Book review: Love and Math

October 20, 2013

“There is a secret world out there.” This is the beginning of Edward Frenkels book about his mathematics and his story of how he fell in love with it. Popular books about mathematics are rare compared to areas of science such as particle physics, cosmology or even biology. It is hard to write a mathematics book that will appeal to the masses. You cant really play the trick of skipping all the equations or the details because these are really the essence of what makes mathematics so beautiful to those who master it.

Even rarer are such books written by the people who are at the bleeding edge of current mathematical research. There are some great maths books by Marcus de Sautoy, Ian Stewart, Simon Singh etc. , While some of these authors are maths professors their popular books cover stories of mathematical problems solved by others. I have always found that the most engaging books in popular science are the ones written by those who were closest to the discoveries themselves and this book is an excellent example.

In “Love and Math” Frenkel recounts his voyage of discovery with details of the maths and the equally fascinating story of his passage through the education system of Russia in the 1980s where he faced ridiculous obstacles placed in his way simply because his family name is Jewish. Despite glowing exam results from high school he was not permitted to attend Moscow University and has to settle for another college more geared to industrial engineering . Luckily such difficulties were compensated for by a system of informal mentoring by some of Russia’s greatest mathematicians that supported the most promising young students like Frenkel.

The tale of his progress from school to Harvard professor is interwoven with potted lessons in group theory as he had to learn it to solve the problems posed by his mentors. These are aimed at non-experts. For someone like myself who is already familiar with the standard methods but not with all the recent progress this is light and enjoyable reading right up to the final chapters where he described his work with Ed Witten on geometric Lamglands. I cant say how a complete novice would find it but young math students would surely find inspiration and useful knowledge here and others can skip the details and enjoy the human side of the story.

The book ends with a chapter about his controversial short film “Rites of Love and Math.” This is said to have made Frenkel something of a sex symbol among mathematcians, certainly a new idea. Unfortunately the film is not available through the inline rental services I use so I cant tell you any more about it. Here is the trailer from his youtube site.


Nobel Anticipation

October 7, 2013

This is Nobel week and prize handouts start today with Medicine. Tomorrow is Physics, and Chemistry is on Wednesday. All others are political prizes of no interest here.

The physics prize should be awarded for the Higgs Boson and most likely Higgs himself and Englert will get it, but a third share may go to some other wildcard person or organisation. This will be decided by a vote at TRF but I can also remind you that a similar vote has been running for some time on viXra which has already been used to elect two winners of the much larger Fundamental Physics Prize.

Update 8-Oct-2013:  Congratulations to James E. Rothman, Randy W. Schekman and Thomas C. Südhof who won the Physiology or Medicine prize “for their discoveries of machinery regulating vesicle traffic, a major transport system in our cells”.

Today will be the turn of the physics prize and it this point it may be worth hedging bets by noting that this might not even be given for the Higgs. Each year the Nobel committee has a big pile of worthy nominations and they may just decide that one of them fits better. However the chances for Higgs seem slightly better than even.

Some people are suggesting that the third share for the Higgs could go to CERN. The committee have hinted that an organisation is not ruled out even though they have never used that option before, but I think CERN would be a mistake. This is because many people in the CMS and ATLAS collaborations are not strictly speaking part of CERN. You could justify that CERN played a deserving role but to then leave out the physicists who actually made the discovery would be a new kind of mistake for the Nobel committee to make. Lumping CMS and ATLAS together as one also seems a bit forced but they could give it to Higgs, CMS and ATLAS leaving out Englert. That is more like the kind of mistake they have made before. I favour the option of reserving the prize for the theorists. If they start giving it to big organisations then they will also have to look at many other big collaborations in the future and they probably dont want to set a precedent that could radically change the nature of the award.