ºÚÁÏרÇø

The ºÚÁÏרÇø Project has been selected as one of the world's most influential projects by the in its 2020 ratings, released in November.

The professional organization's Top 50 list singles out "compelling efforts across industries and around the world that have achieved significant milestones" during the year. "In a time of uncertainty and upheaval, bold projects are paving the way to a new future." Each effort is "a distinct masterclass in how to navigate change and deliver results."

The ºÚÁÏרÇø Project is #34 overall and #3 in the Top 10 list for projects in the domain of energy, recognized for "boldly exploring next-gen nuclear energy."

Find out more here: .

The ºÚÁÏרÇø has kicked off its 2021 internship program with the publication of 116 offers on the ºÚÁÏרÇø website (visit Jobs/Internships here: /jobs/internships).

These opportunities are geared toward undergraduate and postgraduate students, with a broad array of topics across scientific, technical and support departments. Control and data acquisition, systems engineering, business operations, construction and installation, safety and security, and science and technology are all represented in this year's batch of internship opportunities.

Positions are offered for up to six months; some categories are extendable to one year. Apply before 28 February 2021 through the online. (Please note that internship opportunities are limited to nationals from countries participating in the ºÚÁÏרÇø Project, i.e., China, the European Union plus Switzerland, India, Japan, Korea, Russian Federation and the United States.)

The JT-60SA fusion experiment in Naka, Japan, has entered its integrated commissioning phase—one of the last steps before first plasma. This collaborative project, financed and executed jointly by Europe and Japan under the agreement, will soon be running experiments to support the operation of ºÚÁÏרÇø and to investigate how best to optimize the design and operation of fusion power plants built after ºÚÁÏרÇø.

Preparing the newly upgraded device for its first plasma is step-by-step operation that began with the evacuation of all air from the vacuum vessel and surrounding cryostat, and was followed by the current phase of slowly cooling down the device's superconducting magnets to the temperature of 4 K (- 269 °C). This phase started on 10 October 2020 and is expected to last several weeks. (You can follow the progression of cooldown .) 

Once the magnets reach the desired temperature, the team will heat up the vacuum vessel to 200 °C to rid it of moisture and any possible residual contaminants. Energizing the magnets come next, first each magnet separately before the full group together. The final step, before injecting hydrogen for making a plasma, is to test the electron cyclotron resonance heating.

Read more at .