IOP Publishing

+44 (0)117 929 7481

Request Information

Physics World Focus On Vacuum Technology 2014

Challenges, applications and solutions

In this focus issue on vacuum science and technology you can find out how researchers are developing a better definition of the pascal and why a three-year European project – ending this month – is setting new vacuum standards for industrial processing. We report on the importance of “non-evaporable getter” coatings at Brazil’s new synchrotron X-ray source, and hear from Agilent about the latest pumping technology. You can also find out about the recent merger between Atlas Copco and Edwards, while our cover story looks at an experiment at CERN that’s shedding light on how clouds form.

Click here to read your free copy of Physics World Focus On vacuum Technology

What’s new

  • Pwfeb16cover

    Physics World February 2016

    News | 1 Feb 2016

    Bodily functions: The new science of network physiology

  • Stretch the new flex for programmable rubber keyboard

    News | 25 Nov 2015

    Scientists at the University of Auckland have developed a soft, flexible, stretchable keyboard using a type of rubber known as a dielectric elastomer.

  • Exploring the physics of a chocolate fountain

    News | 25 Nov 2015

    A mathematics student has worked out the secrets of how chocolate behaves in a chocolate fountain, answering the age-old question of why the falling 'curtain' of chocolate surprisingly pulls inwards rather than going straight downwards.

  • 3-D printed ‘building blocks’ of life

    News | 4 Nov 2015

    Scientists have developed a 3-D printing method capable of producing highly uniform ‘blocks’ of embryonic stem cells.

  • In this month’s Physics World: Extremes…

    News | 30 Oct 2015

    Physicists, in fact all of us, love extremes. We’re captivated by the search for the longest, highest, quickest, smallest or brightest. There’s something intrinsically appealing about pushing boundaries to break records and establish new limits for what’s physically possible.

Search all our content