Graphene: what is the reality?

The HVM Conference Series was founded in 2002, after a market research report led to an early definition of high value manufacturing.

The HVM & Graphene Conference is anchored to the large end markets such as materials, electronics, photonics, energy and biotech and tries to connect these & related markets with graphenes & related functional materials, technologies & processes.

The HVM Conference will run an edition on Graphene (HVMG13) and related functional materials on 5 November 2013 in Cambridge. The Nobel Prize has been awarded in 2010 to Geim and Novoselov for work on Graphene. The conference is interested in commercial applications of the materials. There is no interest at this long-running & grounded UK conference series in hyping the market growth derived from the materials. The interest is in the uses, availability, manufacture, timing of graphene, related materials and their market growth. The wide range of potential applications below of graphene fits well with the range of processes & end-product markets that the HVM Conference has covered over the years, such as additive manufacture & printed electronics.

This conference of the brightest, best and most experienced will take on board the below, and ask & discuss the full suite of commercialisation & opportunity prioritisation questions. The conference is sponsored by the NanoKTN, Plastic Logic & OSI Electronics. There is also participation from Cambridge University, the IfM, Cambridge Graphene Centre, the National Graphene Institute, Manchester University, Oxford University, Birmingham University, Lancaster University, Imperial College, Cambridge Graphene Platform, Cambridge Nanosystems, Applied Nanolayers, CIT, Novalia, KPMG, Heraeus Noblelight, and a number of key commercial, larger players such as Nokia Research.

Here are some of the statements and comments made by academics at a selection of learned institutions in recent years:

Graphene is a sheet of carbon atoms arrayed in a honeycomb pattern, just a single atom thick. It could be a better semiconductor than silicon.
Stanford

 

Graphene is a material with outstanding properties that make it an excellent candidate for advanced applications in future electronics and photonics.

…graphene field-effect transistors, FETs, and …graphene monolithically integrated circuits (ICs). These graphene transistors and ICs could become essential elements in the blossoming fields of wireless communications, sensing, and imaging.

…impressive photonic properties of graphene. The light–graphene interaction can be adjusted using an electric field or chemical dopant, making graphene-based photonic devices tunable. (Applications such as)…fast photodetectors, optical modulators, far-infrared filters, polarizers, and electromagnetic wave shields. These graphene photonic devices could find various applications in optical communications, infrared imaging, and national security.

IBM Watson Research Center

 

Graphene is the thinnest known material in the universe and the strongest ever measured. Graphene can sustain current densities six orders of magnitude higher than that of copper…record thermal conductivity and stiffness, is impermeable to gases, and reconciles such conflicting qualities as brittleness and ductility.

Manchester

 

Recent discoveries have provided simple methods for preparing lab-scale samples to study graphene. A number of techniques have emerged that show promise for producing large-scale samples with the ultimate goal of developing devices that take advantage of graphene’s unusual properties. As large samples become available, the possibility grows for applications of this material in solar cell technology (as flexible, transparent electrodes), in composites material development, and in electronic devices.

Columbia

 

…those properties (of graphene/graphene oxides) can be exploited in several applications such as photo-catalysts (degradation of pollutants)…

Nokia Research

 

(We study) thermal transport properties of graphene…applications of controlling heat at nanoscale.

The thermal conductivity can be tuned dramatically by the graphene filler concentration.

Graphene-based composites are potentially promising as thermal interface materials (for) modern heat management in many industrial applications.

Purdue

 

The HVM Graphene 2013 Conference is co-located with the ARM sponsored Smart Homes & Cleanpower 2013 Conference, in its 8th year, which takes in Heat, Water and Connected devices/IoT Sessions for an excellent set of crossovers around energy, heat, storage, electronics, and data. Delegates of  one conference may move freely between both conference rooms for a rich, inspiring and productive experience on the day.

To attend HVM Graphene 2013, simply email (graphene@hvm-uk.com) with your name, affiliation & contact details, and the organisers will do the necessary (pricing is on the webpage linked above).

This blog entry was researched and compiled by Dr Justin Hayward MBA and Conference Director.