DetailsUK National Lottery - a guide for beginners
Description: plus.maths.org - An article for beginners about playing the Lottery from John Haigh a Reader in Mathematics and Statistics at the University of Sussex in the United Kingdom.
UK National Lottery - a guide for beginners was submitted to Lots~0~Cash: 01/02/07 and was last edited 02/24/09
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The puzzle of time by on Fri, 18 May 2012 12:31:41 +0000:
Roger Penrose talks to us about the nature of time and his cyclic universe model.
Listen to The puzzle of time
read more
Roger Penrose talks to us about the nature of time and his cyclic universe model.Listen to The puzzle of time
read more
Graph theory knits a torus by on Wed, 09 May 2012 09:44:21 +0000:
If you've never heard of cubic Hamiltonian graphs before then take a look at 150&animationSpeed=1&lockVertices=0]Christopher Manning's wonderful cubic Hamiltonian graph builder. No, really, do! We too had never heard of them and now we think they are the bee's knees!
read more
If you've never heard of cubic Hamiltonian graphs before then take a look at 150&animationSpeed=1&lockVertices=0]Christopher Manning's wonderful cubic Hamiltonian graph builder. No, really, do! We too had never heard of them and now we think they are the bee's knees!
read more
Does it pay to be clever? by on Sat, 05 May 2012 08:16:31 +0000:
Why are we so clever? In evolutionary terms this isn't obvious:
evolution tends to favour cheap solutions and the human brain is
expensive. It consumes about 20% of our body's energy budget yet it only makes up 2% of our body
mass. So why did it make evolutionary sense for us
humans to develop powerful brains? Game theory provides a possible answer.
Why are we so clever? In evolutionary terms this isn't obvious:
evolution tends to favour cheap solutions and the human brain is
expensive. It consumes about 20% of our body's energy budget yet it only makes up 2% of our body
mass. There are many species that do perfectly well with only a
minimum of intelligence, so why did it make evolutionary sense for us
humans, and some of our animal cousins, to develop powerful brains?
read more
Why are we so clever? In evolutionary terms this isn't obvious:
evolution tends to favour cheap solutions and the human brain is
expensive. It consumes about 20% of our body's energy budget yet it only makes up 2% of our body
mass. So why did it make evolutionary sense for us
humans to develop powerful brains? Game theory provides a possible answer.
Why are we so clever? In evolutionary terms this isn't obvious:
evolution tends to favour cheap solutions and the human brain is
expensive. It consumes about 20% of our body's energy budget yet it only makes up 2% of our body
mass. There are many species that do perfectly well with only a
minimum of intelligence, so why did it make evolutionary sense for us
humans, and some of our animal cousins, to develop powerful brains?
read more
Imaginary Barcelona by on Fri, 04 May 2012 01:23:37 +0000:
European Girls' Maths Olympiad conquers Cambridge by on Fri, 27 Apr 2012 09:37:17 +0000:
This month 70 teenage girls from nineteen countries including Bulgaria, Saudi Arabia and Finland came to the University of Cambridge to participate in the inaugural European Girls' Mathematical Olympiad (EGMO).
This month 70 teenage girls from nineteen countries including Bulgaria, Saudi Arabia and Finland came to the University of Cambridge to participate in the inaugural European Girls' Mathematical Olympiad (EGMO).
During the six day event, competitors enjoyed a wide range of mathematical and non-mathematical activities
read more
This month 70 teenage girls from nineteen countries including Bulgaria, Saudi Arabia and Finland came to the University of Cambridge to participate in the inaugural European Girls' Mathematical Olympiad (EGMO).
This month 70 teenage girls from nineteen countries including Bulgaria, Saudi Arabia and Finland came to the University of Cambridge to participate in the inaugural European Girls' Mathematical Olympiad (EGMO).
During the six day event, competitors enjoyed a wide range of mathematical and non-mathematical activitiesread more
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