Whatever its nature, every large project generates huge numbers of documents. And when project collaborators operate from different countries, as was the case for ITER in the early 2000s, the challenge is twofold: documents must not only be organized and managed, they must also be made easily accessible to all involved. Today, downloading a technical drawing, a spreadsheet or a detailed report located anywhere in the world can be done, and done fast, with the click of a mouse. But 20 years ago—when ITER was entering the site negotiation phase with technical and scientific teams operating from Naka, Japan, and Münich/Garching, Germany, and political decision-makers based in Brussels, Moscow, Tokyo, Washington and soon Beijing and Seoul¹—it was far from that simple. Tools already existed: by the late 1990s the email system was well established and the File Transfer Protocol (FTP) allowed the upload and download of large documents. The French Commissariat à l'énergie atomique (CEA), which was very active in promoting the Cadarache site for ITER, had developed a website that, by all accounts, was "pretty good." But for obvious reasons, the international ITER project needed a tool it could call its own. In the creation of what was to become the ITER Document Management (IDM) system, still central to ITER activities today, two people were to play a key role. One was Hans-Werner Bartels, a physicist involved in ITER nuclear safety since 1994 and who had just been appointed to head the embryonic ITER IT team in Garching ("physicists can do anything," he quips); the other was the Deputy-Project Leader Pietro Barabaschi, then ITER number two under Yasuo Shimomura. Throughout the process of creating and disseminating IDM, both were supported by Carlo Capuano, who Bartels considers "the Leonardo Da Vinci of IT," and Judith Campbell, "who used to run around from office to office" to tirelessly explain the workings of the system in the making. On Friday 4 October, ITER commemorated the small event that marked the beginning of what Director-General Barabaschi called “a remarkable success story”: the uploading, twenty years ago to the day, of a first document¹ into the project’s document management system, the now familiar and omnipresent IDM. Anniversaries are for recalling memories and thinking forward into the future. The ITER Director-General recalled how, in 2004, Hans-Werner Bartels advised him not to depend on commercial software to manage the project’s documents, proposing instead to create a “homemade” application prototype and coming up with a perfectly functional one in a month. Carlo Capuano, who like Bartels is a fusion physicist by training, explained the challenges of meeting the specific needs of ITER—from the variety, form and quantity of data generated to the necessity of providing uninterrupted access to users spread over a dozen time zones. IDM has evolved over the years but until recently the application remained based on outdated language and interfaces, not fully benefitting from the spectacular progress in information technology over the past two decades. With the ongoing overhaul, IDM is catching up fast: “Lucy,” an artificial intelligence assistant, is already at work understanding “natural language and intent” in order to provide users “with the most relevant matches,” and soon the system’s speed will be multiplied by 100. “We are now set for the next 30 years.” ¹Unsurprisingly, the first document uploaded into the new-born IDM was … the instruction manual. Bartels remembers precisely the day when the idea of IDM began germinating. "Some time in January 2004, Pietro came into my office to say that we were not strong enough in document management and that we lacked a strategy. Email and FTP were the 'poor man's' file exchange system when the nature of ITER required a globally distributed system." Drawing from his ten-year experience in ITER nuclear safety where the exchange of large documents between the Members was paramount, Bartels proposed a "web-based application" that could host any kind of document. All files would be made accessible to whoever needed them, which implied, for "serious" international cooperation, an exchange network with a large bandwidth. "Thanks to the strong internet connection of the Max Planck Institute of Plasma Physics in Garching, which hosted ITER at that time, files could be transferred at the rate of 100 MBits per second, which was 10 times what JET had access to and quite good for the day. As a comparison, the network is one thousand times faster today." IDM was built in record time. A first document was uploaded into the system on 4 October 2004 and from then on IDM was to grow exponentially. Today the system hosts more than one million documents. "This new capability was very well received," says Bartels. "ITER and the fusion community worldwide had been hungry for it." Twenty years later, IDM is still a formidable asset. "It may not be as user-friendly as we would like it to be and not very modern," acknowledges Bartels who is now back at ITER as head of the Central Integration Division after his former 10-year stint as the head of the IT Section (2004-2012). "IDM is based on the technology of 15 years ago but it is presently undergoing a vast overhaul. We want to make it accessible through small screens, like smartphones, and I expect a quantum leap in search engine efficiency thanks to the introduction of artificial intelligence." Hans-Werner Bartels (centre) and the ITER IT team in 2011. The challenge for IDM is to prepare and be ready for the start of machine operation, "when scientific data will be a hundred times what we are managing today. We'll be going from terabytes to petabytes." In the meantime, the system must transition from document to (meta)data management and establish fluid communication between the different "silos" that are not presently "talking" to each other. Bartels estimates that it will take more than two years to complete the overhaul. IDM will continue doing what it has been good at doing for the past twenty years but in an "integrated manner," with capabilities doped with artificial intelligence and a more modern, user-friendly interface. "This is the ultimate art if you want to have full control of the machine." ¹The United States left the ITER collaboration for five years, between 1998 and 2003. China and Korea joined in 2003, India in 2005.

The first vacuum vessel sector produced in Europe travelled last week between Monfalcone, Italy, and the French port of Fos-sur-Mer. The 440-tonne component had been protectively wrapped and inserted into oversize metal housing before being loaded onboard at the Port of Monfalcone on 30 September. Once lowered into the ship's hold, the load was securely latched by way of welded attachments to ensure its immobility during transport. In addition, sensors were attached to the vacuum vessel frame to capture data about any movement or acceleration experienced by the component during travel. Two stages of the journey to ITER remain for vacuum vessel sector #5: crossing the inland sea of Berre l'Étang by barge (a stage that is dependent on good weather and low wind) and travelling along the 104 kilometres of the ITER itinerary over four nights to reach the ITER site (a stage scheduled for the last week of October). The European Domestic Agency, responsible for delivering five sectors to ITER, celebrated the completion of sector #5 with its contractors on 24 September.

Anyone arriving at or leaving from the Aix-en-Provence high-speed train station this month is liable to learn a little about the ITER project, as there is hardly a waiting area or walkway that does not display large-format photographs of the work underway on the ITER site. Organized by SNCF Gares & Connexions, a division of the railway infrastructure management company SNCF Réseau, the event is timed to appear during France's annual nationwide science festival. According to the press release, the photography exhibition aims to "use art to inform [passengers] about the scientific progress happening in their region, and more broadly to raise awareness about energy solutions based on sustainable sources." The striking photographs are the work of local artist Camille Moirenc, whose favourite pastime is observation. He describes it as "a way of discovering, travelling, meeting people" and "a way of perceiving beauty, even where it is least expected." He came nine times to the ITER site to photograph the work that is underway inside and outside of the buildings, shooting all kinds of scenes. The result is rich and varied, showcasing the beauty of technological innovation as well as the human side of science. The exhibition will be displayed in the Aix-en-Provence TGV station through the end of November. A second exhibition will be set up in the main Marseille Saint-Charles station from mid-November through late December. 

Last week, ITER Plant Installation Program Manager Bertrand Roques brought back a small but highly symbolic contribution to the ITER budget from a colloquium in Riga, Latvia—a 5-euro fusion-themed coin. Issued on 26 September by the central bank of the small Baltic nation, the pure silver coin features a deuterium and a tritium nucleus along with a neutron and helium nucleus resulting from the fusion process on one side; on the other, an arrangement of lines evocative of a "stylized cross-section of a toroidal fusion reactor" is featured. The "energy coin" was offered to ITER on the occasion of a colloquium on fusion energy, jointly organized by the University of Latvia and Latvijas Banka. Designed by world-renowned graphic artist Germans Ermičs, the coin is "dedicated to the role of science in our lives and the scientists' persistence in seeking answers to questions about the future of humanity." The bank minted 3,000 coins, which can be purchased for EUR 77.00 on the central bank's website. They are already selling at more than EUR 100 in numismatic stores.

EUROfusion “Bernard Bigot” Researcher Grants (ERG) are awarded annually to promising fusion researchers at the post-doctoral stage of their career. Named after the former ITER Director-General (2015-2022), they seek to enable the development of innovative ideas and techniques through grants that cover part of the salaries of the selected candidates and part of the cost of their research activities and missions for a duration of up to two years. Winners have been announced for the 2024 cycle, for research projects selected on the basis of excellence and novelty. See the full list on the EUROfusion website.

On 21 November 2024, the European Fusion Education Network FuseNet will organize the FuseNet Student Event. All Bachelor and Master's students interested in fusion are welcome to join online. During interactive lectures over the course of the day, you will learn about state-of-the-art fusion topics and the role of industry. During the casual social events, you will meet fusion students from all over the world and create a network of future colleagues. For more information or to sign up see this website. The registration deadline is 14 November.

Late September, ITER Director-General Pietro Barabaschi is honoured with the 2024 Chinese Government Friendship Award in a ceremony in Beijing. This is the highest award granted by the People's Republic of China to foreigners who have made "outstanding contributions to the country's economic and social progress." Also pictured is fellow recipient Tony Donné (left), physicist and former head of EUROfusion, and WU Sha from the Hefei Institutes of Physical Science.