KTN's online platform helps you to make the connections you need


The Knowledge Transfer Network (KTN) has refreshed its online platform to intelligently connect you to relevant events, funding, thought pieces and specialist staff to help your business innovate and grow.

You can discover content using your area of interest, from ICT to transport; from space to health – all major UK economic sectors are covered. Once you have selected your interests, using our intelligent tagging system, we will then display rich and relevant content related to your area, often from surprising sources.

An example might be new satellite technology from the space sector that is applicable in the agri-food sector. KTN-UK.co.uk will help you form these unusual and valuable connections.

All content on the platform has been carefully curated by our team of innovation specialists – not by an automated algorithm – so you can be confident that KTN is connecting you to the most relevant cutting-edge information.


The move also marks a closer alignment with our main funder, Innovate UK , with the website branding making a clear visual link. Knowledge Transfer Network is Innovate UK's innovation network partner, and also works with other funders to provide innovation networking services and fulfil our mission to drive UK growth.

We link new ideas and opportunities with expertise, markets and finance through our network of businesses, universities, funders and investors. From agri-food to autonomous systems and from energy to design, KTN combines expertise in all sectors with the ability to cross boundaries. Connecting with KTN can lead to potential partners, horizon-expanding events and innovation insights relevant to your needs.

Visit our people pages to connect directly with expertise in your sector.

Visit the KTN refreshed online platfom here


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Scavenging energy could power the future Internet of Things


US Researchers have found a way to capture and harness energy transmitted by sources such as radio and television transmitters, mobile phone networks and satellite communications systems.  Tapping this ambient energy could provide a new way to power networks of wireless sensors, seen as the key to the future “Internet of Things”.


The fact that sensors may well be embedded in devices connected to each other means that long-life power sources are essential. Changing AA batteries every few weeks on the predicted 50 billion devices connected to the net is not an option.


Manos Tentzeris, a professor in the Georgia Tech School of Electrical and Computer Engineering is the research leader. In an interview with PhysOrg.com, he explains:


"There is a large amount of electromagnetic energy all around us, but nobody has been able to tap into it. We are using an ultra-wideband antenna that lets us exploit a variety of signals in different frequency ranges, giving us greatly increased power-gathering capability."


The experiment is based on research supported by multiple sponsors, including the US National Science Foundation, the US Federal Highway Administration and Japan's New Energy and Industrial Technology Development Organization (NEDO).


Communications devices transmit energy in many different frequency ranges, or bands. The research team's scavenging devices can capture this energy, convert it from AC to DC, and then store it in capacitors and batteries.


Previous experiments utilizing TV bands have already yielded hundreds of microwatts. Multi-band systems are expected to generate one milliwatt or more, enough to operate many small electronic devices, including a variety of sensors and microprocessors. 

The researchers have already been successfully in operating a temperature sensor using energy captured from a television station over a mile away but exploiting a range of electromagnetic bands increases dependability, according to Tentzeris.


These devices can be used by themselves or together with other generating technologies and can also provide a form of system backup.


The team have also developed a way to utilise inkjet technology to print the devices on paper or paper-like polymers resulting in paper-based wireless sensors that are self-powered, low-cost and can function independently almost anywhere.

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