The technical experts at GKA Innovation have dedicated many years of their lives to the field of scientific and engineering research and the following examples are testimonies to their significant contribution to the field. Our scientific works remain ongoing as our vision is to retain our involvement in the field to facilitate and boost collaboration between the industry and the academic world. Our significant involvement in the technical world coupled with our extensive training and experience in the financial world has transformed us into the optimal partner for accelerating development projects and bolstering long-term growth within companies.

Our publications include:

• ScFv-modified Graphene-coated IDE-arrays for ‘label-free’ screening of cardiovascular disease biomarkers in physiological saline, Biosensors & Bioelectronics 102, 2018.
• Microwave Study of Field-Effect Devices Based on Graphene/Aluminum Nitride/Graphene Structures, Nature, 2017.
• Correlation of p-doping in CVD graphene with substrate surface charges, Nature, 2016.
• Raman spectroscopy and kelvin probe force microscopy characteristics of the CVD suspended graphene,” Diamond and Related Materials, 2016.
• Terahertz Optical Hall Effect Analysis of Graphene, Int. Conf. on Semiconductor Mid-IR and THz Materials and Optics (SMMO2016), 2016.
• Coupled dielectric-split ring microwave resonator for liquid measurements in microfluidic channels at nanoliter volumes, EuMW 2016.
• Self-Supporting Graphene Films and their Applications. Circuits, Devices & Systems, IET, 2015.
• Contact-free sheet resistance determination of large area graphene layers by an open dielectric loaded microwave cavity, J. Appl. Phys., 2015.
• Metallic Multilayers for X-Band Bragg Reflector Applications, arXiv, 2015.
• Simultaneous DC and microwave measurements of large-area graphene FET structures, 2nd International Scientific Symposium, St Petersburg, Russia, 2015.

• Graphene Based Multilayer Structures for Switchable TFBARs, Conference: 2nd International Scientific Symposium, 2015.
• Frequency readout of nanomechanical graphene drums via a microwave resonator coupling method, Microwave Conference (EuMC), IEEE, 2014.
• Realisation of suspended graphene drums based on perforated SiN membranes, 11th Annual International Workshop on Nanomechanical sensing (NMC 2014), 2014.
• Fabrication of Scalable Free-Standing Graphene Mechanical Resonators, 4th National Conference on Nano- and Micromechanics (KKNM), 2014.
• Substrate treatment and its influence on graphene’s electric field effect, Graphene 2-D Materials: From Research to Applications, 2014.
• Noncontact method for measurement of the microwave conductivity of graphene, Applied Physics Letters, 2013.
• Microwave-to-terahertz investigation of CVD graphene: towards sensor and communication applications, 39th International Conference on Micro and Nano Engineering (MNE), 2013.
• Microwave characterization of large area graphene using a TE01δ dielectric resonator, MSMW’13, 2013.
• Development of near-field microwave methods for nems resonators, Nanotechnology (IEEE-NANO), 2013.
• Microwave excitation and readout of nano-and micron scale cantilevers, Applied Surface Science, 2012.
• Microwave surface impedance measurements on reduced graphene oxide, Nanotechnology, 2012.