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.
Graphene is at the center of most energy storage applications. The unique carbon nanomaterial consists of a two-dimensional sheet of carbon atoms arranged in a hexagonal lattice and has many beneficial properties that can be exploited to enhance the performance, durability, and functionality of energy storage devices.
By Kerry Taylor-Smith
10 Aug 2021
KLA General Manager Tom Pierson discusses the formation of the KLA Instruments group, its mission, offerings, and key differentiators.
Researchers have created a carbon-based material which is expected to expand the capabilities of nanoscale electronics and contribute to the growth of the nanoelectronics market in the coming years.
By Yulia Yancheva
29 Jul 2021
Researchers have developed natural energy harvesting with new ‘holy grail’ technology that turns perspiration into power using the fingertips.
By Robert Lea
28 Jul 2021
With the emerging graphene industry growing and industrially manufactured graphene materials being traded worldwide, associated quality regulation issues have also risen.
By Marzia Khan
27 Jul 2021
This article will provide an insight into nanomaterials and how radiolabeling of these key materials can be used for the efficient development of medicinal drugs.
By Marzia Khan
26 Jul 2021
This article discusses some of the processing solutions with flexible diaphragms.
A newly developed carbon-based material could provide a lightweight replacement for Kevlar and steel in a wide range of impact-resistant applications.
By Robert Lea
13 Jul 2021