The Circuitbreakers Spearhead Project aims to develop grease-free circuit breakers by utilizing graphene, overcoming the need for recurring maintenance of circuit breakers.
The abundance of microplastic pollution from household waste has become a growing concern for the environment. Carbon nanotubes have been considered for the removal of microplastic pollutants by various researchers through different strategies. This article will provide an overview of this revolutionary concept and the global impact of microplastic pollution.
By Marzia Khan
2 Sep 2021
The use of photovoltaic technology has provided a sustainable solution for a more renewable source of energy. However, introducing carbon nanotubes to this field could be revolutionary. This article provides an overview of research into carbon nanotube use within photovoltaics and how this may affect future directions of this sector within sustainable energy.
By Marzia Khan
2 Sep 2021
Water pollution, caused by the large disposal of chemicals, dyes, wastes, plastics, and other organic pollutants, has severely affected the natural water resources, causing a significant threat to clean drinking water and raising chronic effects to human health.
By Dr. Parva Chhantyal
31 Aug 2021
A research team led by Prof. Costas Galiotis has claimed that some atoms layer of graphene produced by chemical vapor deposition can prevent up to 70 % of artwork color fading.
By Dr. Parva Chhantyal
17 Aug 2021
This article will explore the use of graphene oxide membrane filtration and its potential to revolutionize the food industry’s response to a rising population of lactose intolerance.
By Marzia Khan
17 Aug 2021
Speedy nano-robots can exhibit promising performance in major industrial applications, from cleaning up the environment to transporting pharmaceutical agents to a desired location in the body.
By Dr. Parva Chhantyal
13 Aug 2021
An interdisciplinary team of researchers from various universities proposed a solution that consisted of developing DNA nanostructures to trap the viruses and neutralize them.
By Marzia Khan
13 Aug 2021
Tel Aviv University scientists have developed a new material that will enable pacemakers to charge using only the heartbeat, with no need for batteries. As well as immediate medical applications, researchers believe this piezoelectric material could also have a wider impact on clean technology.
By Ben Pilkington
11 Aug 2021
With the advancement in medicine and nanotechnology, the capacity to target severe chronic diseases has expanded. This expansion has recently spread to graphene bioelectronics.