Pavle Blagojevic, Benjamin Matschke, and Guenter Ziegler settled the “colorful Tverberg’s conjecture.” (Problem 6 in this post.) This gives a sharp version for Zivaljevic and Vrecica theorem, and crossed the “connectivity of chessboard complexes barrier”. Here is the link to the breakthrough paper.
Recent Comments
-
Recent Posts
- Dan Mostow on Haaretz and Other Updates
- Test Your Intuition (21): Auctions
- Oz’ Balls Problem: The Solution
- Answer: Lord Kelvin, The Age of the Earth, and the Age of the Sun
- Test your Intuition/Knowledge: What was Lord Kelvin’s Main Mistake?
- Indian Crested Porcupine
- New Ramanujan Graphs!
- Taking balls away: Oz’ Version
- Answer to test your intuition (18)
Top Posts & Pages
- Dan Mostow on Haaretz and Other Updates
- Taking balls away: Oz' Version
- Oz' Balls Problem: The Solution
- Test Your Intuition (21): Auctions
- Another Forgotten Bet: Is Don Zagier About to Owe Me 1000 Shekels For The Proof of the ABC Conjecture?
- Itai Ashlagi, Yashodhan Kanoria, and Jacob Leshno: What a Difference an Additional Man makes?
- Two Math Riddles
- New Ramanujan Graphs!
- About
RSS
I think this is the new version:
http://front.math.ucdavis.edu/0911.2692
I think this is already a follow-up paper with further results
Pingback: Seven Problems Around Tverberg’s Theorem | Combinatorics and more