Flippy Bit & the Hexadecimals vs Binairio

Flippy Bit And The Attack Of The Hexadecimals From Base 16 Hi We at Q42 have teamed up with Russian psychologist Kateryna Afinogenova to create this experiment to test her recent study in which a group of 420 kids were shown to have a natural talent for doing bitwise operations and conversions to hexadecimals. "Seven percent of the test group could bitshift" she said to Scientific World News in an exclusive interview, which caught our nerdy attention. Especially the following statement: "While adults have trouble with binary numbers, from around the age of two, children can not only calculate on a binary scale, but even translate from binary to hexadecimal - and back." We were able to contact her and collaborate remotely on this experimental game that allows kids to literally do that conversion. Afinogenova requested to omit a tutorial to further emphasize the adoption difficulty between adults and children. We were amazed by the results. You can be amazed too! Play the game and find out!

Binary puzzles, if you love puzzling, you should try a binary puzzle. The goal of a binary puzzle is to have the same number of zeros (blue) and ones (green) in every row, and in every column. Each game starts with a grid with a few boxes already filled in. This must be completed further with the following lines: - Every row and every column is unique. - Each row and column contains as many zeros (blue) as ones (green). - There are no more than two neighboring tiles with the same number / color. With thousands of unique puzzles, every game will be different.