As well as being artistic, JET's moody lighting in this picture has a scientific purpose - an investigation into reflections from its metallic surfaces.

Pump down begins

Maintenance completed, pump down has commenced on a “cleaner than expected” JET torus.

The neutron source safely encased in a one tonne polythene container is lowered into the remote handling transfer facility

Neutron calibration completed

It’s a tricky process making sure you are measuring your fusion power correctly.

Shift Tech Keith Taylor at the ready for any untoward occurrences at JET.

The eyes and ears of JET

While others caroused during the Christmas – New Year break, the Shift Techs and Incident Response Officers were on duty 24 hours a day.

A busy year ahead: During 2013, experiments at JET will build on the excellent progress during 2012

2013: High performance, high temperatures and high spirits!

In its 30th year of operation, JET is preparing to push its performance to even higher levels.

The deuterium-tritium reaction is never far from a fusion physicist's mind, even when on a beach holiday.

Successful experimental campaign closes

As JET goes into a period of maintenance and upgrade, staff prepare to work hard during shutdown.

infrared image of the ITER-like Wall

The ITER-Like Wall in the limelight

Six months of successful experimentation with the ITER-Like Wall will be celebrated at the Plasma Surface Interaction Conference this week.

JET Vessel, 1991

1991: Fusion power is born

Fusion power was born with the first D-T experiment 20 years ago.

picture of ITER-like-Wall Task Force Leaders

Praise for “splendid achievement”

EFDA leader congratulates the ITER-Like Wall project team for the parent of all upgrades.

picture of number 0.00002

20 millionths of a millibar of gas

The pressure inside JET is 50 milllion times less than the atmosphere around us.

picture of picture of surveillance system for the interior of JET

Hotspot detection system goes live

A new imaging system to monitor the plasma inside JET will give scientists much greater ability to control the experiment.