Monthly Archives: April 2016

New ABCs of research: seminars and a book

David Bruggeman has featured a new book and mentioned its attendant seminars in an April 19, 2016 post on his Pasco Phronesis blog (Note: A link has been removed),

Ben Shneiderman, Professor of Computer Science at the University of Maryland at College Park, recently published The New ABCs of Research: Achieving Breakthrough Collaborations.  It’s meant to be a guide for students and researchers about the various efforts to better integrate different kinds of research and design to improve research outputs and outcomes. …

David has an embedded a video of Schneiderman discussing the principles espoused in his book. There are some upcoming seminars including one on Thursday, April 21, 2016 (today) at New York University (NYU) at 12:30 pm at 44 West 4th St, Kaufman Management Center, Room 3-50. From the description on the NYU event page,

Solving the immense problems of the 21st century will require ambitious research teams that are skilled at producing practical solutions and foundational theories simultaneously – that is the ABC Principle: Applied & Basic Combined.  Then these research teams can deliver high-impact outcomes by applying the SED Principle: Blend Science, Engineering and Design Thinking, which encourages use of the methods from all three disciplines.  These guiding principles (ABC & SED) are meant to replace Vannevar Bush’s flawed linear model from 1945 that has misled researchers for 70+ years.  These new guiding principles will enable students, researchers, business leaders, and government policy makers to accelerate discovery and innovation.

Oxford University Press:  http://ukcatalogue.oup.com/product/9780198758839.do

Book website:  http://www.cs.umd.edu/hcil/newabcs

There is another seminar on Wednesday, April 27, 2016 at 3:00 pm in the Pepco Room, #1105 Kim Engineering Building at the University of Maryland which is handy for anyone in the Washington, DC area.

Trojan horse nanoparticle for asthma

A brand new technique for dealing with asthma is being proposed by researchers at Northwestern University (US), according to an April 18, 2016 news item on ScienceDaily,

In an entirely new approach to treating asthma and allergies, a biodegradable nanoparticle acts like a Trojan horse, hiding an allergen in a friendly shell, to convince the immune system not to attack it, according to new Northwestern Medicine research. As a result, the allergic reaction in the airways is shut down long- term and an asthma attack prevented.

The technology can be applied to food allergies as well. The nanoparticle is currently being tested in a mouse model of peanut allergy, similar to food allergy in humans.

“The findings represent a novel, safe and effective long-term way to treat and potentially ‘cure’ patients with life-threatening respiratory and food allergies,” said senior author Stephen Miller, the Judy Gugenheim Research Professor of Microbiology-Immunology at Northwestern University Feinberg School of Medicine. “This may eliminate the need for life-long use of medications to treat lung allergy.”

An April 18, 2016 Northwestern University news release (also on EurekAlert) by Marla Paul, which originated the news item, expands on the theme,

It’s the first time this method for creating tolerance in the immune system has been used in allergic diseases. The approach has been used in autoimmune diseases including multiple sclerosis and celiac disease in previous preclinical Northwestern research.

The asthma allergy study was in mice, but the technology is progressing to clinical trials in autoimmune disease. The nanoparticle technology is being developed commercially by Cour Pharmaceuticals Development Co., which is working with Miller to bring this new approach to patients. A clinical trial using the nanoparticles to treat celiac disease is in development.

“It’s a universal treatment,” Miller said. “Depending on what allergy you want to eliminate, you can load up the nanoparticle with ragweed pollen or a peanut protein.”

The nanoparticles are composed of an FDA-approved biopolymer called PLGA that includes lactic acid and glycolic acid.

Also a senior author is Lonnie Shea, adjunct professor of chemical and biological engineering at Northwestern’s McCormick School of Engineering and of obstetrics and gynecology at Feinberg, and chair of biomedical engineering at the University of Michigan.

When the allergen-loaded nanoparticle is injected into the bloodstream of mice, the immune system isn’t concerned with it because it sees the particle as innocuous debris. Then the nanoparticle and its hidden cargo are consumed by a macrophage, essentially a vacuum-cleaner cell.

“The vacuum-cleaner cell presents the allergen or antigen to the immune system in a way that says, ‘No worries, this belongs here,’” Miller said. The immune system then shuts down its attack on the allergen, and the immune system is reset to normal.

The allergen, in this case egg protein, was administered into the lungs of mice who have been pretreated to be allergic to the protein and already had antibodies in their blood against it. So when they were re-exposed to it, they responded with an allergic response like asthma. After being treated with the nanoparticle, they no longer had an allergic response to the allergen.

The approach also has a second benefit. It creates a more normal, balanced immune system by increasing the number of regulatory T cells, immune cells important for recognizing the airway allergens as normal. This method turns off the dangerous Th2 T cell that causes the allergy and expands the good, calming regulatory T cells.

If I understand this rightly, they’re rebalancing the immune system so it doesn’t treat innocuous material (dust, mould, etc.) as an allergen.

Here’s a link to and a citation for the paper,

Biodegradable antigen-associated PLG nanoparticles tolerize Th2-mediated allergic airway inflammation pre- and postsensitization by Charles B. Smarr, Woon Teck Yap, Tobias P. Neef, Ryan M. Pearson, Zoe N. Hunter, Igal Ifergan, Daniel R. Getts, Paul J. Bryce, Lonnie D. Shea, and Stephen D. Miller. PNAS 2016 doi: 10.1073/pnas.1505782113 Published ahead of print April 18, 2016,

This paper is behind a paywall.

NASA (US National Aeronautics and Space Administration), one of the world’s largest hackathons, and women

Elizabeth Segran’s April 19, 2016 article for Fast Company profiles some work being done at NASA (US National Aeronautics and Space Administration) to encourage more women to participate in their hackathons (Note: A link has been removed),

For the past four years, NASA has hosted the Space Apps Challenge, one of the biggest hackathons on the planet. Last year, 14,264 people gathered in 133 locations for 48 to 72 hours to create apps using NASA’s data. A team in Lome, Togo, built a clean water mapping app; one in Bangalore, India, created a desktop planetarium; another in Pasadena, California, created a pocket assistant for astronauts. This year’s hackathon happens this upcoming weekend [April 22 – 24, 2016].

While NASA has been able to attract participants from all corners of the globe, it has consistently struggled to get women involved. NASA is working very hard to change this. “The attendance is generally 80% male,” says Beth Beck, NASA’s open innovation project manager, who runs the Space Apps Hackathon. “It’s more everyman than everywoman.”

There is a mention of a 2015 Canadian hackathon and an observation Beth Beck made at the time (from the Segran article),

Beck noticed that female participation in hackathons seemed to drop after the middle school years. At last year’s hackathon in Toronto, for instance, there were two sections: one for students and one for adults. Girls made up at least half of the student participants. “The middle school girls looked like honey bees, running around in little packs to learn about the technology,” she says. “But in the main hacking area, it was all guys. I wanted to know what happens that makes them lose their curiosity and enthusiasm.”

Beck’s further observations led to these conclusions,

It turns out that women are not significantly more interested in certain subjects than others. What they cared about most was being able to explore these topics in a space that felt friendly and supportive. “They are looking for signals that they will be in a safe space where they feel like they belong,” Beck says. Often, these signals are very straightforward: they seek out pictures of women on the event’s webpage and look for women’s names on the speaker panels and planning committees. …

Another interesting thing that Beck discovered is that women who are brave enough to attend these events want to go a day early to get the lay of the land and perhaps form a team in advance. They want to become more comfortable with the physical space where the hackathon will take place and learn as much as possible about the topics. “When the hackathon then becomes flooded with men, they feel ready for it,” she says.

While men described hacking as something that they did in their spare time, the research showed that many women often had many other family responsibilities and couldn’t just attend a hackathon for fun. And this wasn’t just true in developing countries, where girls were often tasked with childcare and chores, while boys could focus on science. In the U.S., events where there was childcare provided were much more highly attended by women than those that did not have that option. …

NASA’s hackathons are open to people with diverse skill sets—not just people who know code. Beck has found that men are more likely to participate because they are interested in space; they simply show up with ideas. Women, on the other hand, need to feel like they have the appropriate battery of skills to contribute. With this knowledge, Beck has found it helpful to make it clear that each team needs strong storytellers who can explain the value of the app. …

The folks at NASA are still working at implementing these ideas and Segran’s article describes the initiatives and includes this story (Note: A link has been removed),

Last year [2015], for instance, two female students in Cairo noticed that the hackathon has specifically called out to women and they wanted to host a local chapter of the hackathon. Their professor, however, told them that women could not host the event. The women reached out to NASA themselves and Beck wrote to them personally, saying that she highly encouraged them to create their own event. That Cairo event ended up being the largest Space Apps hackathon in the world, with 700 participants and a wait list of 300. …

Kudos to Beth Beck, NASA, and those two women in Cairo.

For anyone (male/female) interested in the 2016 hackathon, it’s being held this weekend (April 22 – 24, 2016), from the NASA Space Apps Challenge homepage,

For 48-72 hours across the world, problem solvers like you join us for NASA’s International Space Apps Challenge, one of the largest hackathons in the universe. Empowered by open data, you collaborate with strangers, colleagues, friends, and family to solve perplexing challenges in new and unexpected ways — from designing an interactive space glove to natural language processing to clean water mapping. Join us on our open data mission, and show us how you innovate.

Not Just For Coders

Beginners, students, experts, engineers, makers, artists, storytellers — Space Apps is for you! We welcome all passionate problem solvers to join our community of innovators. Citizens like you have already created thousands of open-source solutions together through code, data visualizations, hardware and design. How will you make your global impact?

It’s too late to become a host for the hackathon but you may be able to find a location for one somewhere near you on the hackathon website’s Locations page. There are three locations in Canada for the 2016 edition: Toronto (waitlist), Winnipeg (still open), and Waterloo (waitlist).

Café Scientifique (Vancouver, Canada) April 26, 2016 talk about why food security is contentious and TEDx East Van has some science speakers for April 23, 2016

Café Scientifique

It seems Vancouver’s (Canada) Café Scientifique has found a new venue after having to cancel last month’s (March 2016) talk when their previous venue, The Railway Club, abruptly closed its doors after some 80 years. The Big Rock Urban Brewery (310 West Fourth Avenue, just east of Cambie St.) is hosting the next Café Scientifique talk, from the April 6, 2016 notice received via email,

Our next café will happen on Tuesday April 26th, 7:30pm at Big Rock Urban Brewery. Our speaker for the evening will be Dr. Navin Ramankutty, a Professor of Global Food Security and Sustainability at UBC [University of British Columbia]. The title of his talk is:

A Framework for Understanding Why Food Security Discussions are Contentious

There is a contentious debate regarding the best approach to achieving food security in an environmentally sustainable and socially just manner. Some advocate for new technological systems, such as genetic modification or vertical farming, while others argue for organic agricuture or local food systems. Still others argue that agriculture does not need a revolution and that we simply need to improve current farming practices. Even the overall objectives are unclear, with some arguing that we need to double food production by 2050 while others suggest that we already have enough food on this planet to feed 10 billion. In this talk, I will use an assessment framework to explore the available evidence supporting or opposing the various claims about the most sustainable way to farm on our planet. The broad assessment offers some insights on why we argue about food security.

You can find out more about Dr. Ramankutty here,

Navin Ramankutty is Professor in Global Food Security and Sustainability, Liu Institute for Global Issues and Institute for Resources, Environment and Sustainability (IRES) at the University of British Columbia Vancouver campus. His research addresses the overarching question of how to improve food security for 9-10 billion people while reducing agriculture’s environmental footprint.  To address this challenge, he develops global data sets of agricultural land use practices, conducts global analysis of the environmental outcomes of agriculture (using statistical analysis and agroecosystem models), and identifies solutions and leverage points.

There is more about Raminkutty on his UBC Liu Institute profile page,

Navin Ramankutty is Professor in Global Food Security and Sustainability, Liu Institute for Global Issues and Institute for Resources, Environment and Sustainability (IRES) at the University of British Columbia Vancouver campus. His research addresses the overarching question of how to improve food security for 9-10 billion people while reducing agriculture’s environmental footprint.  To address this challenge, he develops global data sets of agricultural land use practices, conducts global analysis of the environmental outcomes of agriculture (using statistical analysis and agroecosystem models), and identifies solutions and leverage points.

TEDxEastVan 2016

This event is taking place Sunday, April 23, 2016 at the York Theatre from 9 am to 4:30 pm with an after party at the Big Rock Urban Brewery. For science types, two speakers are of particular interest, assuming they will be talking about science and not their personal life journeys From the TEDxEastVan 2016 Speakers page,

Dr. Sam Wadsworth

Sam is a scientist, inventor, and entrepreneur. He completed his Ph.D. in respiratory cell biology in the UK before relocating to Vancouver in 2007 to work as an academic researcher at St. Paul’s Hospital. In 2013, Sam co-founded a biotechnology company that uses a unique bioprinting technology that has the potential to revolutionise how we treat disease and the ageing process. He sees a future where human tissues can be provided on demand, where donor organs are built, not harvested, and where drugs are tested on bioprinted artificial tissues, not animals.

Dominic Walliman

Dominic Walliman is a physicist, and award-winning science writer. He received his PhD in quantum device physics from the University of Birmingham and currently works at D-Wave Systems Inc., a quantum computing company in Vancouver. Dominic grew up reading science books and remembers vividly the excitement of discovering the mind-boggling explanations that science gives us about the Universe. If he can pass on this wonder and enjoyment to the next generation, he will consider it a job well done.

There are 12 speakers in total and they are hoping for 250 audience members. The TEDxEastVan 2016 ticket page notes this,

TEDxEastVan is a day-long event that brings together creators, catalysts, designers, and thinkers to share their ideas on the TEDx stage. A day of listening that invites thought, discussion, and play — the TEDx talks are interspersed with activities, performances, and food worth eating. Our theme this year is “MOVE.”

TEDxEastVan is dedicated to discovering great ideas and sharing them with the rest of the world. Acting as a hub of energy and inspiration, the TEDxEastVan stage will bring unique thinkers together in a platform for sharing wisdom and experiences. It is a chance to welcome interesting people into the community and to showcase and celebrate the dynamic ideas which exist in East Vancouver.

WHAT’S INCLUDED IN YOUR TICKET?

  • Morning coffee/tea and light snack at the York Theatre during registration
  • SESSION ONE Talks and Performances inside the York Theatre
  • Lunchtime meal and drink at the Aboriginal Friendship Centre
  • Lunchtime activities at the Aboriginal Friendship Centre
  • SESSION TWO Talks and Performances inside the York Theatre
  • Afternoon break with coffee/tea and light snack at the Aboriginal Friendship Centre
  • SESSION THREE Talks and Performances inside the York Theatre

Your ticket will also include a free ticket to the Taste of East Van TEDxEastVan exclusive AFTER-PARTY at Big Rock Urban Brewery ( 310 W 4th Ave.). Ticket includes beer tastings from 13 East Van breweries that have partnered with the event, live musical and dance performances and plenty of snacks! Keep the conversation going with a chance to mingle directly with speakers, brewers, partners and the conference organizers.

We’re so looking forward to meeting you all! 🙂

ALL TICKET SALES END APRIL 15, 2016 AT 11:30PM PST.  << Updated
ALL TICKET SALES ARE FINAL. NO REFUNDS AT ANYTIME.

Tickets are $67.88 (student) and $83.40, respectively. I imagine taxes will be added.

Hopefully one or other of these events will appeal.

Macchiarini controversy and synthetic trachea transplants (part 2 of 2)

For some bizarre frosting on this disturbing cake (see part 1 of the Macchiarini controversy and synthetic trachea transplants for the medical science aspects), a January 5, 2016 Vanity Fair article by Adam Ciralsky documents Macchiarini’s courtship of an NBC ([US] National Broadcasting Corporation) news producer who was preparing a documentary about him and his work,

Macchiarini, 57, is a magnet for superlatives. He is commonly referred to as “world-renowned” and a “super-surgeon.” He is credited with medical miracles, including the world’s first synthetic organ transplant, which involved fashioning a trachea, or windpipe, out of plastic and then coating it with a patient’s own stem cells. That feat, in 2011, appeared to solve two of medicine’s more intractable problems—organ rejection and the lack of donor organs—and brought with it major media exposure for Macchiarini and his employer, Stockholm’s Karolinska Institute, home of the Nobel Prize in Physiology or Medicine. Macchiarini was now planning another first: a synthetic-trachea transplant on a child, a two-year-old Korean-Canadian girl named Hannah Warren, who had spent her entire life in a Seoul hospital. …

Macchiarini had come to Vieira’s [Meredith Vieira, American journalist] attention in September 2012, when she read a front-page New York Times story about the doctor. She turned to [Benita] Alexander, one of her most seasoned and levelheaded producers, to look into a regenerative-medicine story for television.

When Alexander and Macchiarini found themselves together in Illinois for a period of weeks in the spring of 2013—brought there by the NBC special—they met frequently for quiet dinners. The trachea transplant on Hannah Warren, the Korean-Canadian girl, was being performed at Children’s Hospital of Illinois, in Peoria, and the procedure was fraught with risks, not least because Macchiarini’s technique was still a work in progress even for adults. (Christopher Lyles, an American who became the second person to receive an artificial trachea, died less than four months after his surgery at Karolinska.) “He’s a brilliant scientist and a great technical surgeon,” said Dr. Richard Pearl, who operated alongside Macchiarini in Illinois. Like others, Pearl described his Italian colleague as a Renaissance man, fluent in half a dozen languages. Another person, who would get to know him through Alexander, compared Macchiarini to “the Most Interesting Man in the World,” the character made famous in Dos Equis beer commercials.

In Peoria, Macchiarini’s medical magic appeared to have its limitations. Hannah Warren died from post-surgical complications less than three months after the transplant. Her anatomy “was much more challenging than we realized,” Pearl recounted. “Scientifically, the operation itself worked. It was just a shame what happened. When you’re doing something for the first time, you don’t have a textbook. It was the hardest operation I’ve ever scrubbed on.”

Then, there was the romance (from the Ciralsky article),

The personal relationship between Alexander and Macchiarini continued to blossom. In June 2013, they flew to Venice for what Alexander called “an incredibly romantic weekend.” Macchiarini bought her red roses and Venetian-glass earrings and took her on a gondola ride under the Bridge of Sighs. Like a pair of teenagers, they attached love locks to the Ponte dell’Accademia bridge, one of them bearing the inscription “B—P 23/6/13, 4 Ever.” Alexander told me that, “when he took me to Venice, we were still shooting the story … He always paid for everything … gifts, expensive dinners, flowers—the works. When it came to money, he was incredibly generous.”

It is a bedrock principle at NBC and every other news organization that journalists must avoid conflicts of interest, real or apparent. Alexander was not oblivious to this. “I knew that I was crossing the line in the sense that it’s a basic and well-understood rule of journalism that you don’t become involved with one of the subjects of your story, because your objectivity could clearly become compromised,” she told me. “I never once thought about him paying for the trip as him ‘buying’ me in some fashion, or potentially using money to influence me, because, from my perspective anyway … that just wasn’t the case. We were just crazy about each other, and I was falling in love.”

Alexander made her way to Stockholm at a later date (from the Ciralsky article),

Macchiarini was in Stockholm to attend to Yesim Cetir, a 25-year-old Turkish woman whose artificial trachea had failed. As Swedish television later reported, “It has taken nearly 100 surgeries to support the cell tissue around the airpipes. Her breathing is bad, and to avoid suffocation, her respiratory tract must be cleansed from mucus every fourth hour. She has now been lying in the hospital for nearly 1,000 days.” NBC’s special would come to include skeptical commentary from Dr. Joseph Vacanti, who questioned the sufficiency of Macchiarini’s research, but Cetir’s post-operative complications were not mentioned.

Prior to the NBC documentary’s (A Leap of Faith) airing, the romance became an engagement (from the Ciralsky article),

Macchiarini proposed to Benita Alexander on Christmas Day 2013, Alexander said. In the months leading up to the airing of A Leap of Faith, in June 2014, Macchiarini and Alexander went on trips to the Bahamas, Turkey, Mexico, Greece, and Italy. They went on shopping sprees and ate their way through Michelin-starred restaurants. Macchiarini even took Alexander and her daughter to meet his mother at her home, in Lucca. “She cooked homemade gnocchi,” Alexander recalled. Macchiarini’s mother shared pictures from the family photo album while her son translated. Emanuela Pecchia, the woman whom Macchiarini had married years earlier, lived only a short distance away. When Macchiarini informed Alexander, during a dinner cruise later that summer, that his divorce had finally come through, she recounted, he gave her an engagement ring.

In the months that followed, the doctor and his fiancée began planning their wedding in earnest. They set a date for July 11, 2015, in Rome. But their desire to marry in the Catholic Church was complicated by the fact that she is Episcopalian and divorced. Divorce would have been an issue for Macchiarini as well. However, Alexander said, Macchiarini insisted that he would fix things by visiting his friend and patient in the Vatican.

In October 2014, Alexander recalled, Macchiarini told her that he had met with Pope Francis for four hours and that the Pontiff consented to the couple’s marriage and, in yet another sign of his progressive tenure, vowed to officiate. Alexander said Macchiarini referred to himself as Pope Francis’s “personal doctor” and maintained that in subsequent meetings his patient offered to host the wedding at his summer residence, the Apostolic Palace of Castel Gandolfo.

Shortly after quitting her job in anticipation of her July 2015 wedding to Macchiarini, Alexander learned that Pope Francis who was supposed to officiate was in fact scheduled to be in South America during that time.  From the Ciralsky article,

As Alexander would discover with the help of a private investigator named Frank Murphy, virtually every detail Macchiarini provided about the wedding was false. A review of public records in Italy would also seem to indicate that Macchiarini remains married to Emanuela Pecchia, his wife of nearly 30 years. Murphy, who spent 15 years as a Pennsylvania State Police detective, told me, “I’ve never in my experience witnessed a fraud like this, with this level of international flair…. The fact that he could keep all the details straight and compartmentalize these different lives and lies is really amazing.

Ciralsky broaches the question of why someone with Macchiarini’s accomplishments would jeopardize his position in such a way,

To understand why someone of considerable stature could construct such elaborate tales and how he could seemingly make others believe them, I turned to Dr. Ronald Schouten, a Harvard professor who directs the Law and Psychiatry Service at Massachusetts General Hospital. “We’re taught from an early age that when something is too good to be true, it’s not true,” he said. “And yet we ignore the signals. People’s critical judgment gets suspended. In this case, that happened at both the personal and institutional level.” Though he will not diagnose from a distance, Schouten, who is one of the nation’s foremost authorities on psychopathy, observed, “Macchiarini is the extreme form of a con man. He’s clearly bright and has accomplishments, but he can’t contain himself. There’s a void in his personality that he seems to want to fill by conning more and more people.” When I asked how Macchiarini stacks up to, say, Bernie Madoff, he laughed and said, “Madoff was an ordinary con man with a Ponzi scheme. He never claimed to be the chairman of the Federal Reserve. He didn’t suggest he was part of a secret international society of bankers. This guy is really good.”

In addition to the romance, Ciralsky and Vanity Fair checked out Macchiarini’s résumé,

Vanity Fair contacted many of the schools at which Macchiarini claimed to have either earned a degree or held an academic post. While the University of Pisa confirmed that he indeed received an M.D. and had specialized in surgery, the University of Alabama at Birmingham denied that Macchiarini earned a master’s in biostatistics or that he participated in a two-year fellowship in thoracic surgery. In fact, according to U.A.B. spokesman Bob Shepard, the only record the school has for Macchiarini indicates that he did a six-month non-surgical fellowship in hematology/oncology—which according to the current Accreditation Council for Graduate Medical Education guidelines is 30 months shy of what is required for a clinical fellowship in that field. The University of Paris—Sud never responded to repeated requests for comment, but Hannover Medical School wrote to say that Macchiarini had been neither a full nor an associate professor there, merely an adjunct.

Comments

As I noted in part 1, there are medical science and ethical issues to be considered. As well, Macchiarini’s romantic behaviour certainly seems fraudulent as do parts of his curriculum vitae (CV) and there’s more about Macchiarini’s professional accomplishments (read Ciralsky’s entire January 5, 2016 Vanity Fair article for details).

The romantic and CV chicanery may or may not suggest serious problems with Macchiarini’s revolutionary procedure and ethics. History is littered with stories of people who achieved extraordinary advances and were not the most exemplary human beings. Paracelsus, founder of the field of toxicology and an important contributor in the fields of medicine and science, was reputedly a sketchy character. Caravaggio now remembered for his art, killed someone (accidentally or not) and was known for his violent behaviour even in a time when there was higher tolerance for it.

What I’m saying is that Macchiarini may be pioneering something important regardless of how you view his romantic chicanery and falsified CV. Medical research can be high risk and there is no way to avoid that sad fact. However, criticisms of the work from Macchiarini’s colleagues need to be addressed and the charge that a Russian patient who was not in imminent danger and not properly advised of the extremely high risk must also be addressed.

It should also be remembered that Macchiarini did not pull this off by himself. Institutions such as the Karolinska Institute failed to respond appropriately in the initial stages. As well, the venerable medical journal, The Lancet seems reluctant to address the situation even now.

Before dissecting the Alexander situation, it should be said that she showed courage in admitting her professional transgression and discussing a painful and humiliating romantic failure. All of us are capable of misjudgments and wishful thinking, unfortunately for her, this became an international affair.

More critically, Alexander, a journalist, set aside her ethics for a romance and what seems to be surprisingly poor research by Alexander’s team.  (Even I had a little something about this in 2013.) How did a crack NBC research team miss the problems? (For the curious, this Bryan Burrough April 30, 2015 article for Vanity Fair highlighting scandals plaguing NBC News may help to answer the question about NBC research.)

Finally, there’s an enormous amount of pressure on stem cell scientists due to the amounts of money and the degree of prestige involved. Ciralsky’s story notes the pressure when he describes how Macchiarini got one of this positions at an Italian facility in Florence through political machinations. (The situation is a little more complicated than I’ve described here but an accommodation in Macchiarini’s favour was made.) Laura Margottini’s Oct. 7, 2014 article for Science magazine provides a synopsis of another stem cell controversy in Italy.

Stem cell controversies have not been confined to Italy or Europe for that matter. There was the South Korean scandal in 2006 (see a Sept. 19, 2011 BBC [British Broadcasting Corporation] news online post for an update and synopsis) when a respected scientist was found to have falsified research results. Up to that  point, South Korea was considered the world leader in the field.

Finally,  if there are two survivors, is there a possibility that this procedure could be made successful for more patients or that some patients are better candidates than others?

Additional notes

Macchiarini is mounting a defence for himself according to a March 30, 2016 news item on phys.org and a Swedish survey indicates that the average Swede’s trust in researchers still remains high despite the Macchiarini imbroglio according to an April 15, 2016 news item on phys.org.

For anyone interested in the timeline and updates for this scandal, Retraction Watch offers this: http://retractionwatch.com/2016/02/12/reading-about-embattled-trachea-surgeon-paolo-macchiarini-heres-what-you-need-to-know/

Macchiarini controversy and synthetic trachea transplants (part 1 of 2)

Having featured Paolo Macchiarini and his work on transplanting synthetic tracheas into humans when it was lauded (in an Aug. 2, 2011 post titled: Body parts nanostyle), it seems obligatory to provide an update now that he and his work are under a very large cloud. Some of this is not new, there were indications as early as this Dec. 27, 2013 post titled: Trachea transplants: an update which featured an article by Gretchen Vogel in Science magazine hinting at problems.

Now, a Feb. 4, 2016 article by Gretchen Vogel for Science magazine provides a more current update and opens with this (Note: Links have been removed),

The Karolinska Institute (KI) in Stockholm “has lost its confidence” in surgeon Paolo Macchiarini, a senior researcher at the institute, and will end its ties with him. In a statement issued today, KI said that it won’t renew Macchiarini’s contract after it expires on 30 November 2016.

The move comes in the wake of a chilling three-part TV documentary about Macchiarini, a former media darling who was cleared of scientific misconduct charges by KI vice-chancellor Anders Hamsten last summer. Among other things, The Experiments, broadcast in January by Swedish public television channel SVT, suggests that Macchiarini didn’t fully inform his patients about the risks of his pioneering trachea implants. Most of the patients died, including at least one—a woman treated in Krasnodar, Russia—who was not seriously ill before the surgery.

For a profession that has “do no harm” as one of its universal tenets, the hint that a patient not in dire need agreed to a very risky procedure without being properly apprised of the risks is chilling.

Macchiarini’s behavriour is not the only concern, the Karolinska Institute is also being held to account (from the Vogel article),

The film has also raised questions about the way Hamsten and other administrators at KI, Sweden’s most prestigious university and home of the selection committee for the Nobel Prize in Physiology or Medicine, have handled the scandal. Today [Feb. 4, 2016], the Institute’s Board decided to launch an independent review, to be led by an experienced lawyer, into KI’s 5-year relationship with Macchiarini. Among the things the inquiry should address is whether any errors were made or laws were broken when Macchiarini was hired; whether misconduct charges against him were handled properly; and why, given the controversy, he was given a new 1-year contract  as a senior researcher after his appointment as a visiting professor at KI ended in October 2015.

Getting back to Macchiarini (from the Vogel article),

In 2014, colleagues at KI alleged that Macchiarini’s papers made his transplants seem more successful than they were, omitting serious complications. Two patients treated at Karolinska died, and a third has been in intensive care since receiving a trachea in 2012. The Illinois patient also died, as did three patients in Russia. Bengt Gerdin, a professor emeritus of surgery at Uppsala University in Sweden who investigated the charges at KI’s request, concluded in May 2015 that differences between published papers and lab records constituted scientific misconduct. But Hamsten rejected that conclusion in August, based on additional material Macchiarini submitted later.

The documentary shows footage of a patient who says Macchiarini reassured him before the surgery that experiments had been done on pigs, when in fact none had taken place. It also follows the wrenching story of the first patient in Krasnodar. A 33-year-old woman, she was living with a tracheostomy that she said caused her pain, but her condition was not life-threatening. The film suggests that she wasn’t fully aware of the risks of the operation, and that Macchiarini and his colleagues knew about problems with the implant before the surgery. The patient’s first implant failed, and she received a second one in 2013. She died in 2014.

So in May 2015, an investigator concluded there had been scientific misconduct and, yet, Macchiarini’s contract is renewed in the fall of 2015.

Kerry Grens in a March 7, 2016 article for The Scientist provides information about the consequences of the latest investigation into Macchiarini’s work (Note: Links have been removed),

Karl-Henrik Grinnemo, a surgeon at the Karolinska Institute and one of a number of colleagues who voiced concerns about the conduct of fellow surgeon Paolo Macchiarini, is no longer a coauthor on a 2011 The Lancet study led by Macchiarini that described an artificial windpipe. Grinnemo asked to be removed from the paper, and the journal complied last week (March 3).

Grinnemo’s removal from the study is the latest in a string of repercussions related to an investigation of Macchiarini’s work. Last month, the head of the Karolinska Institute, Anders Hamsten, resigned because the institution’s initial investigation concluded no wrongdoing. Hamsten said he and his colleagues were probably wrong about Macchiarini; the institute has launched another investigation into the surgeon’s work.

A March 23, 2016 news item on phys.org announces Macchiarini’s firing from the Karolinska Institute and provides a brief description of his work with synthetic tracheas (Note: A link has been removed),

Sweden’s Karolinska Institute (KI), which awards the Nobel Prize for Medicine, on Wednesday [March 23, 2016] dismissed a Italian transplant surgeon suspected of research fraud and ethical breaches, in an affair that has plunged the renowned institution into crisis.

“It is impossible for KI to continue to have any cooperation with Paolo Macchiarini. He has acted in a way that has had very tragic consequences for the people affected and their families. His conduct has seriously damaged confidence in KI,” human resource director Mats Engelbrektson said in a statement.

Macchiarini, a 57-year-old visiting professor at Karolinska since 2010, rose to fame for carrying out the first synthetic trachea, or windpipe, transplant in 2011.

It was a plastic structure seeded with the patient’s own stem cells—immature cells that grow into specialised cells of the body’s organs.

The surgeon performed three such operations in Stockholm and five others around the world, and the exploit was initially hailed as a game-changer for transplant medicine.

But six of the eight patients reportedly died, and allegations ensued that the risky procedure had been carried out on at least one individual who had not been life-threateningly ill.

Macchiarini is also suspected of lying about his scientific research and his past experience with prestigious medical research centres.

“Paolo Macchiarini supplied false or misleading information in the CV he submitted to KI” and “demonstrated scientific negligence” in his research, said the institute.

H/t to Don Bright, a reader who informed me about this April 2, 2016 posting by Pierre Delaere (a long time Macchiarini critic), published in Leonid Schneider’s blog, For Better Science,

I have written this overview as a trachea surgeon working at KU Leuven and privileged witness of the “Tracheal regeneration scandal” from the very start.

Because of its immense scale, the scandal is difficult to grasp and explain. Fortunately, we have recently been provided with an excellent overview in the 3 x 1-hour documentary by Bosse Lindquist on Swedish national TV. Due to Paolo Macchiarini’s appetite for the spotlights and thanks to the professional standards of the Swedish top producer this is probably the very first case of a medical crime played out in the media. Anyone who has seen this brilliant investigative documentary cannot help but wonder why there are still people who doubt that this is a case of gross medical misconduct.

The story began in Barcelona in 2008 with the publication in The Lancet of a report on a regenerated windpipe, featuring Paolo Macchiarini (PM) as its first author (Macchiarini et al. Lancet 2008). This ground-breaking achievement consisted of bringing to life a dead windpipe from a donor, by putting it in a plastic box, a so-called ‘bioreactor’ together with bone marrow fluid (stem cells). A few weeks later, I wrote a letter to The Lancet, pointing out:

    “The main drawback of the proposed reconstruction is the lack of an intrinsic blood supply to the trachea. We know that a good blood supply is the first requirement in all other tissue and organ transplantations. Therefore, the reported success of this technique is questionable” (correspondence by Delaere and Hermans, Lancet 2009).

Delaere goes on to recount and critique the story of the first synthetic trachea,

…  PM had mounted bone marrow extract (‘stem cells’) on a plastic tube (‘bioartificial trachea’) in a plastic box (‘bioreactor’). After a day or two this creation was ‘successfully’ transplanted in a patient with a trachea defect. This occurred in the Karolinska hospital in July 2011 and was reported on in The Lancet shortly afterwards . Biologically speaking, the procedure is absolutely implausible.

In reality an important part of the windpipe had been replaced by a synthetic tube, and the presence of stem cells made no difference to this whatsoever.

For those not in the field, this procedure may still seem acceptable. A blood vessel can also be replaced by synthetic material because the material can grow into the sterile environment of the blood stream. However, this is completely impossible if the synthetic material is exposed to an environment of inhaled air full of bacteria. The laws of biology allow us to predict accurately what will happen after part of the windpipe has been replaced by a synthetic tube. After some time, the suturing between the synthetic tube and the surrounding tissue will come loose, leading to a number of serious complications. These complications inevitably lead to death in the short (months) or in the mid-long term (a few years). How long the patient will survive also depends on the options still left to treat complications. In most cases so far, a metal stent had to be implanted to keep the airway open in the sutured area.It is entirely predictable that additional complications after placement of the metal stent will ultimately lead to the patient’s death, usually by asphyxiation or by bleeding out after complete rupture of the sutures. This gruesome fate awaiting patients was clearly shown in the documentary. Replacing a part of the trachea by a synthetic tube can therefore be compared to death by medical torture. The amount of suffering it induces is directly proportional to the duration between implantation and the patient’s death.

Delaere describes his own and others’ efforts to bring these issues to light,

Since 2011, I have contacted both the President of KI and the Editors of The Lancet with well-documented information to clarify that what had happened was completely unacceptable. These alerts were repeated in 2013 and 2014. Since 2014, four doctors from KI, who had seen it all happen, have been collecting evidence to show the extent of misconduct [Matthias Corbascio, Thomas Fux, Karl-Henrik Grinnemo and Oscar Simonsson, their letter to Vice-Chancellor Hamsten from June 22, 2015, and its attachments available here; -LS]. Not only did KI not react to the doctors’ complaint, these doctors were in fact intimidated and threatened with dismissal. KI’s Ethical Commission came to a verdict of ‘no misconduct’ in April 2015 following an inquiry based on a series of complaints filed by myself [verdict available from SVT here, -LS]. The Lancet Editor did not even bother to reply to my complaints.

In the reports, eight patients were given synthetic tracheas with six now dead and, allegedly, two still living. Delaere comments,

… To prove that this transplantation technique is effective, reports about the long-term success of this technique in the first 2 patients in Barcelona and London is still being spread. What the real situation of the two patients is at the moment is very difficult to establish. For some time now, reports about these two cases seem to have disappeared from the face of the earth. After the air has been cleared in Sweden, the same will probably happen in London and Barcelona.

Comments

Sometimes medical research can be very dangerous. While, a 25% chance of success (two of Macchiarini’s eight patients undergoing the synthetic trachea transplant have allegedly survived) is not encouraging, it’s understandable that people in dire circumstances and with no other options might want to take a chance.

It’s troubling that the woman in Russia was not in dire straights and that she may not have known how dangerous the procedure is. It would have been unethical of Macchiarini to knowingly perform the procedure under those circumstances.

I am wrestling with some questions about the composite used to create the synthetic trachea and the surviving patients. My understanding is that the composite was designed for eventual deterioration as the patient’s own harvested stem cells fully formed the trachea. Whether the trachea is the one I imagined or he plastic one described by Delaere, how did two patients survive and what is their condition now? The first patient Andemariam Teklesenbet Beyene in 2011 had apparently completed his PhD studies by 2013 (my Dec. 27, 2013 posting). Assuming Beyene is one of the two survivors, what has happened to him and the other one?

As for Delaere’s comments, he certainly raises some red flags not only regarding the procedure but the behaviour of the Lancet editorial team and the Karolinska Institute (they seem to be addressing the issues by firing Macchiarini and with the  resignations of the staff and board).

There are two more twists to this story, which carries on in part 2.

Chip in brain lets quadriplegic (tetraplegic) move hands and fingers

An April 13, 2016 news item on ScienceDaily describes the latest brain implant,

Six years ago, he was paralyzed in a diving accident. Today, he participates in clinical sessions during which he can grasp and swipe a credit card or play a guitar video game with his own fingers and hand. These complex functional movements are driven by his own thoughts and a prototype medical system that are detailed in a study published online today in the journal Nature.

The device, called NeuroLife, was invented at Battelle, which teamed with physicians and neuroscientists from The Ohio State University Wexner Medical Center to develop the research approach and perform the clinical study. Ohio State doctors identified the study participant and implanted a tiny computer chip into his brain.

An April 13, 2016 Ohio State University news release on EurekAlert, which originated the news item, provides more details about the participant and the technology,

That pioneering participant, Ian Burkhart, is a 24-year-old quadriplegic from Dublin, Ohio, and the first person to use this technology. This electronic neural bypass for spinal cord injuries reconnects the brain directly to muscles, allowing voluntary and functional control of a paralyzed limb by using his thoughts. The device interprets thoughts and brain signals then bypasses his injured spinal cord and connects directly to a sleeve that stimulates the muscles that control his arm and hand.

“We’re showing for the first time that a quadriplegic patient is able to improve his level of motor function and hand movements,” said Dr. Ali Rezai, a co-author of the study and a neurosurgeon at Ohio State’s Wexner Medical Center.

Burkhart first demonstrated the neural bypass technology in June 2014, when he was able to open and close his hand simply by thinking about it. Now, he can perform more sophisticated movements with his hands and fingers such as picking up a spoon or picking up and holding a phone to his ear — things he couldn’t do before and which can significantly improve his quality of life.

“It’s amazing to see what he’s accomplished,” said Nick Annetta, electrical engineering lead for Battelle’s team on the project. “Ian can grasp a bottle, pour the contents of the bottle into a jar and put the bottle back down. Then he takes a stir bar, grips that and then stirs the contents of the jar that he just poured and puts it back down. He’s controlling it every step of the way.”

The neural bypass technology combines algorithms that learn and decode the user’s brain activity and a high-definition muscle stimulation sleeve that translates neural impulses from the brain and transmits new signals to the paralyzed limb.

The Battelle team has been working on this technology for more than a decade. To develop the algorithms, software and stimulation sleeve, Battelle scientists first recorded neural impulses from an electrode array implanted in a paralyzed person’s brain. They used that recorded data to illustrate the device’s effect on the patient and prove the concept.

Four years ago, former Battelle researcher Chad Bouton and his team began collaborating with Ohio State Neurological Institute researchers and clinicians Rezai and Dr. Jerry Mysiw to design the clinical trials and validate the feasibility of using the neural bypass technology in patients.

“In the 30 years I’ve been in this field, this is the first time we’ve been able to offer realistic hope to people who have very challenging lives,” said Mysiw, chair of the Department of Physical Medicine and Rehabilitation at Ohio State. “What we’re looking to do is help these people regain more control over their bodies.”

During a three-hour surgery in April 2014, Rezai implanted a computer chip smaller than a pea onto the motor cortex of Burkhart’s brain.

The Ohio State and Battelle teams worked together to figure out the correct sequence of electrodes to stimulate to allow Burkhart to move his fingers and hand functionally. For example, Burkhart uses different brain signals and muscles to rotate his hand, make a fist or pinch his fingers together to grasp an object. As part of the study, Burkhart worked for months using the electrode sleeve to stimulate his forearm to rebuild his atrophied muscles so they would be more responsive to the electric stimulation.

“During the last decade, we’ve learned how to decipher brain signals in patients who are completely paralyzed and now, for the first time, those thoughts are being turned into movement,” said study co-author Bouton, who directed Battelle’s team before he joined the New York-based Feinstein Institute for Medical Research. “Our findings show that signals recorded from within the brain can be re-routed around an injury to the spinal cord, allowing restoration of functional movement and even movement of individual fingers.”

Burkhart said it was an easy decision to participate in the FDA-approved clinical trial at Ohio State’s Wexner Medical Center because he wanted to try to help others with spinal cord injuries. “I just kind of think that it’s my obligation to society,” Burkhart said. “If someone else had an opportunity to do it in some other part of the world, I would hope that they would commit their time so that everyone can benefit from it in the future.”

Rezai and the team from Battelle agree that this technology holds the promise to help patients affected by various brain and spinal cord injuries such as strokes and traumatic brain injury to be more independent and functional.

“We’re hoping that this technology will evolve into a wireless system connecting brain signals and thoughts to the outside world to improve the function and quality of life for those with disabilities,” Rezai said. “One of our major goals is to make this readily available to be used by patients at home.”

Burkhart is the first of a potential five participants in a clinical study. Mysiw and Rezai have identified a second patient who is scheduled to start the study in the summer.

“Participating in this research has changed me in the sense that I have a lot more hope for the future now,” Burkhart said. “I always did have a certain level of hope, but now I know, first-hand, that there are going to be improvements in science and technology that will make my life better.”

Here’s a link to and a citation for the paper,

Restoring cortical control of functional movement in a human with quadriplegia by Chad E. Bouton, Ammar Shaikhouni, Nicholas V. Annetta, Marcia A. Bockbrader, David A. Friedenberg, Dylan M. Nielson, Gaurav Sharma, Per B. Sederberg, Bradley C. Glenn, W. Jerry Mysiw, Austin G. Morgan, Milind Deogaonkar, & Ali R. Rezai. Nature (2016)  doi:10.1038/nature17435 Published online 13 April 2016

This paper is behind a paywall but there is an in depth April 13, 2016 article by Linda Geddes in Nature providing nuggets of new insight such as this,

Previous studies have suggested that after spinal-cord injuries, the brain undergoes ‘reorganization’ — a rewiring of its connections. But this new work suggests that the degree of reorganization occurring after such injuries may be less than previously assumed. “It gives us a lot of hope that there are perhaps not as many neural changes in the brain as we might have imagined [emphasis mine] after an injury like this, and we can bypass damaged areas of the spinal cord to regain movement,” says Bouton.

The Geddes article is open access.

Finally, there’s an April 13, 2016 article by Will Oremus for Slate.com, which notes that this story is not a fairy tale as there’s a possibility the chip will be removed in the near future as the US Food and Drug Administration’s approval of the device was conditional due to this,

Burkhart knows the device was never meant to last forever. The brain implant’s efficacy gradually degrades over time due to scarring in the brain tissue, and eventually that hardware degradation will start to undo the progress that Burkhart and the software have made together.

He told me he has accepted that his newfound mobility is temporary, and that the progress he has made is likely to benefit posterity more than it benefits him. “I now know that when I’m connected to the system I can do all these great things. It won’t be too much of a shock to me [when it’s over], because even now I can only use the system for a few hours a week when I’m down in the lab. But it will be something I’ll certainly miss.”

Nanotechnology and vinyl records

A Taipei Times April 17, 2016 article by Chang Chung-yi and Jake Chung announces,

… a recent technological breakthrough in the production of vinyl records might lead to a resurgence in their popularity, especially for audiophiles.

The Taiwan branch of Japanese company Ulvac unveiled samples of its vinyl records — coated in nano-scale molybdenum — at the Hi-End Audio Show in Kaohsiung that opened on Thursday and is to run through today, with more than 200 international brands displaying products at its 80 stalls.

Ulvac demonstrated the technology’s ability to fix common problems that plague vinyl records, such as scratching, poor heat conductivity and susceptibility to static electricity.

Ulvac staff said that the coating helps harden the polyvinyl chloride (PVC) material that records are made of and prevents it from being easily damaged, adding that the coating also allows for more refined sound quality.

Local media reported that the coating was developed by Ulvac Taiwan vice chief executive officer Clare Wei (魏雲祥), who started listening to vinyl records last year.

After discovering the problems associated with the PVC used in the production of records, Wei spent more than NT$150 million (US$4.64 million) on laboratories, equipment and personnel to try to apply the nano-scale coating material on vinyl, the Chinese-language United Daily News reported.

According to one expert, the technology for producing records hadn’t changed since the 1940’s.

Teslaphoresis; self-assembling materials from a distance

Getting carbon nanotubes to self-assemble from a distance is possible according to an April 14, 2016 news item on ScienceDaily,

Scientists at Rice University have discovered that the strong force field emitted by a Tesla coil causes carbon nanotubes to self-assemble into long wires, a phenomenon they call “Teslaphoresis.”

An April 14, 2016 Rice University (US) news release, (also on EurekAlert) which originated the news item, expands on the theme,

Cherukuri [Rice chemist Paul Cherukuri] sees this research as setting a clear path toward scalable assembly of nanotubes from the bottom up.

The system works by remotely oscillating positive and negative charges in each nanotube, causing them to chain together into long wires. Cherukuri’s specially designed Tesla coil even generates a tractor beam-like effect as nanotube wires are pulled toward the coil over long distances.

This force-field effect on matter had never been observed on such a large scale, Cherukuri said, and the phenomenon was unknown to Nikola Tesla, who invented the coil in 1891 with the intention of delivering wireless electrical energy.

“Electric fields have been used to move small objects, but only over ultrashort distances,” Cherukuri said. “With Teslaphoresis, we have the ability to massively scale up force fields to move matter remotely.”

The researchers discovered that the phenomenon simultaneously assembles and powers circuits that harvest energy from the field. In one experiment, nanotubes assembled themselves into wires, formed a circuit connecting two LEDs and then absorbed energy from the Tesla coil’s field to light them.

Cherukuri realized a redesigned Tesla coil could create a powerful force field at distances far greater than anyone imagined. His team observed alignment and movement of the nanotubes several feet away from the coil. “It is such a stunning thing to watch these nanotubes come alive and stitch themselves into wires on the other side of the room,” he said.

Nanotubes were a natural first test material, given their heritage at Rice, where the HiPco production process was invented. But the researchers envision many other nanomaterials can be assembled as well.

Lindsey Bornhoeft, the paper’s lead author and a biomedical engineering graduate student at Texas A&M University, said the directed force field from the bench-top coil at Rice is restricted to just a few feet. To examine the effects on matter at greater distances would require larger systems that are under development. Cherukuri suggested patterned surfaces and multiple Tesla coil systems could create more complex self-assembling circuits from nanoscale-sized particles.

Cherukuri and his wife, Tonya, also a Rice alum and a co-author of the paper, noted that their son Adam made some remarkable observations while watching videos of the experiment. “I was surprised that he noticed patterns in nanotube movements that I didn’t see,” Cherukuri said. “I couldn’t make him an author on the paper, but both he and his little brother John are acknowledged for helpful discussions.”

Cherukuri knows the value of youthful observation — and imagination — since he started designing Tesla coils as a teen. “I would have never thought, as a 14-year-old kid building coils, that it was going to be useful someday,” he said.

Cherukuri and his team self-funded the work, which he said made it more meaningful for the group. “This was one of the most exciting projects I’ve ever done, made even more so because it was an all-volunteer group of passionate scientists and students. But because Rice has this wonderful culture of unconventional wisdom, we were able to make an amazing discovery that pushes the frontiers of nanoscience.”

The teammates look forward to seeing where their research leads. “These nanotube wires grow and act like nerves, and controlled assembly of nanomaterials from the bottom up may be used as a template for applications in regenerative medicine,” Bornhoeft said.

“There are so many applications where one could utilize strong force fields to control the behavior of matter in both biological and artificial systems,” Cherukuri said. “And even more exciting is how much fundamental physics and chemistry we are discovering as we move along. This really is just the first act in an amazing story.”

Rice University has produced a video featuring the research and the researchers,

Here’s a link to and a citation for the paper,

Teslaphoresis of Carbon Nanotubes by Lindsey R. Bornhoeft, Aida C. Castillo, Preston R. Smalley, Carter Kittrell, Dustin K. James, Bruce E. Brinson, Thomas R. Rybolt, Bruce R. Johnson, Tonya K. Cherukuri†, and Paul Cherukuri. ACS Nano, Article ASAP DOI: 10.1021/acsnano.6b02313 Publication Date (Web): April 13, 2016

Copyright © 2016 American Chemical Society

This paper is behind a paywall.

The Tesla coil was created by Nikola Tesla, a renowned Serbian-American scientist and engineer.

Prime Minister Trudeau, the quantum physicist

Prime Minister Justin Trudeau’s apparently extemporaneous response to a joking (non)question about quantum computing by a journalist during an April 15, 2016 press conference at the Perimeter Institute for Theoretical Physics in Waterloo, Ontario, Canada has created a buzz online, made international news, and caused Canadians to sit taller.

For anyone who missed the moment, here’s a video clip from the Canadian Broadcasting Corporation (CBC),

Aaron Hutchins in an April 15, 2016 article for Maclean’s magazine digs deeper to find out more about Trudeau and quantum physics (Note: A link has been removed),

Raymond Laflamme knows the drill when politicians visit the Perimeter Institute. A photo op here, a few handshakes there and a tour with “really basic, basic, basic facts” about the field of quantum mechanics.

But when the self-described “geek” Justin Trudeau showed up for a funding announcement on Friday [April 15, 2016], the co-founder and director of the Institute for Quantum Computing at the University of Waterloo wasn’t met with simple nods of the Prime Minister pretending to understand. Trudeau immediately started talking about things being waves and particles at the same time, like cats being dead and alive at the same time. It wasn’t just nonsense—Trudeau was referencing the famous thought experiment of the late legendary physicist Erwin Schrödinger.

“I don’t know where he learned all that stuff, but we were all surprised,” Laflamme says. Soon afterwards, as Trudeau met with one student talking about superconductivity, the Prime Minister asked her, “Why don’t we have high-temperature superconducting systems?” something Laflamme describes as the institute’s “Holy Grail” quest.

“I was flabbergasted,” Laflamme says. “I don’t know how he does in other subjects, but in quantum physics, he knows the basic pieces and the important questions.”

Strangely, Laflamme was not nearly as excited (tongue in cheek) when I demonstrated my understanding of quantum physics during our interview (see my May 11, 2015 posting; scroll down about 40% of the way to the Ramond Laflamme subhead).

As Jon Butterworth comments in his April 16, 2016 posting on the Guardian science blog, the response says something about our expectations regarding politicians,

This seems to have enhanced Trudeau’s reputation no end, and quite right too. But it is worth thinking a bit about why.

The explanation he gives is clear, brief, and understandable to a non-specialist. It is the kind of thing any sufficiently engaged politician could pick up from a decent briefing, given expert help. …

Butterworth also goes on to mention journalists’ expectations,

The reporter asked the question in a joking fashion, not unkindly as far as I can tell, but not expecting an answer either. If this had been an announcement about almost any other government investment, wouldn’t the reporter have expected a brief explanation of the basic ideas behind it? …

As for the announcement being made by Trudeau, there is this April 15, 2016 Perimeter Institute press release (Note: Links have been removed),

Prime Minister Justin Trudeau says the work being done at Perimeter and in Canada’s “Quantum Valley” [emphasis mine] is vital to the future of the country and the world.

Prime Minister Justin Trudeau became both teacher and student when he visited Perimeter Institute today to officially announce the federal government’s commitment to support fundamental scientific research at Perimeter.

Joined by Minister of Science Kirsty Duncan and Small Business and Tourism Minister Bardish Chagger, the self-described “geek prime minister” listened intensely as he received brief overviews of Perimeter research in areas spanning from quantum science to condensed matter physics and cosmology.

“You don’t have to be a geek like me to appreciate how important this work is,” he then told a packed audience of scientists, students, and community leaders in Perimeter’s atrium.

The Prime Minister was also welcomed by 200 teenagers attending the Institute’s annual Inspiring Future Women in Science conference, and via video greetings from cosmologist Stephen Hawking [he was Laflamme’s PhD supervisor], who is a Perimeter Distinguished Visiting Research Chair. The Prime Minister said he was “incredibly overwhelmed” by Hawking’s message.

“Canada is a wonderful, huge country, full of people with big hearts and forward-looking minds,” Hawking said in his message. “It’s an ideal place for an institute dedicated to the frontiers of physics. In supporting Perimeter, Canada sets an example for the world.”

The visit reiterated the Government of Canada’s pledge of $50 million over five years announced in last month’s [March 2016] budget [emphasis mine] to support Perimeter research, training, and outreach.

It was the Prime Minister’s second trip to the Region of Waterloo this year. In January [2016], he toured the region’s tech sector and universities, and praised the area’s innovation ecosystem.

This time, the focus was on the first link of the innovation chain: fundamental science that could unlock important discoveries, advance human understanding, and underpin the groundbreaking technologies of tomorrow.

As for the “quantum valley’ in Ontario, I think there might be some competition here in British Columbia with D-Wave Systems (first commercially available quantum computing, of a sort; my Dec. 16, 2015 post is the most recent one featuring the company) and the University of British Columbia’s Stewart Blusson Quantum Matter Institute.

Getting back to Trudeau, it’s exciting to have someone who seems so interested in at least some aspects of science that he can talk about it with a degree of understanding. I knew he had an interest in literature but there is also this (from his Wikipedia entry; Note: Links have been removed),

Trudeau has a bachelor of arts degree in literature from McGill University and a bachelor of education degree from the University of British Columbia…. After graduation, he stayed in Vancouver and he found substitute work at several local schools and permanent work as a French and math teacher at the private West Point Grey Academy … . From 2002 to 2004, he studied engineering at the École Polytechnique de Montréal, a part of the Université de Montréal.[67] He also started a master’s degree in environmental geography at McGill University, before suspending his program to seek public office.[68] [emphases mine]

Trudeau is not the only political leader to have a strong interest in science. In our neighbour to the south, there’s President Barack Obama who has done much to promote science since he was elected in 2008. David Bruggeman in an April 15, 2016  post (Obama hosts DNews segments for Science Channel week of April 11-15, 2016) and an April 17, 2016 post (Obama hosts White House Science Fair) describes two of Obama’s most recent efforts.

ETA April 19, 2016: I’ve found confirmation that this Q&A was somewhat staged as I hinted in the opening with “Prime Minister Justin Trudeau’s apparently extemporaneous response … .” Will Oremus’s April 19, 2016 article for Slate.com breaks the whole news cycle down and points out (Note: A link has been removed),

Over the weekend, even as latecomers continued to dine on the story’s rapidly decaying scraps, a somewhat different picture began to emerge. A Canadian blogger pointed out that Trudeau himself had suggested to reporters at the event that they lob him a question about quantum computing so that he could knock it out of the park with the newfound knowledge he had gleaned on his tour.

The Canadian blogger who tracked this down is J. J. McCullough (Jim McCullough) and you can read his Oct. 16, 2016 posting on the affair here. McCullough has a rather harsh view of the media response to Trudeau’s lecture. Oremus is a bit more measured,

… Monday brought the countertake parade—smaller and less pompous, if no less righteous—led by Gawker with the headline, “Justin Trudeau’s Quantum Computing Explanation Was Likely Staged for Publicity.”

But few of us in the media today are immune to the forces that incentivize timeliness and catchiness over subtlety, and even Gawker’s valuable corrective ended up meriting a corrective of its own. Author J.K. Trotter soon updated his post with comments from Trudeau’s press secretary, who maintained (rather convincingly, I think) that nothing in the episode was “staged”—at least, not in the sinister way that the word implies. Rather, Trudeau had joked that he was looking forward to someone asking him about quantum computing; a reporter at the press conference jokingly complied, without really expecting a response (he quickly moved on to his real question before Trudeau could answer); Trudeau responded anyway, because he really did want to show off his knowledge.

Trotter deserves credit, regardless, for following up and getting a fuller picture of what transpired. He did what those who initially jumped on the story did not, which was to contact the principals for context and comment.

But my point here is not to criticize any particular writer or publication. The too-tidy Trudeau narrative was not the deliberate work of any bad actor or fabricator. Rather, it was the inevitable product of today’s inexorable social-media machine, in which shareable content fuels the traffic-referral engines that pay online media’s bills.

I suggest reading both McCullough’s and Oremus’s posts in their entirety should you find debates about the role of media compelling.