Category: Tradeshows

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OET’s Solar Flexible Photovoltaics at Santorini island

Posted by Charbax – August 14, 2019

Flexible Photovoltaics harvesting the Mediterranean sun in Santorini island.

This video and my video coverage from the Nanotexnology Thessaloniki 2019 conference https://www.youtube.com/watch?v=eVkk_28NIQ0 all my videos from this conference to be in this playlist: https://www.youtube.com/playlist?list=PL7xXqJFxvYvix9ok53XbRC2bLJvaQhJDv (this playlist will eventually contain all 38 videos I filmed at the conference) coverage sponsored by HOPE-A https://www.youtube.com/watch?v=G73p8mU-Zak Hellenic Organic and Printed Electronics Association and OET Organic Electronic Technologies (OET booth: https://www.youtube.com/watch?v=C0a222HZNo0 OET beach demo: https://www.youtube.com/watch?v=5o8X6LJx__Y) sponsored by the Cornet project https://www.youtube.com/watch?v=fr4Z7oT0g-k (GA: 760949) which has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under the Call NMBP-07-2017 https://youtu.be/G-mPeMejLFo

Atomic-scale Theoretical Physics with Professor Sokrates Pantelides, Vanderbilt University

Posted by Charbax – August 14, 2019

DEGREES AWARDED:
Ph.D., Physics, University of Illinois, 1973 (Thesis advisor: Professor C.T. Sah.
Thesis title: Theory of Point-Imperfection States in Semiconductors)
M.S., Physics, University of Illinois, 1970
B.S., Physics, Northern Illinois University, with Highest Scholastic Honors, 1969
Primary and Secondary School in Cyprus (1955-1966) – Valedictorian
FIELDS OF INTEREST:
Theoretical Physics
Semiconductor Physics
First Principles Atomic-Scale
Applied Density Functional Theory
CURRENT APPOINTMENTS:
University Distinguished Professor of Physics and Engineering, Vanderbilt University (2010-Present)
William A. and Nancy F. McMinn Professor of Physics, Vanderbilt University (1994-Present)
Professor of Electrical Engineering, Vanderbilt University (2008-present)
Distinguished Visiting Scientist, Oak Ridge National Laboratory (1995-Present)
PREVIOUS APPOINTMENTS:
1995-1997 : Chair, Department of Physics and Astronomy, Vanderbilt University
1992-1993 : Adjunct Professor, Columbia University, New York City
1991 : Program Director, Technology and Science Modeling
An interdivisional program in the use of computer modeling for semiconductor, packaging and storage technology development
1989-1990 : Executive Secretary of the Science Advisory Committee and Technical Assistant to the Vice President for Science and Technology
Primary responsibilities in reviews of corporate-wide science and technology programs, including systems and software
1987-1989 : Senior Manager, Semiconductors and Insulators
Responsible for experimental and theoretical programs in materials growth and characterization, spectroscopy, microscopy, electronic properties, chemical dynamics, radiation science, technology transfer
1985-1987 : Manager, Dynamical Processes in Solids
1984-1985 : Technical Staff to the Director of Research
1978 : Acting Chair Professor of Theoretical Physics, University of Lund, Sweden
1975 : NORDITA Visiting Professor, University of Lund, Sweden
1975-1994 : Research Staff Member, IBM T. J. Watson Research Center, Physical Sciences Department
1973-1975 : Research Fellow, Stanford University (with W.A. Harrison)
PROFESSIONAL SOCIETIES:
American Physical Society
American Association for the Advancement of Science
Materials Research Society
Institute for Electrical and Electronics Engineers
Electrochemical Society
PROFESSIONAL HONORS:
Elected Fellow of the American Physical Society, 1980.
IBM Outstanding Innovation Award, 1981
Invited by the Swedish Academy of Sciences to nominate candidates for the Nobel Prize in Physics, annually since 1982.
Elected Fellow of the American Association for the Advancement of Science, 2003
APS Outstanding Referee Award, 2008
Elected Fellow of the Materials Research Society, 2012
Elected Fellow of Institute of Electrical and Electronics Engineers, 2015

Free Energy, Cheap Solar, The Smart Grid Revolution with Professor Ravi Silva of Surrey University

Posted by Charbax – August 14, 2019

Ravi Silva is the Director of the Advanced Technology Institute (ATI) and Heads the Nano-Electronics Centre (NEC), which is an interdisciplinary research activity at Surrey University. The ATI has over 150 active researchers working on multidiscipline programmes with the NEC being a major research group within the institute. He joined Surrey in 1995. Ravi's secondary education was in Sri Lanka, after which he joined the Engineering Department at Cambridge University for his undergraduate and postgraduate work. He was a recipient of Cambridge Commonwealth Trust Fellowship while at Cambridge and member of Clare College.

His research has resulted in over 600 presentations at international conferences, and over 550 journal papers, Over 17,000 citations (Google Scholar), and a Google H-factor of 66. In 2002 he was awarded the Charles Vernon Boys Medal by the Institute of Physics, and in 2003 he was awarded the IEE Achievement Award.In 2003 he was also awarded the Albert Einstein Silver Medal and Javed Husain Prize by UNESCO for contributions to electronic devices.In 2003 the largest EPSRC Portfolio award for £6.68M was awarded to Prof. Silva and his team on Integrated Electronics which examined nanoscale design featrues on the optical and photonic device properties. In 2004 by a SRIF award for £4M to set up a Nano-Electronics Centre for multidisciplinary research was awarded and allowed the enhancement of nano-bio activities via the EU Sensation and EU Carbio programme.

In 2005, the Nano-Electronics Centre was a finalist in the Emerging Technologies category of the IEE 2005 Awards for Innovation in Engineering.In 2007, Prof. Silva was the runner-up of the "Times Higher Education Young Scientist of the Year", and "Most Entrepreneurial Scientist 2007, United Kingdom", by UKSEC and Science Alliance of the Netherlands. He was elected a Fellow of the Royal Society of Arts in 2007.In 2008 he was elected a Fellow of the Royal Academy of Engineering, UK.

Since 2005 he has worked with the National Science Foundation (NSF), Sri Lanka to establish nanotechnology as a vehicle from which to create wealth for the nation that will allow for poverty alleviation in the country. By introducing high technology in to the manufacturing base in Sri Lanka he has spearheaded a drive to introduce innovation and competitiveness in to the industrial sector within the country. Prof. Silva was on the advisory board of Imprimatur Ltd and the National Nanotechnology Initiative (NNI) of Sri Lanka. He spent the year 2008 acting as an Advisor to the Honourable Minister of Science and Technology in Sri Lanka, and helped set up the Sri Lanka Institute of NanoTechnology (SLINTec) and the Nano-Science Park NANCO (private) Ltd. He acts as an advisor to both these activities and sits on the director board.

Prof. Silva was also a member of the Electrical and Electronic Panel (UoA24) for the Research Assessment Exercise (2003-2008) RAE2008, EPSRC Nanotechnology Task Force and sat (2007-2010) on the Engineering and Physical Sciences Research Council's (EPSRC) Technology Opportunities Panel (TOP). In 2009 he was elected as a Fellow of the National Academy of Sciences Sri Lanka. He is a panel member in Engineering for the REF2021.

You can read the rest of his biography at https://www.surrey.ac.uk/people/ravi-silva

Filmed at the Nanotexnology Thessaloniki 2019 conference (https://www.nanotexnology.com), all my videos from this conference to be in this playlist: https://www.youtube.com/playlist?list=PL7xXqJFxvYvix9ok53XbRC2bLJvaQhJDv (this playlist will eventually contain all 38 videos I filmed at the conference, to be published about 1 per day over one month) coverage sponsored by HOPE-A (http://hope-a.com) Hellenic Organic and Printed Electronics Association and OET Organic Electronic Technologies (http://www.oe-technologies.com) sponsored by the Cornet project (GA: 760949) which has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under the Call NMBP-07-2017

OET Technologies Beach Demos, sunbeds, umbrellas, kiosks powered by flexible Organic Photovoltaics

Posted by Charbax – August 14, 2019

Experts from the high-tech company OE Technologies (OET), http://www.oe-teechnologies.com present their revolutionary products to provide energy efficiency in comsumer products such as beach sunbeds, umbrellas and kiosks, which were demonstrated during the NANOTEXNOLOGY 2019 Conferences and Exhibition (http://www.nanotexnology.com) in Thessaloniki, Greece. Also, they describe the capabilities of the OET’s solutions and products for energy efficiency and charging of mobile devices such as mobile phones, tables, and laptop PC.

Filmed at the Nanotexnology Thessaloniki 2019 conference (https://www.nanotexnology.com), all my videos from this conference to be in this playlist: https://www.youtube.com/playlist?list=PL7xXqJFxvYvix9ok53XbRC2bLJvaQhJDv (this playlist will eventually contain all 38 videos I filmed at the conference, to be published about 1 per day over one month) coverage sponsored by HOPE-A (http://hope-a.com) Hellenic Organic and Printed Electronics Association and OET Organic Electronic Technologies (http://www.oe-technologies.com) sponsored by the Cornet project (GA: 760949) which has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under the Call NMBP-07-2017

BL Nanobiomed, Nanomedicine Technology

Posted by Charbax – August 14, 2019

BL Nanobio­med applies nanotechnologies to advance implants and biomedical devices and they are committed to working for the patient’s benefit. BL’s mission is to develop innovative nanomedical technologies and to overcome the clinical hurdles in the diagnosis and therapy of diseases. BL’s activities and products were demonstrated during the NANOTEXNOLOGY 2019 Conferences and Exhibition (http://www.nanotexnology.com) in Thessaloniki, Greece.

Tour at Nanotexnology 2019 Conference with Professor Stergios Logothetidis in Thessaloniki Greece

Posted by Charbax – August 14, 2019

The NANOTEXNOLOGY Chairman, Professor Stergios Logothetidis gives a tour at the NANOTEXNOLOGY 2019 Conferences and Exhibition (http://www.nanotexnology.com) in Thessaloniki, Greece. NANOTEXNOLOGY is the largest technology, networking and matchmaking annual event in Europe and it includes the premier and Internationally established events:
International Conference on Nanosciences & Nanotechnologies (NN19) 2-5 July
https://www.nanotexnology.com/index.php/nn
International Symposium on Flexible Organic Electronics (ISFOE19) 1-4 July
https://www.nanotexnology.com/index.php/isfoe
International Conference on 3D Printing, 3D Bioprinting, Digital & Additive Manufacturing (I3D19) 1-5 July
https://www.nanotexnology.com/index.php/i3d
International Summer Schools "N&N, OE & Nanomedicine" (ISSON19) 29 June-6 July
https://www.nanotexnology.com/index.php/isson
NANOTEXNOLOGY EXPO 2019, 1-5 July
https://www.nanotexnology.com/index.php/expo
Business Forum, 2-4 July
https://www.nanotexnology.com/index.php/about-business-forum
Matchmaking Event, 3 July
https://www.nanotexnology.com/index.php/matchmaking-b2b-event-forum

Filmed at the Nanotexnology Thessaloniki 2019 conference (https://nanotexnology.com), all my videos from this conference to be in this playlist: https://www.youtube.com/playlist?list=PL7xXqJFxvYvix9ok53XbRC2bLJvaQhJDv (this playlist will eventually contain all 38 videos I filmed at the conference, to be published about 1 per day over one month) coverage sponsored by HOPE-A (http://hope-a.com) Hellenic Organic and Printed Electronics Association and OET Organic Electronic Technologies (http://oe-technologies.com) sponsored by the Cornet project (GA: 760949) which has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under the Call NMBP-07-2017

H2020 Project CORNET

Posted by Charbax – August 14, 2019

H2020 NMBP Project CORNET (https://www.cornet-project.eu) develops a EU Open Innovation Environment (OIE) covering the triangle of Manufacturing, Modelling and Experimentation optimized the OLAE materials, behavior and nano-devices' manufacturing processes through multi-scale characterization and modelling. This has an impact on the fast and reliable development of new materials and devices, enabling the control of production processes for tailored OE devices fabrication and systems for industrial applications and more.

Corning Astra Glass, NXT Glass, AR Precision Glass, Iris Glass an more at SID Display Week 2019

Posted by Charbax – July 3, 2019

At SID Display Week 2019, Corning presents Astra Glass, a new glass substrate is specially formulated for high-performance tablets, notebooks, and 8K TV. Corning shows this innovation, alongside other industry-leading solutions in its advanced glass portfolio, Astra Glass is precisely engineered to enable the higher pixel density of high-performance displays that panel makers require to meet consumer demand for brighter, faster, and more lifelike image. To build a display that meets those performance expectations, panel makers need a thermally and dimensionally stable glass to improve yields while achieving the desired resolution, meeting the precise, high-temperature requirements of oxide processing joining their portfolio of display substrates, alongside EAGLE XG Glass and Lotus NXT Glass, to cover the entire spectrum, Astra Glass enables a range of high-performance panels – from the high end of the a-Si space into IGZO oxide. Its attributes position Astra Glass as the foundation for large-size 8K TVs and high-performance notebooks and tablets with bright picture quality and fast response time.

Lotus NXT Glass provides industry-leading levels of low total pitch variation resulting in heightened resolutions; more energy-efficient displays; and better yields. The improve stability of lot NXT Glass– and, in turn, better total pitch variation performance – enables manufacturers to develop display panels that feature up to 100 pixels per inch higher resolutions or up to 15 percent lower power consumption. Additionally, panel makers can improve cell assembly yields by up to 1.5 percent, is optimized for the expanding LTPS-LCD and LTPS-OLED industries. Featuring superior key attributes for flexible OLED panel manufacturing, Lotus NXT Glass leads the industry, having enabled more than 375 million flexible OLED phones since 2015.

Corning Gorilla Glass: is the cover glass of choice for more than 45 major OEMs and is featured on more than six billion devices – delivering superior damage resistance, optical clarity, and touch sensitivity.

Augmented Reality Precision Glass Solutions: enables cutting-edge augmented reality/mixed reality experiences with industry-leading glass optimized for sleek wearable designs. Corning’s ultra-flat, high refractive index glass enables superior image quality in waveguides, while its industry-leading size supports customers’ efforts to reduce cost. Corning also offers world-class metrology instruments and automated laser glass-cutting machining that improve high-volume manufacturing.

Corning Iris Glass: a light-guide plate for edge-lit LCD displays with intrinsic rigidity and dimensional stability, it outperforms the incumbent technology – plastic – and allows manufacturers to reduce set thickness, increase set brightness, and design sets with slimmer bezel size.

JDI 17.3″ 8K with Laser backlight, variable LTPS, Curved Automotive, Medical, Industrial, Consumer

Posted by Charbax – July 3, 2019

At SID Display Week 2019, JDI (Japan Display Inc), a Display technology joint venture by Sony, Toshiba, and Hitachi, shows their displays for automotive, medical, industrial and consumer devices like the smartphone market. JDI makes automotive displays, including curved displays, ranging from 1.2" (336 x (RGB) x 168) to 12.3" (1920 x (RGB) x 720) using LTPS Technology. JDI makes medical displays ranging from 17" (1280 x (RGB) x 768 ) to 21.3" (2560 x (3-subpixel) x 2048). JDI displays are also in industrial products such as rugged handhelds. JDI makes displays for smartphone, wearables and tablet. JDI features applied products and prototypes of ultra-high resolution LCDs for VR (virtual reality), reflective LCDs utilizing JDI's core LTPS (low-temperature polysilicon) technology, transparent LCDs, industrial displays, organic EL displays, fingerprint sensors, and the award-winning LCDs for automobiles featuring two concave-curved TFT LCDs: a 15.0-inch 1920×1020 display with in-cell touch technology, and a 12.3-inch 1920×720 display. Both of the displays were released into mass production in 2018 for a top-tier automotive OEM for their dashboard application for which they won the display of the year award.

CSOT 31″ UHD Inkjet Printed AMOLED, MicroLED, Flexible Mini LED, PE-OLED Perovskite, 22″ Light Field

Posted by Charbax – July 2, 2019

At SID Display Week 2019, China Star Optoelectronics Technology (CSOT) shows the world's first 31” IJP UD AMOLED display, with 31 inch UHD AMOLED display produced by inkjet printing technology, which is suitable for large size OLED display mass production because of its simple process flow and high material utilization. The resolution of this display reaches 144ppi, equivalent to a 65inch 8K display. This product employs a top emission device structure. It reaches 100% NTSC, and DCI-P3 coverage ratio is higher than 95%.

CSOT also shows the world’s first AM-Micro LED Display with IGZO TFT, this way a large size AM micro LED Display can be realized with 8bit RGB color depth, more than 100% NTSC color gamma, using RGB micro LED thin film chip to achieve full color display, the prototype exhibits high color gamma, high contrast ratio, high transparent, and low power consumption; it has great potential to be the next generational display.

CSOT also shows world’s first 8”Flexible Mini LED full color AM-Mini LED Display prototype exhibiting high flexiblility, high color gamma, high transparency, and high reliability. It also maintains the advantages of Mini LED, such as low power consumption, high contrast ratio, and high brightness; this Mini LED shows better performance than most commercial displays; and it has great potential to be the next generation display.

CSOT 6.6” PE-OLED adopts a unique structure design, 3-stack top emission blue OLED with Perovskite Color Conversion to bring the possibility of high order display in the future, with high color gamut and wide viewing angle. Perovskite, a new luminescent material, has advantages of simple synthesis, environmentally friendly, high luminescent efficiency and simple tunable wavelengths. Perovskite Color Conversion has narrow FWHM, high color purity and excellent optical and electrical properties. 3-stack Blue OLED, independent development of 3-stack OLED structure by CSOT, bringing a high brightness and stable blue light.

CSOT shows 6.6” QD-OLED adopts a unique structure design, 3-stack top emission blue OLED with Quantum Dots Color Filter(IJP) to bring the possibility of high order display in the future , with high color gamut and wide viewing angle. 3-stack Blue OLED, independent development of 3-stack OLED structure by CSOT, bringing a high brightness and stable blue light;
Inkjet printing QDCF, design unique QD layer structure, reduce QD fluorescence loss;

14” Flexible LCD has a curvature radius of 100 mm. It can adapt to the display requirements of small curvature and multi-curvature, which makes it possible to use LCD panel in more application scenarios. CSOT self develop BPS technology to avoid possible light leakage in flexible LCD display. COA technology is used to avoid the possible mixing problem of flexible LCD. Transparent PI as substrate and combining with BCE/IGZO technology is expected to provide stable display image on large size panel.

COST 22” Light Field Display device, uses high brightness backlight and dual-LCD structure, with 2D+D ray tracing algorithm, expect exhibiting a novel light field autostereoscopic display technology. Optimized optical film design, bring high picture quality of multi-layer without any Moire patterns, while guaranteeing transmittance and contrast ratio. With high brightness backlight,the display provides comfortable environment for obersever. Novel algorithm of light field description and reconstruction using single one view point image and its depth, mitigating vergence-accommodation conflict, bring Comfortable experience of 3D viewing

28” PNLC Transparent Display An 28 inch transparent LCD of CSOT adopts PNLC none-polarizer & RGBW structure with 50% W ratio to bring high transmittance. With mature array technique as 4PEP a-Si & COA structure have higher possibility for mass production in commercial applications. None-polarizer structure with scattering type PNLC improved more than 25% transmittance. 4PEP a-Si & COA structure array technology With mature array technique have higher possibility for mass production in commercial application.

and more..