Plus Blog

November 23, 2007
Friday, November 23, 2007

TED Prize for Professor Neil Turok

Professor Neil Turok, Chair of Mathematical Physics at Cambridge University, has been named one of the three TED prize winners for 2008.

Other 2008 prize winners were Dave Eggers (author) and Karen Armstrong (authority on comparative religions). Previous prizewinners have included Bill Clinton, E.O. Wilson and Bono.

TED stands for Technology, Entertainment, Design and started in 1984 as a conference bringing together these disciplines. Since then its scope has broadened and its activities centre on the annual conference in Monterey, California.

Every year, TED names three new recipients for the TED Prize. Each TED prize winner chooses a project which they announce at the annual conference - the next conference will be held between February 27 and March 1 2008 in Monterey, California.

Professor Turok was awarded the James Clerk Maxwell medal of the Institute of Physics for his contributions to theoretical physics in 1992 and has worked in a number of areas of mathematical and early-universe physics. He developed the theory of open inflation and with Stephen Hawking developed the Hawking-Turok instanton solutions, describing the birth of an inflationary universe. Most recently, with Paul Steinhardt at Princeton, he has developed a cyclic model for the universe, in which the big bang is explained as a collision between two "brane-worlds" in M-theory. Steinhardt and Turok cowrote the popular science book Endless Universe. In 2003, Turok founded the African Institute for Mathematical Sciences in Muizenberg, a postgraduate educational center supporting the development of mathematics and science across the African continent.

You can read more about Professor Turok's work in the Centre for Theoretical Cosmology at Cambridge University in this Plus article Building Newton's nest.

We await what Professor Turok will wish for in his acceptance speech. In 2005 Bono called for action in Africa, in 2007 Bill Clinton talked about building a health care system in Rwanda and also in 2007 E.O. Wilson shared his vision for the Encyclopedia of Life.

posted by Plus @ 12:02 PM

1 Comments:

At 10:47 AM, Blogger westius said...

Neil Turok has just been written up in Physics World in the article Seeking an African Einstein.

A new postgraduate centre for maths and computer science has opened in the Nigerian capital of Abuja as part of an ambitious plan to find the "next Einstein" in Africa. The centre is providing advanced training to graduate students from across Africa in maths and related fields. It wants to attract the best young African scientists and nurture their talents as problem-solvers and teachers.

 
November 16, 2007
Friday, November 16, 2007

The cost of poor maths skills

The poor maths skills of shoppers who fail to notice that they have been short-changed at the supermarket costs UK shoppers over £800 million a year.

Learndirect, an adult learning organisation, found that from a survey of 1000 people over half think that their basic maths skills let them down when shopping.

Many report that they struggle when converting currency on holiday and fail to take notice of how much items cost. A lack of basic English skills also contributes to this. This lack of basic skills means that £823 million is lost each year.

Learndirect operates a network of more than 800 online learning centres in England and Wales, providing access to a range of e-learning opportunities. Their survey suggests that:

  • one in five shoppers cannot convert local currency into pounds while on holiday;
  • more than a third admit to adding up on their fingers when they have no calculator;
  • one in five do not know the difference between words that sound the same but have different meanings, such as “there” and “their”;
  • two thirds rely completely on a spellchecker at work;
  • 40% cannot calculate volume;
  • a third find converting fractions to decimals very difficult.
Learndirect also says that 1.4 million UK workers believe they have missed out on a promotion, or even lost a job, due to a lack of basic maths or English skills. This is why you should read Plus!

posted by Plus @ 3:04 PM

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November 12, 2007
Monday, November 12, 2007

The next Beautiful Young Minds?

In October BBC2 screened a critically acclaimed documentary called "Beautiful Young Minds" which charted the fortunes of the six UK teenagers taking part in the 2006 International Mathematical Olympiad (IMO) in Slovenia. (See our Plus article for more information.)

On the 8th of November, a record number of sixth formers will sit a test which could lead to them becoming next year's Beautiful Young Minds. Over 87,000 students from over 2,000 schools and colleges will sit the Senior Maths Challenge which could lead to them being selected to represent the UK in the 2008 IMO in Spain. With over 60,000 students sitting mathematics A-level last year, this demonstrates a massive proportion of A-level candidates wishing to represent their country in mathematics.

Mary Wimbury, Director of the UK Mathematics Trust (which sets the Challenge and also selects the Olympiad team) explained that 8% more students had entered the competition this year. She said, "We are delighted with the increase in entries to the Senior Maths Challenge which reflects a growing take up of mathematics amongst sixth formers. The Challenge involves answering 25 questions of increasing difficulty which aim to stimulate mathematical thinking beyond the school curriculum. We know that students find it both motivating and interesting."

The Senior Maths Challenge is sponsored by the Actuarial Profession. It presupposes a knowledge of mathematics to GCSE higher level and involves answering 25 questions in an hour and a half. Gold, silver and bronze certificates are awarded to 40% of participants nationally and the top 1,000 competitors will be invited to enter the British Mathematical Olympiad (BMO) Round 1 paper which takes place on 30th November. The best 100 qualified to represent the UK will then be invited to sit BMO Round 2 in January 2008. They will then be whittled down to a squad of 20 and finally a team of six to represent the UK.

posted by Plus @ 4:27 PM

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November 12, 2007
Monday, November 12, 2007

Lotto confusion

Negative numbers can confuse us all. Lottery company Camelot has withdrawn its Cool Cash scratchcard because players couldn't understand it and were confused by the negative temperatures on the card.

To win, users had to scratch away a window to reveal a temperature lower than the figure displayed on each card. As the game had a winter theme, the temperature was usually below freezing.

This is where the confusion comes in. Camelot received dozens of complaints from players who thought they had won, but were denied their prize money. They had scratched their windows to reveal numbers smaller in absolute value than the figure they needed to be lower than to win, but as both figures were negative, these numbers were actually bigger.

23-year-old Tina Farrell memorably said:

"On one of my cards it said I had to find temperatures lower than -8. The numbers I uncovered were -6 and -7 so I thought I had won, and so did the woman in the shop. But when she scanned the card the machine said I hadn't. I phoned Camelot and they fobbed me off with some story that -6 is higher - not lower - than -8 but I'm not having it. I think Camelot are giving people the wrong impression - the card doesn't say to look for a colder or warmer temperature, it says to look for a higher or lower number. Six is a lower number than 8. Imagine how many people have been misled."

Almost three times as many UK adults (15.1m) have poor numeracy skills - the equivalent of a G or below at GCSE maths - compared to those with poor literacy skills, according to the government's Skills for Life survey.

For more information, check out the Manchester Evening News

posted by Plus @ 3:31 PM

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November 2, 2007
Friday, November 02, 2007

As you probably know by know if you're a regular Plus reader, this year marks the 300th anniversary of Leonhard Euler's birth.

In our fourth Plus podcast we meet Professor Chris Budd to look at Euler's most famous bits of work and also investigate Celtic and African maths, how maths saves lives, and the maths of Christmas.

Hear more...

The following Plus articles give some background to the topics that come up in this podcast:

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posted by Plus @ 10:41 AM

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October 31, 2007

Wednesday, October 31, 2007

Plus's sister project boosts Maths in London's toughest schools

The NRICH project, a sister project of Plus, will be running a $1.2 million initiative to boost the teaching of maths for thousands of school students in London's most deprived areas. Over a hundred of the4se students will be given the chance to study on residential courses at the University of Cambridge.

The Goldman Sachs Foundation, a philanthropic arm of the global investment bank Goldman Sachs, has awarded the University of Cambridge a grant of $1.2 million. It will enable the University to develop and to deliver training to hundreds of maths teachers working in some of the UK's most disadvantaged schools. Through the resources provided to support teachers' classroom practice, this partnership could benefit up to 15,000 London school students annually.

The funding will also give 120 GCSE-age school pupils the chance to study maths in Cambridge through intensive residential courses. Each student will attend three residential workshops, running for a week each, over a one year period. These students will also undertake on-line courses supported by Cambridge staff and undergraduate mentors.

Lesley Gannon, Head of Widening Participation at the University of Cambridge, said, "This is the first time that the University of Cambridge has been funded to run subject-specific residential courses over such a lengthy period. This will allow us to work intensively with hundreds of disadvantaged students to develop their mathematical and problem solving skills and to raise aspirations."

The new programme will launch in September 2008, and will be run by two award-winning divisions of the University of Cambridge: NRICH, which is part of the Millennium Mathematics Project and a sister project of Plus, and the Group to Encourage Ethnic Minority Applications (GEEMA), which is part of the Widening Participation Team in the Cambridge Admissions Office.

The NRICH website has been providing free on-line resources as part of the Millennium Mathematics Project for almost a decade. The aim of Millennium Mathematics is to provide top-quality enrichment activities for maths students nationally and internationally.

The new programme is aimed at GCSE-age students from groups and communities currently under-represented in higher education in general and in research-led institutions in particular.

The programme will be aimed at students from disadvantaged areas in inner-city London, and teachers from the same areas. Many London boroughs are among the most deprived socio-economic areas in the UK, with school students in these areas facing enormous hurdles.

Priority will be given to students who:
  • Are the first generation in their family to attend university
  • Have parents in non-professional occupations
  • Are from minority ethnic backgrounds currently under-represented in HE
  • Attend a school with a low overall GCSE A*-C average and/or with a low overall A-level point score
  • Attend a school with a high proportion of free school meals
  • Attend a school with a low proportion of students going on to higher education

Nationally, mathematics faces severe challenges, which the Government commissioned 2004 Smith Inquiry into 14-19 Mathematics Education described as a "crisis in the teaching and learning of mathematics in England". The inquiry identified "deep concern about the supply of appropriately qualified mathematics teachers in secondary schools and colleges”. It also expressed concern that many young people perceived maths as “boring and irrelevant” and “too difficult, compared with other subjects".

Dr Jennifer Piggott, Director of NRICH: "This is an exciting opportunity to share some of our enjoyment of mathematics with communities such as the one I grew up in myself in Hackney, and we're very grateful to the Goldman Sachs Foundation for their generous grant. For us on the NRICH team, the evaluation component of the programme funding will also allow us to assess the impact and effect of working with students and teachers in this way, and we're therefore also looking forward to learning from the programme ourselves."

Stephanie Bell-Rose, President of The Goldman Sachs Foundation, said, "The Goldman Sachs Foundation supports initiatives that give promising young people from underserved backgrounds access to programs that will help them develop the academic and leadership skills needed to succeed in leading universities and, ultimately, in their careers. Quantitative skills are critical to their educational and professional success, and we are pleased to support this effort to improve the teaching and learning of mathematics in the United Kingdom."

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