Tag Archives: physics

Convergence at Canada’s Perimeter Institute: art/science and physics

It’s a cornucopia of convergence at Canada’s Perimeter Institute (PI). First, there’s a June 16, 2015 posting by Colin Hunter about converging art and science in the person of Alioscia Hamma,

In his professional life, Hamma is a lecturer in the Perimeter Scholars International (PSI) program and an Associate Professor at China’s Tsinghua University. His research seeks new insights into quantum entanglement, quantum statistical mechanics, and other aspects of the fundamental nature of reality.

Though he dreamed during his boyhood in Naples of one day becoming a comic book artist, he pursued physics because he believed – still believes – it is our most reliable tool for decoding our universe.

“Mathematics is ideal, clean, pure, and meaningless. Natural sciences are living, concrete, dirty, and meaningful. Physics is right in the middle, like the human condition,” says Hamma.

Art too, he says, resides in the middle ground between the world of ideals and the world as it presents itself to our senses.

So he draws. …

Perimeter Institute has provided a video where Hamma shares his ideas,

This is very romantic as in literature-romantic. If I remember rightly, ‘truth is beauty and beauty is truth’ was the motto of the romantic poets, Byron, Keats, and Shelley. It’s intriguing to hear similar ideas being applied to physics, philosophy, and art.

H/t to Speaking Up For Canadian Science regarding this second ‘convergence at PI‘. From the Convergence conference page on the Perimeter Institute website,

Convergence is Perimeter’s first-ever alumni reunion and a new kind of physics conference providing a “big picture” overview of fundamental physics and its future.

Physics is at a turning point. The most sophisticated experiments ever devised are decoding our universe with unprecedented clarity — from the quantum to the cosmos — and revealing a stunning simplicity that theory has yet to explain.

Convergence will bring together many of the world’s best minds in physics to probe the field’s most exciting ideas and chart a course for 21st century physics. The event will also celebrate, through commemorative lectures, the centenaries of two defining discoveries of the 20th century: Noether’s theorem and Einstein’s theory of general relativity.

Converge with us June 20-24. [Registration is now closed]

Despite registration being closed it is still possible to attend online,


Whether you’re at Convergence in person or joining us online, there are many ways to join the conversation:

You can find PI’s Convergence blog here.

A May 27, 2015 presentation on Bruno Pontecorvo in Vancouver (Canada)

A movie about Bruno Pontecorvo (a mover and shaker in the world of neutrino physics) is being hosted by ARPICO (Society of Italian Researchers and Professionals in Western Canada) on Wednesday, May 27, 2015. From a May 12, 2015 ARPICO announcement,

Maksimovic – The story of Bruno Pontecorvo

Prof. Samoil Bilenky will introduce a short movie on the life of Bruno Pontecorvo.

The movie will trace the main points of Bruno Pontecorvo’s life, a nuclear physicist, born in 1913 in Pisa (Italy) and dead in 1993 in Dubna (Russia).
Samoil Bilenky worked with Pontecorvo from 1975 until 1989 in Dubna where they developed the theory of neutrino masses and oscillations and proposed experiments on the search for neutrino oscillations.

The impact of Bruno Pontecorvo on neutrino physics is well recognized in the Scientific Community.

Prof. Samoil Bilenky obtained his doctoral degree at JINR (Joint Institute for Nuclear Research) in Dubna and collaborated with Bruno Pontecorvo for over a decade. He was also professor at the Moscow State University and later at SISSA (Scuola Internazionale Superiore di Studi Avanzati) in Italy. He has been a visiting scientist at TRIUMF (Canada’s National Laboratory for Particle and Nuclear Physics) in Canada, at DESY (Deutsches Elektronen-Synchrotron) in Germany, at the University of Valencia (Spain), the University of Turin (Italy) and at the TU Munich (Germany).
In 2002 prof. Samoil Bilenky received the Bruno Pontecorvo Prize and in 1999 he received the Humboldt Research Award.

Here are location and other event details,

The story of Bruno Pontecorvo
  • May 27, 2015 – 7:15pm
  • Activity Room, Main Level – 480 Broughton St, Vancouver, BC
  • Underground pay parking is available – EasyPark – Lot 64
    Everyone is invited to a no-host dinner with the Board of Directors afterwards.


The science of the Avengers: Age of Ultron

The American Chemical Society (ACS) has produced a video (almost 4 mins.) in their Reactions Science Video Series of podcasts focusing on the Avengers, super heroes, as portrayed in Avengers: Age of Ultron and science. From an April 29, 2015 ACS news release on EurekAlert,

Science fans, assemble! On May 1, the world’s top superhero team is back to save the day in “Avengers: Age of Ultron.” This week, Reactions looks at the chemistry behind these iconic heroes’ gear and superpowers, including Tony Stark’s suit, Captain America’s shield and more.

Here’s the video,

While the chemists are interested in the metal alloys, there is more ‘super hero science’ writing out there. Given my interests, I found the ‘Captain America’s shield as supercapacitor theory’ as described in Matt Shipman’s April 15, 2014 post on The Abstract (North Carolina State University’s official newsroom blog quite interesting. I featured Shipman’s ‘super hero and science’ series of posts in my April 28, 2014 posting.

Interactive haiku from Canada’s National Film Board

This comes from an April 2, 2015 posting on Canada’s National Film Board blog,

Designed to surprise, move, and inspire thought, Interactive Haiku will be released throughout the month of April, with 4 stories launching today. The project will also be featured at this year’s Tribeca Film Festival, as part of Tribeca Film Institute Interactive’s “Interactive Playground.”

Recently, the NFB and ARTE [France, interactive platform] asked creators to experiment a new kind of short interactive work: the very short form, or digital equivalent of the haiku. The 12 winning proposals come from 6 different countries and were selected out of 162 submissions from 20 nations.

The projects are accessible online or via tablets.

All of the interactive haiku follow 10 creative rules. These include: a 60-second time limit; being accessible to an international audience, and creating an experience that nudges us to see the world differently.

Discover the first 4 of these bite-sized, mind-jolting experiences below, along with some creative footnoting, courtesy of their vanguard creators.

Don’t want to miss a haiku? Subscribe to receive an e-mail notification (top left corner)! A new haiku will be released every Monday and Thursday of April (except for Easter Monday.)

Here’s a description of the four haiku pieces released in the first batch (from the April 2, 2015 NFB posting),

Cat’s Cradle

by Thibaut Duverneix, David Drury, Jean-Maxime Couillard, Gentilhomme (Canada)


A game of strings, frequencies, stars, and distances. Elegantly explore the theory of everything! (Experience Cat’s Cradle)

Who knew theoretical physics’ Superstring theory was such child’s play?!

“What is fascinating about [Superstring] theory is that it is extremely hard to prove – it forces mathematics and physics to work in an imaginary and deeply complex sandbox. The theory and its implications give rise to a wealth of poetic, even romantic, imagery, which is where our treatment begins.

In our interactive haiku, we propose a novel conception of this topic, treating it metaphorically with one of the most playful, simple and naive of childhood games: cat’s cradle.”


Speech Success

by Roc Albalat, Pau Artigas, Jorge Caballero and Marcel Pié (Spain)


The crowd is huge, tightly packed, and merciless. All eyes are on you. Will you be cheered… or will you flame out? (Experience Speech Success)

“If the haiku is based on the poet’s amazement at the sight of nature, here we look at certain attitudes toward technology – our present environment.

[Our haiku] gives a parodic representation of online social relationships. The Internet works as a public screen through which we try to break our isolation and be recognized. Often, our public shows of vanity don’t find targets: that’s why we have created a virtual public. We’ve programmed this audience to react to mood: the spectators’ reaction varies according to the speaker’s emotional intensity. The aim is to be ironic about our attempts to be heard on the network: finally you find somebody on the other side of the screen that listens and understands you –  for 60 full seconds.”


Life is Short

by Florian Veltman and Baptiste Portefaix (France)


From first to last words, everything goes by too fast. Relive the key moments of your life in a few seconds. (Experience Life is Short)

“As time goes by, our lives begin to appear shorter and shorter. And yet, we rarely take the time to stop and contemplate everything we’ve lived through and are still experiencing in the moment. Our haiku offers a quick opportunity to stop and reflect on time, memory, and our own inexorable demise. But pay attention! Life is Short can be only be enjoyed once – like life itself.”


Music is the Key of Life

by Theodor Twetman and Viktor Lanneld (Sweden)


Everyday objects possess an innate melody. Scan the barcodes of the objects around you and let the music play! (Experience Music is the Key of Life)

“Our haiku takes something ever-present but seldom noticed – the barcode – and makes it the star of the show. Relying on the camera, a tool seldom used in web applications, it brings interactivity beyond what’s on the screen, forcing the user to interact with physical objects that aren’t usually perceived as valuable or interesting.

In normal life, the barcode announces its presence with a simple beep noise when scanned at the supermarket. With our haiku, each code is given the opportunity to be noticed for its uniqueness, perhaps helping people notice and appreciate their beauty and the hard work they do.”


Hydrogels and cartilage; repurposing vehicles in space; big bang has ‘fingerprints’

The American Institute of Physics (AIP) has made a selection of four articles freely available (h/t Mar. 9, 2015 news item on Azonano).

From a March 6, 2015 AIP news release,

WASHINGTON D.C., March 6, 2015 — The following articles are freely available online from Physics Today (www.physicstoday.org), the world’s most influential and closely followed magazine devoted to physics and the physical science community.

You are invited to read, share, blog about, link to, or otherwise enjoy:


Physics Today‘s Ashley Smart reports on hydrogels that mimic the tricky nature of cartilage thanks to magnetically aligned nanosheets.

“In the realm of bioengineering, hydrogels are something of an all-purpose material. Made up of networks of interlinked, hydrophilic polymers, they tend to be soft, biocompatible, and highly absorbent…. The new material mimics the articular cartilage that lubricates our joints: It can support a heavy load along one direction while stretching and shearing with ease in the others.”

MORE: http://dx.doi.org/10.1063/PT.3.2707


Physics Today‘s Toni Feder reports on the innovative processes undertaken to repurpose various spacecraft in flight, including Kepler, Voyager, Deep Impact, Spitzer, and the Hubble Space Telescope.

“A comeback like Kepler’s is ‘not unique, but it’s unusual,’ says Derek Buzasi of Florida Gulf Coast University, who reinvented the Wide-Field Infrared Explorer (WIRE) after it failed following its 1999 launch. ‘Spacecraft are built for a specialized purpose, so they are hard to repurpose. You have to come up with something they are capable of at the same time they are incapable of their original mission.’

Deep Impact’s original mission was to hurl a copper ball at a comet and watch the impact. In its continued form as EPOXI, the spacecraft went on to visit another comet and, on the way, served as an observatory for user- proposed targets.”

MORE: http://dx.doi.org/10.1063/PT.3.2713


Physics Today‘s David Kramer interviews Rush Holt, the New Jersey congressman who retired from office and this past December took the helm of the American Association for the Advancement of Science.

“PT: What do you consider to be your accomplishments in Congress?

HOLT: I focused a lot on science education. Our real problem is not that we’re failing to produce excellent scientists, because we are [producing them], but rather that we have failed to maintain an appreciation for and understanding of science in the general population. I was able to keep a spotlight on the need but wasn’t able to accomplish as much as I wanted. We got science included in the subjects emphasized by federal law. But we haven’t really improved teacher professional development and other things we need to do.”

MORE: http://dx.doi.org/10.1063/PT.3.2714


In this article, physics researchers John Carlstrom, Tom Crawford and Lloyd Knox discuss the fingerprints of the Big Bang and quantum fluctuations in the early universe, which may soon reveal physics at unprecedented energy scales.

“With its empirical successes, inflation is by consensus the best paradigm—notwithstanding some notable dissenting views—for the mechanism that generated the primordial density fluctuations that led to all structure in the universe. Its success has motivated physicists to search for the siblings of those fluctuations, the gravitational waves, via their signature in the polarization of the CMB. If discovered, that gravitational imprint would open up an observational window onto quantum gravitational effects, extremely early times, and extremely high energies.”

MORE: http://dx.doi.org/10.1063/PT.3.2718

I have checked; all of the links do lead to the articles.

Medical isotope team at TRIUMF (Canada’s national laboratory for particle and nuclear physics) wins award

I’ve written a few times about the development of a new means for producing medical isotopes that does not require nuclear materials. (my June 10, 2014 posting and my June 9, 2013 posting,) The breakthrough was made at TRIUMF, Canada’s national laboratory for particle and nuclear physics, which is located in Vancouver, and the team which made the breakthrough is being honoured. From a Feb. 17, 2015 TRIUMF news release,

For their outstanding teamwork in realizing a solution for safe and reliable isotope production for hospitals in Canada,interdisciplinary research team CycloMed99 will be receiving a prestigious national award at a ceremony in Ottawa today [Feb. 17, 2015]. The Honourable David Johnston, Governor General of Canada, will present the NSERC  [Natural Sciences and Engineering Research Council of Canada] Brockhouse Canada Prize for Interdisciplinary Research in Science and Engineering to the team in recognition of their seamless teamwork and successes.

Drawing from expertise in physics, chemistry, and nuclear medicine, the team set out five years ago to develop a reliable, alternative means of production for a key medical isotope in order to eliminate the threat of a supply shortage – a catastrophic healthcare crisis for patients around the world. Technetium-99m (Tc-99m) is the world standard for medical imaging to diagnose cancer and heart disease. Every day, 5,000 medical procedures in
Canada and 70,000 daily worldwide depend on this isotope. With funding support from NSERC, CIHR and Natural Resources Canada, the team developed technology that uses medical cyclotrons already installed and operational in major hospitals across Canada to produce enough Tc-99m on a daily basis.

This innovation is safer and more environmentally friendly than current technology because it eliminates the need for highly enriched uranium, also avoiding the generation
of highly radioactive waste. Canada’s healthcare system would save money by producing isotopes locally under a full-cost recovery model.

The project resulted in over a dozen scientific publications, several provisional patents and a training opportunity for more than 175 individuals.

Now, the research team is focused on working with the world’s major cyclotron manufacturers to add factory-supported Tc-99m production capability to their existing product lines so the technology will become standard in future machines.

CycloMed99 is also working with a Canadian start-up company to license, transfer and sell this technology around the world. This will allow hospitals and companies with cyclotrons to retrofit their existing infrastructure with a Made in Canada solution to produce this valuable material.

Congratulations to the CycloMed99 team, recipients of the Brockhouse Canada Prize:

• Dr. Paul Schaffer, a chemist by training and Division Head, Nuclear Medicine at TRIUMF; Adjunct Professor, Dept. of Chemistry at Simon Fraser University; and Professor, Dept. of Radiology at the University of British Columbia (UBC);

• Dr. François Bénard, a clinician by training and BC Leadership Chair in Functional Cancer Imaging at the BC Cancer Agency; and Professor, Dept. of Radiology at UBC;

• Dr. Anna Celler, a medical physicist by training and Professor, Dept. of Radiology at UBC;

• Dr. Michael Kovacs, a chemist by training; PET Radiochemistry Facility Imaging Scientist at Lawson Health Research Institute; Associate Professor at Western University;

• Dr. Thomas J. Ruth, a nuclear chemist by training and researcher emeritus at TRIUMF; and Professor emeritus at UBC, and;

• Dr. John Valliant, a chemist by training and Scientific Director and CEO of the Centre for Probe Development and Commercialization; and Professor at McMaster University.

There’s more information about TRIUMF and the business aspect of this breakthrough in a Jan. 16, 2015 article by Tyler Orton for Business in Vancouver.

CONSTELLATIONS: a play about theoretical physics, romance, and multiverses

CONSTELLATIONS by Nicholas Payne was premiered to great acclaim in the UK in 2013 according to the producers of the play’s 2015 US premiere (previews starting Dec. 16, 2014 with the regular run starting Jan. 13, 2015) on Broadway in New York, New York. David Bruggeman in a Dec. 21, 2014 post on his Pasco Phronesis blog describes the production in more detail including some of the financial aspects. He also mentions a very special, Jan. 15, 2014 performance (Note: A link has been removed),

… I first heard from the World Science Festival about the January 15 premiere of Constellations (which includes a post-performance discussion with Brian Greene and playwright Nick Payne), …

Here’s a video made available by the producers. At this stage I imagine it could be described as a preview of the preview,

Here’s a description of the play from the World Science Festival’s CONSTELLATIONS webpage,

The story of Constellations is “boy meets girl” with a scientific twist. A simple encounter between a man (Jake Gyllenhaal) and a woman (Ruth Wilson) leads to a romantic journey that eventually encompasses one of the most profound theories of physics: the idea that we live in a bundle of universes where all possibilities exist. Greene [Brian Greene {physicist and World Science Festival co-founder}] and Payne [playwright] will follow the show with an on-stage discussion about what we know about the multiverse—and what remains a mystery.

For anyone unfamiliar with the ‘multiverse’ concept (from its Wikipedia entry),

The multiverse (or meta-universe) is the hypothetical set of infinite or finite possible universes (including the universe we consistently experience) that together comprise everything that exists: the entirety of space, time, matter, and energy as well as the physical laws and constants that describe them. The various universes within the multiverse are sometimes called parallel universes or “alternate universes”

The structure of the multiverse, the nature of each universe within it and the relationships among the various constituent universes, depend on the specific multiverse hypothesis considered. Multiple universes have been hypothesized in cosmology, physics, astronomy, religion, philosophy, transpersonal psychology, and fiction, …

Amusingly, the play was featured in two places I check for news. David Bruggeman’s Pasco Phronesis blog and Elaine Lui’s Lainey Gossip blog. From Lui’s Dec. 22, 2014 posting (Jakey & Ruth?),

The Gossip Genie appears to be ignoring my requests for a Jake Gyllenhaal-Rachel McAdams love situation. Because he’s been spending a lot of time with Ruth Wilson. They’re working on a new play together, Constellations. …

You can get tickets and more information about the play at CONSTELLATIONS on Broadway.

Become a Higgs Hunter (anyone can do it)

The Higgs you’d be hunting is a Higgs boson; the one that was confirmed to worldwide jubilation in 2012. (For anyone not familiar with the Higgs, I have a Dec. 14, 2011 post which provides a introductory video from the US Fermi Lab along with more information.)

Thanks to David Bruggeman and a Nov. 29, 2014 post on his Pasco Phronesis blog I have additional details about this citizen science, aka, crowdsourced science, project,

If you accept the assignment, Higgs Hunters will provide you several particle images from the ATLAS detector at CERN.  Mark any tracks that are off-centre in the images and move on to the next.  The tracks represent decay of exotic particles, particles that could have resulted from the decay of the Higgs boson.

Here’s more from a Science Magazine Nov. 26, 2014 posting (Note: Links have been removed),

Today [Nov. 26, 2014] marks the beginning of your chance to hunt for tiny explosions that could eventually lead to entirely new physics. Head to higgshunters.org to help scientists analyze 25,000 images from CERN’s particle collider, but be warned, you’ll be looking for evidence of the Higgs boson’s death. Some scientists believe that when the Higgs boson decays, it leaves behind other, completely new particles. …

Higgshunters.org has prepared its own video introduction to the project,

For those who prefer text, Higgs Hunters has this to say on its Introductory page,

In 2012, the world of Particle Physics rejoiced with the discovery of the long sought after Higgs boson particle. But this is just the beginning. In our search for answers to the most fundamental questions about the nature of reality, we are looking for your help in finding evidence of new physics beyond our current understanding. Through searching for exotic decays (particles falling apart in unexpected ways) in the Large Hadron Collider’s particle collisions, you can be a part of the next great revolution in Physics. The LHC’s computer programs were not designed to look for these decays, but we are willing to bet that a keen pair of human eyes can. So how about it, are you ready to change our understanding of the world?

On its How you can help page, the Higgs Hunters scientists describe the magnitude of the project and The Zooniverse (a citizen science organization), which is providing the platform for this project Note: Links have been removed,

Particle colliders produce a huge amount of data – so large in fact that the world-wide web was invented at CERN so scientists could share the data with each other to handle it. CERN now has a global computing grid of 170 computing centres in 40 countries trawling through the data, but computers are far from perfect. Unlike the human brain, which is naturally curious and excellent at pattern recognition, computer programs can only find what they have been taught how to find.

The Zooniverse has a rich history of making new discoveries that computers had completely missed (some older members will recall the excitement surrounding ‘Hanny’s Voorwerp’ found by a citizen scientist working on the Galaxy Zoo project). In this spirit, we need your help to look for the weird and wonderful secrets hiding in the LHC data. In doing so, you will also be teaching our computers how to better spot exotic particle events, speeding up the process of future scientific discoveries! To do this Higgs Hunters shows you a combination of simulated and real data. We need to understand what kind of events can be ‘detected’ using this site, and so we include computer-generated data as well as real data. You’ll be told after each classification if it was a simulation.

With your help, we can collectively improve our understanding of the universe. The next new discovery is waiting to be found!

Good luck!

I last mentioned The Zooniverse and citizen science in a Nov. 19, 2014 post about the upcoming American Association for the Advancement of Science (AAAS) 2015 meeting in California. Citizen science will be discussed in presentations at the meeting and also at the  Citizen Science Association’s first conference (which is being held as a pre-AAAS 2015 meeting conference).

Quantum; the dance performance about physics in Vancouver, Canada (2 of 2)

Gilles Jobin kindly made time to talk about his arts residency at CERN (European Particle Physics Laboratory) prior to the performances of Quantum (a dance piece resulting from the residency) from Oct. 16 -18, 2014 at Vancouver’s Dance Centre.

Jobin was the first individual to be selected as an artist-in-residence for three months in the CERN/Geneva programme (there is another artist-in-residence programme at the laboratory which is the CERN/Ars Electronica programme). Both these artist-in-residence programmes were announced in the same year, 2011. (You can find out more about the CERN artist-in-residence programmes on the Collide@CERN webpage,

As a main strategy of CERN’s Cultural Policy for Engaging with the Arts, Collide@CERN is a 3-year artist’s residency programme initiated by Arts@CERN in 2011.

By bringing world-class artists and scientists together in a free exchange of ideas, the Collide@CERN residency programme explores elements even more elusive than the Higgs boson: human ingenuity, creativity and imagination.

See below for more information about the Collide@CERN artist residency programmes:

Collide@CERN Geneva Residency

Prix Ars Electronica Collide@CERN Residency

The Collide@CERN prize – an open call to artists working in different art forms to win a fully funded residency – will be awarded annually in two strands (Collide@CERN Geneva and Prix Ars Electronica Collide@CERN) until 2013. It comprises prize money and a residency grant for up to 3 months at CERN.

The winning artists will interact and engage with CERN scientists in order to take their artistic work to new creative dimensions.

The awards are made following two annual international open calls and the jury comprises the cultural partners as well as representatives from Arts@CERN, including scientists.

Planned engagement with artists at CERN is a relatively new concept according to an August 4, 2011 CERN press release,

Today CERN1 launches its cultural policy for engaging with the arts. Called ‘Great Arts for Great Science’, this new cultural policy has a central strategy – a selection process for arts engagement at the level of one of the world’s leading research organizations.

“This puts CERN’s engagement with the arts on a similar level as the excellence of its science,” said Ariane Koek, CERN’s cultural specialist.

CERN’s newly appointed Cultural Board for the Arts will be the advisers and guardians of quality. It is made up of renowned cultural leaders in the arts from CERN’s host-state countries: Beatrix Ruf, Director of the Kunsthalle Zurich; Serge Dorny, Director General of the Lyon Opera House; Franck Madlener, Director of the music institute IRCAM in Paris. Geneva and CERN are represented by Christoph Bollman of ArtbyGenève and Michael Doser, an antimatter scientist. Membership of the board is an honorary position that will change every three years.

The Cultural Board will select one or two art projects a year to receive a CERN letter of approval, enabling these projects to seek external funding for their particle-physics inspired work. This will also build up an international portfolio of CERN-inspired work over the years to come, in conjunction with the Collide@CERN (link sends e-mail) Artists Residency Programme, details of which will be announced in the coming month.

To date, Jobin is the only choreographer to become, so to speak, a member of the CERN community. It was a position that was treated like a job. Jobin went to his office at CERN every day for three months to research particle physics. He had two science advisors, Nicholas Chanon and Michael Doser to help him gain an understanding of the physics being studied in the facility. Here’s Jobin describing his first experiences at CERN (from Jobin’s Collide Nov. 13, 2012 posting),

When I first arrived at Cern, I was captivated by the place and overwhelmed by the hugeness of the subject: Partical [sic] physics… And I had some serious catch up to do… Impressed by the two introduction days in which I had the opportunity to meet many different scientists, Ariane Koeck told me “not to panic” and “to spend my first month following my instinct and not my head…”. …

I found out about the 4 fundamental forces and the fact that gravity was the weakest of all the forces. For a contemporary dancer formed basically around the question of gravity and “groundness” that came as a total shock! I was not a “pile of stuff”, but particles bound together by the strong force and “floating” on the surface of the earth… Me, the earth, you readers, the LHC flying at incredible speed through space, without any of us, (including the physicists!) noticing anything…  Stardust flying into space… I was baffled…

Jobin was required deliver two public lectures, one at the beginning of his residency and the other at the end, as well as, a series of ‘interventions’. He instituted four ‘interventions’, one each in CERN’s library, data centre, anti-matter hall, and cafeteria. Here’s an image and a description of what Jobin was attempting with his library intervention (from his Nov. 13, 2012 posting),

CERN library dance intervention Credit: Gilles Jobin

CERN library dance intervention Credit: Gilles Jobin

 My idea was to “melt” our bodies into the timeline of the library. Like time chameleons, we were to adapt our movements and presence to the quiet and studious atmosphere of the library and be practically unnoticed. My postulate was to imagine that the perception of time is relative; there was a special texture to “time” inside the library. How long is an afternoon in a library? Never ending or passing by too quickly? It is a shared space, with the unique density you can feel in studious atmosphere and its user’s different virtual timelines. We melted into the element of the library and as we guessed, our “unusual” presence and actions did not create conflicts with our surroundings and the students at work. It was a bit like entering slowly into water and becoming part of the element without disturbing its balance. The time hypothesis worked… I wanted to do more site specific interventions in Cern because I was learning things differently. Some understanding was going through my body. Being in action into the labs…

It was only after the residency was completed that he started work on Quantum (producing a dance piece was not a requirement of the residency). After the residency, he did bring his science advisors, Chanon and Doser to his studio and brought his studio to CERN. Jobin managed to get rehearsal time in one of the halls that is 100 metres directly above the large hadron collider (LHC) during the time period when scientists were working to confirm the existence of the Higgs Boson). There were a number of announcements ‘confirming’ the Higgs. They started in July 2012 and continued, as scientists refined their tests, to March 2013 (Wikipedia entry)  when a definitive statement was issued. The definitive statement was recently followed with more confirmation as a June, 25, 2014 article by Amir Aczel for Discover declares Confirmed: That Was Definitely the Higgs Boson Found at LHC [large hadron collider].

As scientists continue to check and doublecheck, Jobin presented Quantum in October 2013 for the first time in public, fittingly, at CERN (from Jobin’s Oct. 3, 2013 blog posting),



Jobin was greatly influenced by encounters at CERN with Julius von Bismarck who won the 2012 Prix Ars Electronica Collide@CERN Residency and with his science advisors, Dosen and Chanon. Surprisingly, Jobin was also deeply influenced by Richard Feynman (American physicist; 1918 – 1988). “I loved his approach and his humour,” says Jobin while referring to a book Feynman wrote, then adding,  “I used Feynman diagrams, learning to draw them for my research and for my choreographic work on Quantum.”

For those unfamiliar with Feynman diagrams, from the Wikipedia entry (Note: Links have been removed),

In theoretical physics, Feynman diagrams are pictorial representations of the mathematical expressions describing the behavior of subatomic particles. The scheme is named for its inventor, American physicist Richard Feynman, and was first introduced in 1948. The interaction of sub-atomic particles can be complex and difficult to understand intuitively, and the Feynman diagrams allow for a simple visualization of what would otherwise be a rather arcane and abstract formula.

There’s also an engaging Feb. 14, 2010 post by Flip Tanedo on Quantum Diaries with this title, Let’s draw Feynman diagrams! and there’s this paper, by David Kaiser on the Massachusetts Institute of Technology website, Physics and Feynman’s Diagrams; In the hands of a postwar generation, a tool intended to lead quantum electrodynamics out of a decades-long morass helped transform physics. In the spirit of Richard Feynman, both the Tanedo post and Kaiser paper are quite readable. Also, here’s an example (simplified) of what a diagram (from the Quantum Diaries website) can look like,

[downloaded from http://www.quantumdiaries.org/2010/02/14/lets-draw-feynman-diagams/]

[downloaded from http://www.quantumdiaries.org/2010/02/14/lets-draw-feynman-diagams/]

Getting back to Quantum (dance), Jobin describes this choreography as a type of collaboration where the dancers have responsibility for the overall look and feel of the piece. (For more details, Jobin describes his ‘momement generators’ in the radio interview embedded in part 1 of this piece on Quantum.)

In common with most contemporary dance pieces, there is no narrative structure or narrative element to the piece although Jobin does note that there is one bit that could be described as a ‘Higgs moment’ where a dancer is held still by his or her feet, signifying the Higgs boson giving mass to the universe.

As to why Vancouver, Canada is being treated to a performance of Quantum, Jobin has this to say, “When I knew the company was traveling to New York City and then San Francisco, I contacted my friend and colleague, Mirna Zagar, who I met at a Croatian Dance Week Festival that she founded and produces every year.”  She’s also the executive director for Vancouver’s Dance Centre. “After that it was easy.”

Performances are Oct. 16 – 18, 2014 at 8 pm with a Post-show artist talkback on October 17, 2014.

Compagnie Gilles Jobin

$30/$22 students, seniors, CADA members/$20 Dance Centre members
Buy tickets online or call Tickets Tonight: 604.684.2787 (service charges apply to telephone bookings)

You can find part 1 of this piece about Quantum in my Oct. 15, 2014 posting. which includes a video, a listing of the rest of the 2014 tour stops, a link to an interview featuring Jobin and his science advisor, Michael Doser, on a US radio show, and more.

Finally, company dancers are posting video interviews (the What’s Up project mentioned in part 1) with dancers they meet in the cities where the tour is stopping will be looking for someone or multiple someones in Vancouver. These are random acts of interviewing within the context of the city’s dance community.

Vancouver’s Georgia Straight has featured an Oct. 15, 2014 article by Janet Smith about Jobin and his particle physics inspiration for Quantum.

The Higgs boson on its own has inspired other creativity as noted in my Aug. 1, 2012 posting (Playing and singing the Higgs Boson).

As noted in my Oct. 8, 2013 post, Peter Higgs (UK) after whom the particle was named  and François Englert (Belgium) were both awarded the 2013 Nobel Prize in Physics for their contributions to the theory of the Higgs boson and its role in the universe.