Tag Archives: Campaign for Science and Engineering

Council of Canadian Academies (Eric Meslin) converses with with George Freeman, UK Minister of Science (hybrid event) on June 8, 2023

I think this is a first, for me anyway, a Council of Canadian Academies (CCA) event that’s not focused on a reports from one of their expert panels. Here’s more about the ‘conversation’, from a June 2, 2023 CCA announcement (received via email),

A conversation with George Freeman, UK Minister of Science (hybrid event)

Join us for a wide-ranging chat about the challenges and opportunities facing policymakers and researchers in Canada, the UK, and around the globe.
(anglais seulement)

Thursday, Jun 8, 2023 2:30 PM – 3:30 PM EDT
Bayview Yards
7 Bayview Station Road
Ottawa, ON
(and online)
 
The CCA is pleased to invite you to a conversation with George Freeman, MP, UK Minister of Science, Research and Innovation. Minister Freeman will join Eric M. Meslin, PhD, FRSC, FCAHS, President and CEO of the CCA, at Bayview Yards for a wide-ranging chat about the challenges and opportunities facing policymakers and researchers in Canada, the UK, and around the world.
 
Minister Freeman and Dr. Meslin will address a host of topics:

  • The state of science, technology and innovation policy and performance on both sides of the Atlantic;
  • Opportunities to create effective international collaborations;
  • National strategies to harness the power of quantum technologies;
  • Antimicrobial resistance and availability;
  • Arctic and Northern research priorities and approaches; and
  • Biomanufacturing and engineering biology.

Advanced registration is required.

Register for the in-person event: https://www.eventbrite.ca/e/a-conversation-with-george-freeman-uk-minister-of-science-in-person-tickets-646220832907

Register to attend virtually: https://www.eventbrite.ca/e/a-conversation-with-george-freeman-uk-minister-of-science-virtual-tickets-646795341277

Why listen to George Freeman?

Ordinarily being a Minister of Science would be enough to say ‘Of course, let’s hear what he has to say’ but Mr. Freeman’s ‘ministerial’ history is a little confusing. According to a September 24, 2021 article for Nature by Jonathan O’Callahan,

The United Kingdom has a new science minister [emphasis mine] — its ninth since 2010, following a reshuffle of Prime Minister Boris Johnson’s cabinet. George Freeman, a former investor in life-sciences companies, takes the role at a time when the coronavirus pandemic has renewed focus on research. But there are concerns that the Conservative government’s ambitious target for research spending will not be met. …

Chris Havergal’s Sept. 17, 2021 article for the Times Higher Education is titled, “George Freeman replaces Amanda Solloway as UK science minister; Former life sciences minister founded series of Cambridge biomedical start-ups before entering politics.”

For further proof of Freeman’s position, there’s this November 21, 2022 “Royal Society response to statement made by George Freeman, Minister of State (Minister for Science, Research and Innovation)”

Responding to today’s [November 21, 2022] announcement from George Freeman, Minister of State (Minister for Science, Research and Innovation), Professor Linda Partridge, Vice President of the Royal Society, said: “Last week the Government committed to protecting the science budget. Today’s announcement shows the Government’s commitment to putting science at the heart of plans for increasing productivity and driving economic growth.

“The ongoing failure to associate to Horizon Europe [the massive, cornerstone science funding programme for the European Union] remains damaging to UK science and the best solution remains securing rapid association. In the meantime, the funding announced today is a welcome intervention to help protect and stabilise the science sector.”

Oddly, Mr. Freeman’s UK government profile page does not reflect this history,

George Freeman was appointed Minister of State in the Department for Science, Innovation and Technology on 7 February 2023 [emphasis mine].

George was previously Minister of State in the Department for Business, Energy and Industrial Strategy from 26 October 2022 to 7 February 2023, Parliamentary Under Secretary of State in the Department for Business, Energy and Industrial Strategy from 17 September 2021 to 7 July 2022 [emphases mine], a Minister of State at the Department for Transport from 26 July 2019 to 13 February 2020, Parliamentary Under Secretary of State for Life Sciences at the Department for Business, Innovation and Skills and the Department of Health from July 2014 until July 2016. He also served as Parliamentary Private Secretary to the Minister of State for Climate Change from 2010 to 2011.

He was appointed government adviser on Life Sciences in July 2011, co-ordinating the government’s Life Science and Innovation, Health and Wealth Strategies (2011), and the Agri-Tech Industrial Strategy (2013). He was appointed the Prime Minister’s UK Trade Envoy in 2013.

How did Nature, Times Higher Education, and the Royal Society get the dates so wrong? Even granting that the UK had a very chaotic time with three Prime Minister within one year, Freeman’s biographical details seem peculiar.

Here’s a description of the job from Mr. Freeman’s UK government profile page,

Minister of State (Minister for Science, Research and Innovation)

The minister is responsible for:

More about this role

Department for Science, Innovation and Technology

Doesn’t ‘Minister of State’ signify a junior Ministry as it does in Canada? In any event, all this casts an interesting light on a January 17, 2023 posting on the Campaign for Science and Engineering (CASE) website,

Last week George Freeman, the Minister of State for Science, Research and Innovation, gave a speech to the Onward think tank setting out the UK Government’s ‘global science strategy’. Here our policy officer, Camilla d’Angelo, takes a look at his speech and what it all might mean.  

In his speech, the Minister outlined what it means for the UK to be a ‘Science Superpower’ [emphasis mine] and how this should go alongside being an ‘Innovation Nation’, highlighting a series of opportunities and policy reforms needed to achieve this. In the event the UK’s association to the EU Horizon Europe programme continues to be blocked, the Minister outlined an alternative to the scheme, setting out the UK Government’s vision for a UK science strategy. Freeman reiterated the UK Government’s commitment to increasing R&D funding to £20bn per year by 2024/25 and a plan to use this to drive private investment. It is now widely accepted that the UK is likely spending just under 3% of GDP on R&D, and the UK Government is keen to push ahead and extend the target to remain competitive with other research-intensive countries. It is positive to hear a coherent vision from the UK Government on what it wants increased R&D investment to achieve.  

Becoming a Science Superpower is required to solve societal challenges  

The Science Minister highlighted the central role of science and technology in solving some of the world’s most pressing challenges, from water security through to food production and climate change. In particular, he stressed that UK research and innovation can and should have a bigger global role and impact in helping to solving some of these challenges. The view that the UK needs to be a science and technology superpower was also echoed by a panel of R&I experts. 

George Freeman outlined some of the important dimensions of what it means for the UK to become a ‘Science Superpower’ and ‘Innovation Nation’. The UK is widely held to be an academic powerhouse, with its academic science system one of its greatest national strengths. A greater focus on mission-driven research, alongside investment in general purpose technologies, could be a way to encourage the diffusion and adoption of innovations. In addition to this, other important factors include talent, industrial output, culture, soft power and geopolitical influence, many of which the UK performs less well in. 

Are the Brits going to encourage us be a science superpower too? If everyone is a science superpower, doesn’t that mean no one is a science superpower? Will the CCA one day invite someone from South Korea to talk about how their science policies have turned that country into a science powerhouse?

What advice can we expect from George Freeman? I guess we’ll find out on June 8, 2023. For those of us on Pacific Time, that means 11:30 am to 12:30 pm.

Don’t forget, there are two different registration pages,

Register for the in-person event: https://www.eventbrite.ca/e/a-conversation-with-george-freeman-uk-minister-of-science-in-person-tickets-646220832907

Register to attend virtually: https://www.eventbrite.ca/e/a-conversation-with-george-freeman-uk-minister-of-science-virtual-tickets-646795341277

UK’s ‘Science is Vital’ rally attracts crowd of scientists

The results for the UK’s  ‘Science is Vital’ rally (first mentioned in my Oct. 6, 2010 posting) are in. A BBC News article declares that the rally which took place Sat., Oct. 9, 2010 saw this,

Hundreds of scientists have gathered outside the Treasury to protest against expected cuts to science funding.

The rally was organised by the Science is Vital campaign, whose petition calling for no cuts to funding has been signed by more than 20,000 people.

Speaking at the protest, the former head of the Medical Research Council, Professor Colin Blakemore, said cuts would be “disastrous”.

The government says science spending must stand up to “economic scrutiny”.

Meanwhile, Jenny Rohn, the scientist who accidentally started the campaign with one of her blog postings, had this to say about the rally on the Guardian’s Science Desk blog in her Oct. 12, 2010 posting,

Last Saturday, several thousand scientists and their supporters massed in front of the Treasury building in Westminster to speak out against proposed funding cuts for scientific research. Standing on the stage for my opening speech, I surveyed the sea of protestors in a state of awe.

It was past the starting time of 2pm, but people were still streaming into King Charles Street from both ends of the road. I could see people of all descriptions: famous scientists, young students, families with small children. Many people sported white coats and held up placards or colourful accessories: a foam model of Jupiter; a buckyball on a stick; the international symbol for toxic irritants with a photo of Vince Cable superimposed within the yellow triangle. The mood was well-behaved and upbeat, but the opening cheer echoed with a mighty roar, driving home just how formidable people can be when many act as one.

It had been only a month since I wrote a blog post proposing that scientists take to the streets – four short weeks from a crazy idea to its culmination. Along the way I received a whirlwind education in politics and grassroots organisation. My colleagues and I might be good at splicing genes or peering into the depths of the universe, but how many scientists does it take to assemble 300 placards in four hours while being faintly high on spray glue? (Answer: about a dozen.) These lessons and others occurred in a haze of distracted days and late nights, and go some way toward explaining the complaint that more scientists don’t engage in policy activism: if they did, at least on this scale, research would grind to a halt.

After having been in more than one rally, I can say that officials almost always underestimate while organizers overestimate attendance.

Rohn’s project developed some synergistic energy (she got some help and they got a boost in media interest) from the Campaign for Science and Engineering (CASE) in the UK. This resulted in what both groups must have rejoiced over, a meeting in the House of Commons. From the Guardian’s Science Desk blog October 13, 2010 posting,

It’s rare to see the largest committee room at the House of Commons packed with constituents demanding to meet their MPs. It’s rarer still for those constituents to be mild-mannered scientists and engineers.

But that’s exactly what we had yesterday when well over 100 constituents came to parliament to lobby their MPs about the importance of science funding.

Many of them had never been to parliament before, and some had come from as far afield as Norwich and Pembrokeshire, to do so.

… more than 20 MPs came to listen to their constituents concerns, and yet more sent along their staff.

The lobby was organised by the Campaign for Science and Engineering (CaSE) as part of the Science is Vital campaign – to show the political price that would be paid for cuts to the UK’s research funding, and to drive home core messages about what such cuts would mean.

I wish the scientists good luck with the UK budget due on Wednesday, October 20, 2010.

British election and science, lessons for Canadians?

I’m finally getting around to posting about the British Election and its science aspect in a little more detail than I did in my April 23, 2010 posting now that’s it been held and a coalition is going forward.

During the election period, all three parties produced manifestos that included some mention of policies for science. The Canadian Science Policy Centre provides links to an analysis of the science policies (in the New Scientist journal) found in the Conservative, Liberal Democrat, and Labour parties’ election 2010 manifestos. Short story: not a lot of detail in any of them but there are differences.

In light of the election results and the roles the various parties are likely to play in the government once it is formed, I have given the Liberal Democrats more prominence by putting them first. While the Conservatives won far more seats, it would seem that the Liberal Democrats will have substantial leverage with their colleagues in a coalition government and it will be interesting to see if they use this leverage for science.

The Liberal Democrats (excerpted from the New Scientist commentary),

Today saw the Liberal Democrats publish their election manifesto – Change that works for you – which is the last of the big three.

Like Labour’s and the Conservatives’, the Liberal Democrats’ manifesto covers science policies affecting research and education.

Unlike the other two, however, the Liberal Democrats have also made commitments about scientific advice in government.

Liberal Democrats say they want to create a “dynamic environment for science and innovation”, but the focus of their commitments is firmly on the science side.

Although they recognise the importance of science investment to the economic recovery, they admit that the economic climate means that they cannot commitment to increased investment.

The Conservatives (excerpted from the New Scientist commentary),

Like Labour’s manifesto, published yesterday, science policies affecting research, innovation and education all get a mention.

With the Conservatives leading in the polls, scientists will be particularly keen to know what the level of their commitment to science is – especially after it has been said they are “a vision-free zone” when it comes to science policy.

In fact, the Conservation vision for science is upfront in the foreword to the manifesto, stating that they want “an economy where Britain leads in science, technology and innovation”.

Finally, Labour (excerpted from the New Scientist commentary)

Labour is the first party to publish its election manifesto – A future fair for all.

There is debate about the importance of manifestos, but they do set out what the parties’ political priorities would be. Science policies affecting research, innovation and education all get a mention in the manifesto, but none of those commitments rank as one of their 50 steps for a fairer Britain.

The economy is probably the biggest issue in this election, and it is in the first section on “growth” that science policy first is mentioned.

Labour takes the opportunity to highlight the “substantial” investment it has made in the research base since 1997. This is certainly true, as Labour has almost doubled investment in the research base between 1997 and 2007 in real terms.

It is harder to argue, as Labour claims, that it has “massively increased investment in research and development (R&D) as a proportion of national income.” In 1997, 1.77% of GDP was spent on R&D and in 2007 it was up to 1.81%. In both 1997 and 2007 was 0.55% of GDP was spent on R&D by government.

In terms of funding commitments, Labour says it will have a “ring-fenced science budget in the next spending review”.

(A ‘ring-fenced’ budget would be a commitment to a minimum guaranteed amount for funding.)

Richard Jones on his blog, Soft Machines, provides some insight into the use of ‘science’ social media during the 2010 election campaign. From his post,

Is there a significant constituency for science, that might impose any political price on cutting science budgets? This election has seen high hopes for social media as a way of mobilising a science voting block – see #scivote on Twitter. Looking at this, one sees something that looks very much like an attempt to develop an identity politics for science – the idea that there might be a “science vote”, in the way that people talk (correctly or not) about a “gay vote” or a “christian vote”. There’s a sense of a community of right-minded people, with leaders from politics and the media, and clear dividing lines from the forces of unreason. What’s obvious, though, is this strategy hasn’t worked – a candidate standing on a single issue science platform ended up with 197 votes, which compares unfavourably with the 228 votes the Monster Raving Loony Party got in my own, nearby constituency.

I would encourage you to read the entire post as Richard provides an insider’s (he’s a scientist who’s been involved in a number of important British science reports and advisory groups) view.

CaSE (Campaign for Science and Engineering) has posted an analysis of science policy in the new coalition government based on the manifestos and the coalition negotiation agreement. (Note: CaSE is a British science advocacy organization mentioned in this blog here.) From CaSE’s May 12, 2010 posting,

The dramatic election outcome gives the Conservatives and Liberal Democrats an opportunity to rethink and refine their election commitments. Science and engineering did not feature in the coalition negotiation agreement, but looking through the parties’ manifestos and additional commitments made in letters from David Cameron and Nick Clegg to CaSE, gives us a feel for what the future might hold.

Funding is always a key issue,

First, as ever, let’s talk about the money – do the parties agree on funding the research base? The Liberal Democrats committed to not cutting science spending in the first year of the new Parliament. Unfortunately, the Conservatives never wrote down strong commitments, although they did promise a multi-year settlement in recognition of the need for stability.

The Conservatives came close, but never actually committed to protecting science budget spending once it has been allocated. The Liberal Democrats stated that they would clearly define and then ring-fence this spending.

On how the money should be allocated, the Liberal Democrats support the Haldane Principle – that decisions on how the science budget should be spent are best made by those in the science community itself.

The poster (Hilary Leevers) also comments on private investment and education and skills but I’m more focused on science and engineering in government or ‘science advice’,

The Liberal Democrats made a series of strong commitments on scientific advice and policy making which we hope that they can persuade the Conservatives to adopt. First, they endorsed the original Principles for the Treatment of Independent Scientific Advice, which was drawn up by the scientific community and underlines the independence and freedom of advisers to the Government. CaSE would like to see an adaptation of this incorporated into the new Ministerial Code.

The Liberal Democrats pledged to appoint a Chief Scientific Adviser to the Treasury and reinforce the powers of the Government’s Chief Scientific Adviser, as well as strengthening the role of the Parliamentary Office of Science and Technology. They also said that they would like to see regular use of Randomised Controlled Trials in testing new social policy initiatives.

Finally, both parties committed to reform libel laws, as the Conservatives put it, “to protect freedom of speech, reduce costs and discourage libel tourism”, and more specifically for researchers from the Liberal Democrats, “to protect peer reviewed research from libel suits”. Reviewing libel laws to protect feedom of speech did actually make it into the coalition agreement.

As of today, David Willetts has been named Minister of State for Universities and Science, from the May 13, 2010 CaSE posting,

In our brave new coalition government, it seems that there will be two strong, respected and thoughtful advocates for science and engineering. David Willetts has been appointed Minister of State for Universities and Science in the Department for Business, Innovation and Skills (BIS) with Vince Cable as Secretary of State for BIS. Cable studied natural sciences with economics at Cambridge and, while his background is not in the sciences, Willetts has often engaged well with science issues in his former roles as Shadow Secretary for Education and then Innovation, Universities and Skills.

Dave Bruggeman (Pasco Pronesis blog) also notes Willett’s appointment in one of his recent postings and, in a previous posting, provided the numbers of newly elected British MPs with science experience,

The Times had estimated that the number of MPs with a science background and/or serious engagement with science issues would drop from 86 to 77. It dropped to 71.

Dave goes on to provide some thoughtful analysis as to what all this might mean in the context of Britain’s current economic situation.

It’s interesting to consider these British science election commentaries in relationship to the Canadian scene which features three national federal parties (only one of which has any mention of science in its policy platform [4 four bullet points in the Conservation party platform]). No science debates and no mention (that I can recall) of science in any Canadian election for the last 10 years, at least.

The current discussion about science in Britain is extraordinary by Canadian standards and my hat’s off to the Brits not only for ‘getting science to the table’ but for working so long and so hard to make sure that it stays there.

There are a couple rays of hope on the Canadian scene, the Canadian Science Policy Centre which will be putting on its second annual conference this coming October (I’ll post more about that as details are released).  There are also Canadian science bloggers such as:

  • Rob Annan at Don’t leave Canada behind who comments extensively on the Canadian science policy scene and offers in-depth analysis;
  • Pascal Lapointe and his colleague at Je vote pour la science (coincidentally they have a podcast about scientists as politicians, which includes some commentary about the recent British election); offer wide-ranging discussion on Canadian science policy and science; and
  • the folks at The Black Hole who usually comment on the situation for Canadian science postdoctoral ‘students’ while also offering thoughts on science education and literacy.

Not exactly a blog,

  • Science Canada functions as an aggregator of Canadian science policy news.

If you know of any other bloggers or developments on the Canadian science policy scene, please do let me know.

Science in the British election and CASE; memristor and artificial intelligence; The Secret in Their Eyes, an allegory for post-Junta Argentina?

I’ve been meaning to mention the upcoming (May 6, 2010) British election for the last while as I’ve seen notices of party manifestos that mention science (!) but it was one of Dave Bruggeman’s postings on Pasco Fhronesis that tipped the balance for me. From his posting,

CaSE [Campaign for Science and Engineering] sent each party leader a letter asking for their positions with respect to science and technology issues. The Conservatives and the Liberal Democrats have responded so far (while the Conservative leader kept mum on science before the campaign, now it’s the Prime Minister who has yet to speak on it). Of the two letters, the Liberal Democrats have offered more detailed proposals than the Conservatives, and the Liberal Democrats have also addressed issues of specific interest to the U.K. scientific community to a much greater degree.

(These letters are in addition to the party manifestos which each mention science.) I strongly recommend the post as Bruggeman goes on to give a more detailed analysis and offer a few speculations.

The Liberal Democrats offer a more comprehensive statement but they are a third party who gained an unexpected burst of support after the first national debate. As anyone knows, the second debate (to be held around noon (PT) today) or something else for that matter could change all that.

I did look at the CaSE site which provides an impressive portfolio of materials related to this election on its home page. As for the organization’s mission, before getting to that you might find its history instructive,

CaSE was launched in March 2005, evolving out of its predecessor Save British Science [SBS]. …

SBS was founded in 1986, following the placement of an advertisement in The Times newspaper. The idea came from a small group of university scientists brought together by a common concern about the difficulties they were facing in obtaining the funds for first class research.

The original plan was simply to buy a half-page adverisement in The Times to make the point, and the request for funds was spread via friends and colleagues in other universities. The response was overwhelming. Within a few weeks about 1500 contributors, including over 100 Fellows of the Royal Society and most of the British Nobel prize winners, had sent more than twice the sum needed. The advertisement appeared on 13th January 1986, and the balance of the money raised was used to found the Society, taking as its name the title of the advertisement.

Now for their mission statement,

CaSE is now an established feature of the science and technology policy scene, supported among universities and the learned societies, and able to attract media attention. We are accepted by Government as an organisation able to speak for a wide section of the science and engineering community in a constructive but also critical and forceful manner. We are free to speak without the restraints felt by learned societies and similar bodies, and it is good for Government to know someone is watching closely.

I especially like the bit where they feel its “good for Government” to know someone is watching.

The folks at the Canadian Science Policy Centre (CSPC) are also providing information about the British election and science. As you’d expect it’s not nearly as comprehensive but, if you’re interested, you can check out the CSPC home page.

I haven’t had a chance to read the manifestos and other materials closely enough to be able to offer much comment. It is refreshing to see the issue mentioned by all the parties during the election as opposed to having science dismissed as a ’boutique issue’ as an assistant to my local (Canadian)l Member of Parliament described it to me.

Memristors and artificial intelligence

The memristor story has ‘legs’, as they say. This morning I found an in-depth story by Michael Berger on Nanowerk titled, Nanotechnology’s Road to Artificial Brains, where he interviews Dr. Wei Lu about his work with memristors and neural synapses (mentioned previously on this blog here). Coincidentally I received a comment yesterday from Blaise Mouttet about an article he’d posted on Google September 2009 titled, Memistors, Memristors, and the Rise of Strong Artificial Intelligence.

Berger’s story focuses on a specific piece of research and possible future applications. From the Nanowerk story,

If you think that building an artificial human brain is science fiction, you are probably right – for now. But don’t think for a moment that researchers are not working hard on laying the foundations for what is called neuromorphic engineering – a new interdisciplinary discipline that includes nanotechnologies and whose goal is to design artificial neural systems with physical architectures similar to biological nervous systems.

One of the key components of any neuromorphic effort is the design of artificial synapses. The human brain contains vastly more synapses than neurons – by a factor of about 10,000 – and therefore it is necessary to develop a nanoscale, low power, synapse-like device if scientists want to scale neuromorphic circuits towards the human brain level.

Berger goes on to explain how Lu’s work with memristors relates to this larger enterprise which is being pursued by many scientists around the world.

By contrast Mouttet offers an historical context for the work on memristors along with a precise technical explanation  and why it is applicable to work in artificial intelligence. From Mouttet’s essay,

… memristive systems integrate data storage and data processing capabilities in a single device which offers the potential to more closely emulate the capabilities of biological intelligence.

If you are interested in exploring further, I suggest starting with Mouttet’s article first as it lays the groundwork for better understanding memristors and also Berger’s story about artificial neural synapses.

The secret in their eyes (movie review)

I woke up at 6 am the other morning thinking about a movie I saw this last Sunday (April 18, 2010). That doesn’t often happen to me,  especially as I get more jaded with time but something about ‘The Secret in Their Eyes‘, the Argentinean movie that won this year’s Oscar for Best Foreign Language Film woke me up.

Before going further, a précis of the story: a retired man (in his late 50s?) is trying to write a novel based on a rape/homicide case that he investigated in the mid-1970s. He’s haunted by it and spends much of the movie calling back memories of both a case and a love he tried to bury. Writing his ‘novel’ compels him to reinvestigate the case (he was an investigator for the judge) and reestablish contact with the victim’s grief-stricken husband and with the woman he loved  who was his boss (the judge) and also from a more prestigious social class.

The movie offers some comedy although it can mostly be described as a thriller, a procedural, and a love story. It can also be seen as an allegory. The victim represents Argentina as a country. The criminal’s treatment (he gets rewarded— initially) represents how the military junta controlled Argentina after Juan Peron’s death in 1974. It seemed to me that much of this movie was an investigation about how people cope and recover (or don’t) from a hugely traumatic experience.

I don’t know much about Argentina and I have no Spanish language skills (other than recognizing an occasional word when it sounds like a French one). Consequently, this history is fairly sketchy and derived from secondary and tertiary sources. In the 1950s, Juan Peron (a former member of the military) led  a very repressive regime which was eventually pushed out of office. By the 1970s he was asked to return which he did. He died there in 1974 and sometime after a military Junta took control of the government. Amongst other measures, they kidnapped thousands of people (usually young and often students, teachers [the victim in the movie is a teacher], political activists/enemies, and countless others) and ‘disappeared’ them.

Much of the population tried to ignore or hide from what was going on. A  documentary released in the US  in 1985, Las Madres de la Plaza de Mayo, details the story of a group of middle-class women who are moved to protest, after years of trying to endure, when their own children are ‘disappeared’.

In the movie we see what happens when bullies take over control. The criminal gets rewarded, the investigator/writer is sent away for protection after a colleague becomes collateral damage, the judge’s family name protects her, and the grieving husband has to find his own way to deal with the situation.

The movie offers both a gothic twist towards the end and a very moving perspective on how one deals with the guilt for one’s complicity and for one’s survival.

ETA: (April 27, 2010) One final insight, the movie suggests that art/creative endeavours such as writing a novel (or making a movie?) can be a means for confession, redemption, and/or healing past wounds.

I think what makes the movie so good is the number of readings that are possible. You can take a look at some of what other reviewers had to say: Katherine Monk at the Vancouver Sun, Curtis Woloschuk at the Westender, and Ken Eisner at the Georgia Straight.

Kudos to the director and screen writer, Juan José Campanella and to the leads: Ricardo Darín (investigator/writer), Soledad Villamil (judge), Pablo Rago (husband), Javier Godino (criminal), Guillermo Francella (colleague who becomes collateral damage) and all of the other actor s in the company. Even the smallest role was beautifully realized.

One final thing, whoever translated and wrote the subtitles should get an award. I don’t know how the person did it but the use of language is brilliant. I’ve never before seen subtitles that managed to convey the flavour of the verbal exchanges taking place on screen.

I liked the movie, eh?