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Posts Tagged ‘japan’

Cette histoire, à cheval entre le LAL (Laboratoire de l’accélérateur linéaire) et l’IPNO (Institut de physique nucléaire d’Orsay), nous retrace le parcours admirable de cette physicienne qui œuvra avec force pour promouvoir les relations entre la France et le Japon.

En 1939, partir travailler à l’étranger était loin d’être évident pour un scientifique Japonais, d’autant plus si ce scientifique était une femme.         C’est pourtant ce que fit Toshiko Yuasa, que l’on connaît aussi comme la première physicienne Japonaise. C’est en France, au collège de France, sous la direction du professeur Frédéric Joliot-Curie, qu’elle commença ses recherches. Avec l’arrivée de la guerre, la physicienne dut quitter à regret la France, mais non sans se faire confier du matériel par ses collègues français, ce qui lui permit de poursuivre ses travaux. Une fois la guerre passée, c’est avec une certaine hâte qu’elle retourna en France, au CNRS, à l’IPNO, pour y mener 30 ans de carrière. Durant cette carrière et cette vie, elle œuvra remarquablement pour promouvoir les échanges culturels et scientifiques entre la France et le Japon.

Toshiko Yuasa sur le toit du Collège de France - 1941 - © Institut for Gender Studies, Ochanomizu University

Toshiko Yuasa sur le toit du Collège de France - 1941 - © Institut for Gender Studies, Ochanomizu University

Cette figure de l’IPNO a marqué les esprits, par son caractère et en tant que symbole d’une coopération entre la France et le Japon. En 2008, à l’occasion des 150 ans des relations France-Japon, l’IN2P3 a organisé, une cérémonie en sa mémoire, au siège du CNRS. La même année, son nom été attribué au LIA (Laboratoire international associé) Franco-Japonais FJ-PPL. Et enfin, au Japon, à l’université Ochanomizu dont elle était issue, une cérémonie équivalente eut lieu et 2 timbres furent édités en son honneur.

En 2008 la post-doctorante japonaise qui avait organisé les 2 cérémonies, et qui provient de la même université japonaise que Toshiko Yuasa, s’est vue attribuer un poste CNRS au LAL, bouclant ainsi la boucle d’une jolie histoire entre la France et le Japon.

Pour en savoir plus sur cette histoire une biographie de Toshiko Yuasa est disponible ici.

– anecdote fournie par le Laboratoire de l’Accélérateur Linéaire (LAL), unité mixte de recherche du CNRS/IN2P3 et de l’Université Paris Sud, dans le cadre des 40 ans de l’IN2P3.

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Summer is a productive time for us and tends to involve lots of traveling.

 

Fig. 1: My 2010 PDG booklet and my Japan Rail pass. I am not sure which is more important.

Hi All,

As fellow QDer Aidan posted this morning, it is conference season, again! Lots and lots of conferences for all the different sub-sub-fields in physics. Two big ones on my plate are Neutrino 2012, which is about ALL things that begin with the letters n-e-u-t-r-i-n-o and end in the letter -s; and ICHEP 2012, which is the mother-of-all high energy physics conferences. (Much more on ICHEP in a few weeks seeing that I have been invited to be a panelist on the “Social Media in Science Communication” session. Trust me, it will be good.)

Neutrinos are all the rage these days: from #FTLneutrinos to θ13, we are determined to know precisely how neutrinos work. Fortunate for us, there is a huge international conference, imaginatively called “Neutrino,” next week in the gorgeous, ancient city of Kyoto, Japan, and you can definitely count on there be a Quantum Diaries presence. QDer Zeynep Isvan will be around, and, with the suggestion from my chief editor, Daisy, I will be live-blogging the plenary sessions when I can. The programme is also already online, so feel free to check out the topics.

After the conference, however, is when things get kicked into high gear for me. A few months ago I won a NSF summer fellowship to research dark matter in Japan. It is now summer, so for the next three months I will be a visitor at University of Tokyo’s prestigious Institute for the Physics and Mathematics of the Universe, or IPMU for short. I still have plots to make for a meeting today and my first flight is (literally) 24 hours from now. At least I have my trusty messenger bag already packed with two of the more important things: a Japan Rail pass and my 2010 PDG booklet!

See you in Kyoto!

 

Happy Colliding

- richard (@bravelittlemuon)

PS While adding links and sources to the post, I found my IPMU host on Twitter.

PPS More than 3.6 fb-1 worth of data has already been collected by the collider experiments.

 

Fig. X: Conference Poster for Neutrino 2012 in Kyoto, Japan (http://neu2012.kek.jp/)

Fig. 2: Conference Poster for Neutrino 2012 in Kyoto, Japan (http://neu2012.kek.jp/)

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–by T. “Isaac” Meyer, Head of Strategic Planning & Communication

I am in Japan again. The sun rises early through fog and then sets early in a sea of chalky pastels. And what I am thinking about on this visit is global leadership. And not because of the Euro debt crisis or the silly antics of American politics or even the struggles of Canadian government as it tries to keep believing in a bright future amidst all this.

I’m thinking about how the nature of effective global leadership is starting to change. In the traditional view, a leader is a person up front, giving directions, listening to feedback from the team, and providing an overall sense of direction while representing the team to the outside world. Sometimes the leader will walk among the ranks and comment from the back of the room about how it’s going. But it is really only in the past few decades that we’ve seen “leadership from the back of the room” start to take off. What is it? Its where the leader puts himself or herself at the service of the group. Where the leader is mostly just listening and then identifying when consensus or agreement appears to be present. A leader “from the back of the room” would ask questions and make requests of others to present ideas or propose pathways for action.

In an article a few years ago, some economists called this “collaborative advantage.” They noted, “Strong possibilities that the nation can benefit by developing ‘mutual gain’ policies. Doing so requires a fundamental change in global strategy. The United States should move away from an almost certainly futile attempt to maintain dominance and toward an approach in which leadership comes from developing and brokering mutual gains among equal partners,” (L. Lynn and H. Salzman, “Collaborative Advantage,” Issues in Science and Technology, Winter 2006, p. 76). They say this collaborative advantage,  “…comes not from self-sufficiency or maintaining a monopoly but from being a valued collaborator at various levels in the international system.”

What does this have to do with my global travel this week? Well, I think Japan is in the process of taking on a leadership at the “back of the room” for the entire world. Traditionally, Japan has been a leader out in front by being extremely focused and very dedicated. In science and technology, Japan leads and invites others to follow after it has a leadership position. But in a modern world where everyone is competing and everyone needs a partner, it is the countries who can get other countries to work together that will ultimately succeed the most.

I’m here for the KEK/TRIUMF Scientific Symposium, an annual event where the two labs on either side of the Pacific Ocean review opportunities for collaboration on accelerator-based science. This time, though, there is a difference in the air. Both laboratories are looking for opportunities that are concrete and truly joint: where together they can offer a combined research or development capability that they wouldn’t be able to do individually. For instance, both TRIUMF and KEK provide beams of muons that are used for characterizing the magnetic properties and behavior of novel nanomaterials. In the next round of upgrades, both labs will assist each other with implementation and commissioning. But rather than collaborating to ensure that each has a complete and working system, the labs could partner so that they have complementary capabilities—and then send some of their users to the OTHER lab when those special capabilities are needed. This may sound obvious and it may sound trivial, but it is a profound shift. It’s like having the Chevy dealer tell you that for your needs, you really need a Ford and he/she will give you a ride over to the Ford dealership for free.

And so, globalization and the flat earth takes another step forward. Japan is looking for partners in science, Canada is looking to develop “collaborative advantages,” and Greece struggles to choose a premier. We will have peace on this planet sometime soon!

On a personal note, I have to say that this has been one of my more difficult trips to the Big Island of Japan. I am on a short-term eating plan (aka diet) to trim some weight and more importantly, interrupt my habit of eating everything in front of me. So for each very elegant and hand-crafted meal I sit down to at Japan, I am picking and choosing what I can actually taste and eat to minimize carbs and sugars. *sigh* I must come back again to fully savour this beautiful and noble country!

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Following the Fukushima Story

Wednesday, March 16th, 2011

— By T. “Isaac” Meyer, Head of Strategic Planning and Communications

The series of events at the Fukushima nuclear reactors in Japan following the massive earthquake and tsunamis will be something many of us will remember forever. If we ever doubted that we truly live in the “atomic age” as it was so fondly dubbed in the 1960s, we must surrender conception that now. From medical isotopes that diagnose disease and save lives to nuclear power plants that reduce greenhouse gas emissions and sometimes breakdown and create massive drama, we humans do live in a world that is controlled and affected by “physics” beyond the human eye.

As a science communicator for Canada’s national laboratory for particle and nuclear physics, I’ve been working almost non-stop to help track, interpret, and translate the unfolding drama of the heroic efforts to cool down and shut down the Fukushima Daiichi nuclear power plants. With the team here at TRIUMF, we have provided 15 radio interviews, five TV interviews, and numerous print comments in addition to online exchanges. Its not that we have special communications channels, its not that we operate a nuclear power plant, and its not that we have a crystal ball.

No, its that we know the difference between a dose and a dose rate; we have people who can translate the stream of high-quality information coming straight from Japanese twitter feeds (TRIUMF’s first PhD student is a now a Univ of Tokyo professor in Japan who is leading much of the scientific and technical communication efforts in the crisis); and we’ve been around radiation before. We are a particle and nuclear physics laboratory and we have radiation health and safety people that rival the best in the world. We don’t deal in quantities of radiation or material nearly as large as a nuclear power plant, of course, but we can shed some light on the issues and the context of what constitutes significant and what does not. In a way, providing this interpretation and even guidance is part of our responsibility as publicly funded researchers.

But it is a challenging and frustrating situation. Getting hard facts about what is going on in Fukushima Daiichi is difficult. This is because of language barriers, distance/transmission delays, cultural attitudes (parts of Japanese culture are more reserved than North America and its media), and the tremendous concentration required to actually focus on resolving the situation. You’ll notice that when the fire department is extinguishing a house fire, its only afterward that the fire chief starts talking with the media. All of her attention is on managing the crisis. As I said, its a tough challenge to balance getting the job and sharing news with the public—particularly when it might impact them.

I’ve thought about trying to blog about the situation, but the reality is that I’d be behind and since we don’t have all the facts, some of it would be speculation. I can say that the west coast of the U.S. and Canada, despite the deteroriating fuel material at Daiichi, is still quite safe from “blowover” of radioactive dust. The latest summary of where things are at is from the Washington Post with this nice graphic. There are even online geiger counters in Tokyo where you can check the “background radiation” weather.

My thoughts and prayers are with the people of Japan. What is making headlines this week will change their country forever…as it will the entire world.

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