaking codes, the world was a pretty...

Composing from Compression
From CS4FN (Computer Science For Fun)

Composing from Compression

by Geraint Wiggins, Queen Mary University of London Computers compress files to save space. But it also allows them to create music! Music is special. It’s oneContinue...

Balls, beams and quantum computers – performing calculations with patterns of light
From CS4FN (Computer Science For Fun)

Balls, beams and quantum computers – performing calculations with patterns of light

by Jane Waite, Queen Mary University of London Have you played the seaside arcade game where shiny metal balls drops down to ping, ping off little metal pegs and...

Getting off the beach, fast
From CS4FN (Computer Science For Fun)

Getting off the beach, fast

by Paul Curzon, Queen Mary University of London Paul goes on holiday and sees how a car park can work like a computer. Computers get faster and faster every year...
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