Tag Archives: the University of Manchester

Little black graphene dress

Graphene Dress. Courtesy: intu

I don’t think there are many women who can carry off this garment. Of course that’s not the point as the dress is designed to show off its technical capabilities. A Jan. 31, 2017 news item on Nanowerk announces the little black graphene dress (lbgd?),

Science and fashion have been brought together to create the world’s most technically advanced dress, the intu Little Black Graphene Dress.

The new prototype garment showcases the future uses of the revolutionary, Nobel Prize winning material graphene and incorporating it into fashion for the first time, in the ultimate wearable tech statement garment.

A Jan. 25, 2017 National Graphene Institute at University of Manchester press release, which originated the news item, expands on the theme,

The project between intu Trafford Centre, renowned wearable tech company Cute Circuit which has made dresses for the likes of Katy Perry and Nicole Scherzinger and the National Graphene Institute at The University of Manchester, uses graphene in a number of innovative ways to create the world’s most high tech LBD – highlighting the material’s incredible properties.

The dress is complete with a graphene sensor which captures the rate in which the wearer is breathing via a contracting graphene band around the models waist, the micro LED which is featured across the bust on translucent conductive graphene responds to the sensor making the LED flash and changing colour depending on breathing rate. It marks a major step in the future uses of graphene in fashion where it is hoped the highly conductive transparent material could be used to create designs which act as screens showcasing digital imagery which could be programmed to change and updated by the wearer meaning one garment could be in any colour hue or design.

The 3D printed graphene filament shows the intricate structural detail of graphene in raised diamond shaped patterns and showcases graphene’s unrivalled conductivity with flashing LED lights.

The high tech LBD can be controlled by The Q app created by Cute Circuit to change the way the garment illuminates.

The dress was created by the Manchester shopping centre to celebrate Manchester’s crown as the European City of Science. The dress will then be on display at intu Trafford Centre, it will then be available for museums and galleries to loan for fashion displays.

Richard Paxton, general manager at intu Trafford Centre said: “We have a real passion for fashion and fashion firsts, this dress is a celebration of Manchester, its amazing love for innovation and textiles, showcasing this new wonder material in a truly unique and exciting way. It really is the world’s most high-tech dress featuring the most advanced super-material and something intu is very proud to have created in collaboration with Cute Circuit and the National Graphene Institute. Hopefully this project inspires more people to experiment with graphene and its wide range of uses.”

Francesca Rosella, Chief Creative Director for Cute Circuit said: “This was such an exciting project for us to get involved in, graphene has never been used in the fashion industry and being the first to use it was a real honour allowing us to have a lot of fun creating the stunning intu Little Black Graphene Dress, and showcasing graphene’s amazing properties.”

Dr Paul Wiper, Research Associate, National Graphene Institute said: “This is a fantastic project, graphene is still very much at its infancy for real-world applications and showcasing its amazing properties through the forum of fashion is very exciting. The dress is truly a one of a kind and shows what creativity, imagination and a desire to innovate can create using graphene and related two-dimensional materials.”

The dress is modelled by Britain’s Next Top Model finalist Bethan Sowerby who is from Manchester and used to work at intu Trafford Centre’s Top Shop.

Probably not coming soon to a store near you.

UK’s National Graphene Institute kerfuffle gets bigger

First mentioned here in a March 18, 2016 posting titled: Tempest in a teapot or a sign of things to come? UK’s National Graphene Institute kerfuffle, the ‘scandal’ seems to be getting bigger, from a March 29, 2016 posting on Dexter Johnson’s Nanoclast blog on the IEEE (Institute of Electrical and Electronics Engineers) website (Note: A link has been removed),

Since that news story broke, damage control from the NGI [UK National Graphene Institute], the University of Manchester, and BGT Materials, the company identified in the Times article, has been coming fast and furious. Even this blog’s coverage of the story has gotten comments from representatives of BGT Materials and the University of Manchester.

There was perhaps no greater effort in this coordinated defense than getting Andre Geim, a University of Manchester researcher who was a co-discoverer of graphene, to weigh in. …

Despite Geim’s recent public defense, and a full-on PR campaign to turn around the perception that the UK government was investing millions into UK research only to have the fruits of that research sold off to foreign interests, there was news last week that the UK Parliament would be launching an inquiry into the “benefits and disbenefits of the way that graphene’s intellectual property and commercialisation has been managed, including through research and innovation collaborations.”

The timing for the inquiry is intriguing but there have been no public comments or hints that the NGI kerfuffle precipitated the Graphene Inquiry,

The Science and Technology Committee issues a call for written submissions for its inquiry on graphene.

Send written submissions

The inquiry explores the lessons from graphene for research and innovation in other areas, as well as the management and commercialisation of graphene’s intellectual property. Issues include:

  • The research obstacles that have had to be overcome for graphene, including identifying research priorities and securing research funding, and the lessons from this for other areas of research.
  • The factors that have contributed to the successful development of graphene and how these might be applied in other areas, including translating research into innovation, managing/sharing intellectual property, securing development funding, and bringing key stakeholders together.
  • The benefits and disbenefits of the way that graphene’s intellectual property and commercialisation has been managed, including through research and innovation collaborations, and the lessons from this for other areas.

The deadline for submissions is midday on Monday 18 April 2016.

The Committee expects to take oral evidence later in April 2016.

Getting back to the NGI, BGT Materials, and University of Manchester situation, there’s a forceful comment from Daniel Cochlin (identified as a graphene communications and marketing manager at the University of Manchester in an April 2, 2015 posting on Nanoclast) in Dexter’s latest posting about the NGI. From the comments section of a March 29, 2016 posting on the Nanoclast blog,

Maybe the best way to respond is to directly counter some of your assertions.

1. The NGI’s comments on this blog were to counter factual inaccuracies contained in your story. Your Editor-in-Chief and Editorial Director, Digital were also emailed to complain about the story, with not so much as an acknowledgement of the email.
2. There was categorically no ‘coaxing’ of Sir Andre to make comments. He was motivated to by the inaccuracies and insinuations of the Sunday Times article.
3. Members of the Science and Technology Select Committee visited the NGI about ten days before the Sunday Times article and this was followed by their desire to hold an evidence session to discuss graphene commercialisation.
4. The matter of how many researchers work in the NGI is not ‘hotly contested’. The NGI is 75% full with around 130 researchers regularly working there. We would expect this figure to grow by 10-15% within the next few days as other facilities are closed down.
5. Graphene Lighting PLC is the spin-out company set up to produce and market the lightbulb. To describe them as a ‘shadowy spin-out’ is unjustified and, I would suggest, libelous [emphasis mine].
6. Your question about why, if BGT Materials is a UK company, was it not mentioned [emphasis mine] in connection with the lightbulb is confusing – as stated earlier the company set up to manage the lightbulb was Graphene Lighting PLC.

Let’s hope it doesn’t take three days for this to be accepted by your moderators, as it did last time.

*ETA March 31, 2016 at 1530 hours PDT: Dexter has posted response comments in answer to Cochlin’s. You can read them for youself here .* I have a couple of observations (1) The use of the word ‘libelous’ seems a bit over the top. However, it should be noted that it’s much easier to sue someone for libel in England where the University of Manchester is located than it is in most jurisdictions. In fact, there’s an industry known as ‘libel tourism’ where litigious companies and individuals shop around for a jurisdiction such as England where they can easily file suit. (2) As for BGT Materials not being mentioned in the 2015 press release for the graphene lightbulb, I cannot emphasize how unusual that is. Generally speaking, everyone and every agency that had any involvement in developing and bringing to market a new product, especially one that was the ‘first consumer graphene-based product’, is mentioned. When you consider that BGT Materials is a newish company according to its About page,

BGT Materials Limited (BGT), established in 2013, is dedicated to the development of graphene technologies that utilize this “wonder material” to enhance our lives. BGT has pioneered the mass production of large-area, high-quality graphene rapidly achieving the first milestone required for the commercialization of graphene-enhanced applications.

the situation grows more peculiar. A new company wants and needs that kind of exposure to attract investment and/or keep current stakeholders happy. One last comment about BGT Materials and its public relations, Thanasis Georgiou, VP BGT Materials, Visiting scientist at the University of Manchester (more can be found on his website’s About page), waded into the comments section of Dexter’s March 15, 2016 posting and the first about the kerfuffle. Gheorgiou starts out in a relatively friendly fashion but his followup has a sharper tone,

I appreciate your position but a simple email to us and we would clarify most of the issues that you raised. Indeed your article carries the same inaccuracies that the initial Sunday Times article does, which is currently the subject of a legal claim by BGT Materials. [emphasis mine]

For example, BGT Materials is a UK registered company, not a Taiwanese one. A quick google search and you can confirm this. There was no “shadowy Canadian investor”, the company went through a round of financing, as most technology startups do, in order to reach the market quickly.

It’s hard to tell if Gheorgiou is trying to inform Dexter or threaten him in his comment to the March 15, 2016 posting but taken together with Daniel Cochlin’s claim of libel in his comment to the March 29, 2016 posting, it suggests an attempt at intimidation.

These are understandable responses given the stakes involved but moving to the most damaging munitions in your arsenal is usually not a good choice for your first  or second response.