Exploring the Universe with the world's largest radio telescope
The Square Kilometre Array: a £1.2 billion global science project to build the world's largest and most sensitive radio telescope. Presented...
Radio and PodcastLive Radio & Podcasts
Our lecture series from the National Physical Laboratory (NPL), which is the UK's National Measurement Institute and is a world-leading centre of excellence in developing and applying the mo...
Listen to National Physical Laboratory Podcast, a Government & Organizations podcast by National Physical Laboratory. Stream 73 episodes in English, follow new audio stories, and play episodes online on Radio and Podcast.
Browse this show under Government & Organizations podcasts.
20 episodes are loaded now from a catalog of 73. More episodes can be opened from this page.
Explore Government & Organizations podcasts, India podcasts and English podcasts.
The Square Kilometre Array: a £1.2 billion global science project to build the world's largest and most sensitive radio telescope. Presented...

An update on the vital work being carried out at NPL to improve traceability and reduce uncertainties associated with climate forecasts. Pre...

The view from inside an industrial laboratory by Steve Sidney, National Laboratory Association, South Africa Recorded 8th March 2011
Presented by Seton Bennett Recorded 24th February 2011

Possible applications of multiferroic materials by Dr Melvin Vopson, NPL Recorded 24th February 2011

An Industry in Transition; the future advances of tele-communication by Dr Walter Tuttlebee, Mobile VCE Recorded 19th November 2010

For applications in photovoltaics and photonics. Presented by Roland Hany and Jakob Heier from EMPA Recorded 4th November 2010

A presentation on Gel-Phase Nanotechnology by Prof. Rein Ulijn from the University of Strathclyde.

Decadal Change Accuracy for Space Based Reflected Solar Spectra, Emitted Infrared Spectra, and Radio Occultation
Live examples of malicious sites, how they work, and what little we currently know about the criminals who operate them. By Richard Clayton
How to use light for frequency comparisons over hundreds of kilometers by Giuseppe Marra
Measuring the Wear and Frictional Response of Surfaces by Mark Gee
Taking the Nature's path to nanostructured materials by Max Ryadnov
"FIRST Explorer -A space-borne low-frequency radio observatory using passive formation flying" - by Jan Bergman & Prof. Alistair Forbes on 1...
'Drunken Walks on a Nanoscale Tightrope: Excitons on Carbon Nanotubes' by Jeremy Allam, recorded on 18th February 2010. Queen's Printer and...
'The physics of perception: measurement of naturalness' by Teresa Goodman, recorded on January 28th 2010. Queen's Printer and Controller of...
'Ambient Mass Spectrometry: The future for instant chemical analysis' by Felicia Green recorded on January 28th 2010. Queen's Printer and Co...
'Combating cancer in the third millennium - the contribution of medical physics' by Prof Steve Webb, recorded on December 17th 2009. Queen's...

In the mid-late 1960s, a team at the National Physical Laboratory invented the means by which all data is transferred across networks. This...

David Yates, who worked at NPL from 1962 to 1992, talks about 'Scrapbook' Queen's Printer and Controller of HMSO. 2009 Included audiovisual...
You can listen to National Physical Laboratory Podcast episodes online on Radio and Podcast. Open an episode and the site player will stream the available audio.
National Physical Laboratory Podcast is listed as a Government & Organizations show. The show language is listed as English.
This page lists 73 episodes for National Physical Laboratory Podcast. More episodes are available from the View more button when the list continues.
You can listen to National Physical Laboratory Podcast episodes on this page by opening an episode and using the site player.
National Physical Laboratory Podcast is listed as a Government & Organizations show by National Physical Laboratory.
This page lists 73 episodes for National Physical Laboratory Podcast where feed data is available.