Schrödinger's Dots
(Published on 18. December 2021, 02:34 by starwarigami)
To enable this, there is a single Schrödinger cell in each box, containing a superposition of two different digits.
- Cells separated by a white dot contain consecutive digits.
- Cells separated by a black dot contain digits in the ratio 2:1.
- Every Schrödinger cell is connected to at least one dot.
- Both digits in a Schrödinger cell must obey any associated dot constraints.
Previous entry in the series:
Solution code: Row 1 (left to right) - 10 digits, no spaces
Comments
on 3. March 2024, 06:11 by starwarigami
Updated link with solution check
on 10. January 2022, 16:42 by twototenth
Gorgeous! (And confusing, because I'm not used to the kind of scanning this puzzle requires. But mostly gorgeous.)
on 29. December 2021, 11:10 by Phistomefel
Wonderful idea and execution! I can imagine that it could be quite the pain to construct this puzzle until everything falls into place. Thank you for setting it, starwarigami! :)
@Phistomefel Thanks for the kind words! I'm chuffed to bits by the reception this puzzle has had
on 21. December 2021, 19:48 by BHUNTER47
I love this puzzle. Amazing idea!
on 19. December 2021, 07:15 by kolot
Lovely puzzle! I think this one is much better than the killer version.
on 18. December 2021, 17:28 by marcmees
Very nice. I first got confused about the phrasing "ANY" till it daqned the dot between the S.C. and its neighbour was obviously meant by this. thanks. fun solve.
on 18. December 2021, 16:19 by Myxo
Fun puzzle!
