University of Cambridge, Dept of Physics

Intellegens Launches Machine Learning Package for 3D Printing

Deep learning software specialist Intellegens has enhanced its solution for Additive Manufacturing with the launch of a new Alchemite AM Package.

Inflatable, Shape Changing Spinal Implants Help Treat Severe Pain

A team of engineers and clinicians has developed an ultra-thin, inflatable device that can be used to treat the most severe forms of pain without the need for invasive surgery. The device uses a combination of soft robotic fabrication techniques, ultra-thin electronics and microfluidics.

Recycling Next-Generation Solar Panels Fosters Green Planet

Tossing worn-out solar panels into landfills may soon become electronics waste history. Designing a recycling strategy for a new, forthcoming generation of photovoltaic solar cells - made from metal halide perovskites, a family of crystalline materials with structures like the natural mineral calcium titanate - will add a stronger dose of environmental friendliness to a green industry.

Porotech

Porotech is a spin-out from the Cambridge Centre for Gallium Nitride in the Dept. of Materials Science and Metallurgy at the University of Cambridge.

Graphene Flagship spin-off Qurv Will Develop Imaging Technology

Qurv was founded to develop graphene-enabled wide-spectrum image sensor technologies for next-generation computer vision applications, bringing unprecedented intelligence to products and services.

Nuclera Acquires E Ink Digital Microfluidics Unit

Nuclera, a fast-growing biotech company developing enzymatic protein and gene synthesis technologies, and E Ink, the leading innovator of electronic ink technology, are pleased to announce the acquisition of E Ink's digital microfluidics unit into the newly formed US subsidiary of Nuclera. Combining the technologies of the two companies will enable the delivery of a revolutionary desktop protein and gene "bioprinter" with breakthrough speed and convenience for researchers in human health, agriculture, and other markets of global importance.

New Method for Integrating Graphene into Semiconductor Manufacturing

Graphene Flagship researchers have reported a new method to integrate graphene and 2D materials into semiconductor manufacturing lines, a milestone for the initiative's recently launched 2D Experimental Pilot Line — a €20 million project to bridge the gap between lab-scale manufacturing and large volume production of electronic devices based on two-dimensional materials.

3D Printing with Material Intelligence through Machine Learning

Machine learning specialist Intellegens and engineering simulation leader Ansys have announced a collaboration to integrate machine learning methods into Additive Manufacturing workflows.

Intellegens

On 12/02/21, Dr James Edmondson interviewed the CEO of Intellegens, regarding their AI-driven platform for developing battery materials for electric vehicles.

CVD Graphene for Electronic Applications: 2021 Status and Outlook

Given the exciting properties, graphene has always been linked as a revolutionary material for the electronics industry. CVD graphene is cited as the ideal solution in providing a perfect single layer produced in a low cost continuous R2R process, but the manufacturing and commercial reality have proved very different. After a long period of research, and with players regularly exiting and entering the field, we are only now starting to see this technology mature and the dawn of the commercial reality.

Paragraf

Paragraf develop and produce graphene-based electronic devices. IDTechEx spoke with Dr Thomas (CEO).

Machine Learning Making Light Work of AM Aerospace Alloys

Machine learning technology will be used to make the additive manufacturing process of metallic alloys for aerospace cheaper and faster, encouraging production of lightweight, energy-efficient aircraft to support net zero targets for aviation.

Plessey Semiconductors

Plessey is a UK-based working on MicroLEDs based on GaN-on-silicon technology. Plessey operates 150 mm and 200 mm wafer processing facilities to undertake design, test and assembly of products. The company provides illuminators for display engines (Digital Micro-mirror Device DMD and LCOS) and full-field emissive microLED displays that combine very high density RGB pixel arrays with high-performance in-house developed CMOS backplanes to produce high brightness, low power and high frame rate image sources for head mounted displays (HMDs), Augmented Reality (AR) and Virtual Reality (VR) systems.

Graphene Innovation in Finland

Starting from the joint interest of Nokia and Finnish research institutes, soon after the experimental discovery of graphene and related materials in 2004, VTT Technical Research Centre of Finland began developing its research in this area and now plays a vital role in the Graphene Flagship.

New Green Materials Could Power Smart Devices Using Ambient Light

Researchers have developed environmentally friendly materials that could harvest enough energy from indoor light to power wireless smart devices.

Composites For a Greener Future

Composites and coatings are one of the most versatile areas of graphene technology. The Graphene Flagship's research projects on composites and coatings show great promise, and their innovative applications could help solve some of Europe's most pressing environmental challenges.

Intellegens (Drug discovery)

Intellegens is a data analytics company focused on accelerating innovation through the use of artificial intelligence (AI), particularly deep learning (DL).

WearOptimo's Strategic Partnership Agreement With Aspen Medical

A key milestone on our commercial journey was reached today with the announcement of a partnership between WearOptimo and Aspen Medical. WearOptimo is now engaged with Aspen Medical for the development and distribution of particular Microwearable sensors in key markets.

3D Printed "Invisible" Fibres Sense Breath, Sound, Biological Cells

From capturing your breath to guiding biological cell movements, 3D printing of tiny, transparent conducting fibres could be used to make devices which can 'smell, hear and touch' - making it particularly useful for health monitoring, Internet of Things and biosensing applications.

AI and autonomy for chemistry and materials science (Part 2)

IDTechEx attended 2 leading conferences on the impact of AI and autonomy for chemistry and materials science, from both R&D to production.