Out of 15M brackets, none remains to win Warren Buffet's $1B March Madness bet (tournament.fantasysports.yahoo.com)
Original title: Out of 15M brackets, only 1 remains to win Warren Buffet's $1B March Madness bet
http://sports.yahoo.com/blogs/ncaab-the-dagger/there-are-no-longer-any-perfect-brackets-left-in-the-billion-dollar-bracket-challenge-003853949.html
83 comments
[ 3.8 ms ] story [ 146 ms ] threadhttp://www.forbes.com/sites/kellyphillipserb/2014/01/21/warr...
http://sports.yahoo.com/blogs/ncaab-the-dagger/there-are-no-...
edit: March Madness.
"I have enough money that I can risk giving up a billion $. And I may just give it to you if you can beat the odds that's harder than getting hit by lighting multiples times in 1 year."
How about offering pot of 100 million to top (aka sweep) 16 instead...
But never mind, it's their money...
[1] http://www.takebuffettsbillion.com/
Accurately assessing financial risk is the reason Buffet has stacked so much paper.
http://en.wikipedia.org/wiki/Warren_Buffett
"I have enough money that I can risk giving up a billion"
I had assumed everybody knew that Buffet had so much money. I did not understand how the commenter thought that this contest was going to be the way the world found out that Buffet was loaded.
This is probably my worst first round ever, anecdotally.
The numbers, though it's a "billion $" bracket, that's actually $25M over 40 years, or an optional $300M single payout. In the US, you could expect about 55% of that after taxes, so $165M. There are 3 games left at the Final 4 game.
Or if you prefer a single payout, $300M * 0.125 = $37.5M. So considering inflation for $68.75M is over 40 years, maybe your expected return is between 37.5M to 50M (idk about 50M, I made it up)? Of course the reality is how much you would sell it very much depend on your conviction of how likely your guesses on final 3 games may be correct.
(I don't think this would qualify as gambler's fallacy, though I'm welcome to counterarguments.)
I believe the chance to win given you win all but three are higher than 12.5%. But MUCH higher? I am not quite sure. There are too many games this year can go either way, and predicting these games right is more on luck than technique analysis. Though winning all these previous prediction did gave you the credit in your expertise, but I am not quite sure about MUCH higher statement.
Like I have said "Of course the reality is how much you would sell it very much depend on your conviction of how likely your guesses on final 3 games may be correct.". As tournaments goes on, your feeling about we will win it all will change. Say Louisville will all the team 100-0 in previous game, yet you predicted them to lose at final four, you are more likely to sell your stake at a cheaper price than not.
Buffet's offer of a buyout would be great. If not, at some point I would start betting big at vegas against my picks so I at least made some money if one busted my bracket.
Of course I am more likely to win the lottery (even though I don't play it) than I am to have to put my plan into action.
Even if the person refused the offer, Warren Buffet could go to Vegas and bet on the last couple of games, as a hedge.
Even if you're perfect at the sweet 16 (which has never happened), with 15 games left (assuming each is a coinflip), your EV is 1/2^15 ~ 1 in 32000, so your bracket is only worth $300M/32000 ~ $9k.
I personally think if I was offered $10M as a settlement, I'd take it.
You could probably even find someone to sell a partial stake to which would get you set for life and still allow you to ride the bet to the end.
https://www.quickenloansbracket.com/rules/rules.html
I actually think that if anyone had gotten through this weekend clean (48/48) the expected value is 9k pretax, and I think most would take that.
So I assume that you can enter once, how many unique entries would there need to be to actually get a combination that would win?
http://fivethirtyeight.com/datalab/we-have-a-1-in-6001225228...
It goes way up from there if you treat it like coin flips.
http://en.wikipedia.org/wiki/Pepsi_Billion_Dollar_Sweepstake...
https://www.google.com/search?q=1000000000%2F2%5E63
A more realistic model would put the average edge around 58%, and the value of a single bracket at a much greater level: $0.000001.
I.e. for many people it's not worth betting $2 for a 1:2 chance of winning $4. That won't be a life changing event. But people are willing to bet $2 for a 1:175,223,510 chance of winning perhaps $100,000,000, even though those odds are much worse. That's how Powerball makes money. BTW I do bet on Powerball once in a while.
In my case I figured it wasn't worth betting $0.14 (because I knew it would take more than that of my time) to win $1,000,000,000.
[1] http://fivethirtyeight.com/datalab/we-have-a-1-in-6001225228...
People in work say this and it amuses me - as they then go on to say how they enjoyed an evening-in watching two films back-to-back.
In other words: your time should only be equated to money if you don't enjoy the task.
You appear to be discrediting opportunity costs (could those 30 minutes of researching brackets be better spent doing something practical?) and privacy costs (I'm sure Buffet's entries required a certain amount of personal information.)
With weighted results, I wonder what the odds of this set of outcomes happening even was (note, some of the "upsets" by seed weren't really, like the CU vs Pitt game where Pitt ran them over).