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Welcome to the very first puzzle in a new series! It's all about (hopefully) exploring new ways of creating puzzles, as densely as possible.
If you'd like to create your own Density™ puzzle, the rules are as follows:
1. The resolution of the grid is 72 x 72 squares
2. No words, text, numbers...
This puzzle is part 2 of the Double feature series (first part here). The series will continue in "Double feature: 'Clap' by Steve Howe".
Rules of Masyu1
Make a single loop which goes through every white and black circle in the grid.
The line passes through centres of cells ...
This puzzle is part of the ‘Twelve Labours’ series. Previous instalments can be found here: Prologue
Having finally deciphered his mother’s map, Hercules got dressed, wolfed down some breakfast and headed across the road to Nemean Iron, the dry cleaners. As he opened the door, a bell tinkled...
Now, I should warn you, this is one of my practical problems; meaning I don't know the solution and the answer's probably anticlimactic (like this or that). Still...
My old pal Rawrdon Mamsay is soon going for a vacation to a town, where his three friends reside.
Those friends are all superbl...
What is common in the following words?
WELCOME
To my knowledge, questions and answer that cotain spam and promtional materials, such as to sell something or advertsting, are forbidden.
But what if it is in a a username?.
Sure, it isn’t a direct link, but it would still get a few people to become curious and go over. It’s a very subtle form ...
I have invented a puzzle about the start of the year that I believe is new. But is it really? I call it Begriddled.
It uses a grid of characters that you join according to a sequence (either given or to be partially or fully deduced by the solver) to reveal a hidden design (generally text or a p...
On an 8x8 checkerboard, there are 12 red kings and 1 black king. The kings behave as they would in any normal game of checkers, being able to move in any diagonal direction one space and jump any adjacent piece. If the king can jump another piece after a jump, he may do so an unlimited number of ...
What is the smallest whole number such that it's square contains every digit from 0 to 9?
Good luck!
