Research & Development

Physicists at Stony Brook University have developed a new type of material that is a highly efficient insulator at high temperatures, capable of conducting electricity without wasting heat. (Source: gemeinfrei)

The brick supercapacitor device developed by researchers in the U.S. is shown here powering a green light-emitting diode. (Source: D’Arcy laboratory, Department of Chemistry, Washington University in St. Louis)

A schematic illustrating the lithium battery with the team’s new carbon nanotube architecture for the anode. (Source: Juran Noh, Texas A&M University)

EMPA has developed a non-combustible water-based electrolyte for lithium-ion batteries which is compatible with electrode materials already commercially available. (Public Domain)

The relationships between voltage, current, resistance and power and their implications for power delivery efficiency has become essential for continued development in high performance electrical and electronic systems. (Source: gemeinfrei)

Photovoltaic energy is based on the photoelectric effect—the emission of electrons when electromagnetic radiation (i.e. light) hits a material. (Source: gemeinfrei)

Amber Solutions’ Amber AC/DC EnablerTM and Amber AC SwitchTM. (Source: Amber Solutions)

Individual building blocks are heated atop a silver surface in a vacuum to create a porous graphene ribbon with a ladder-like structure and semiconducting properties. Each rung has two carbon atoms replaced with nitrogen atoms (blue). (Source: University of Basel)

Lithium-ion alternatives represent a promising solution for low-cost, large-scale energy storage (Source: University of Technology Sydney)

Declaration of consent

It goes without saying that we treat your personal data responsibly. Where we collect personal data from you, we process the data in compliance with the relevant data protection regulations. More detailed information is available in our privacy policy.

Consent to the use of data for advertising purposes

I consent to the use of my email address to send editorial newsletters by Mesago Messe Frankfurt GmbH, Rotebühlstr. 83-85, 70178 Stuttgart, Germany including all of its affiliates within the meaning of Section 15 et seq. AktG (‘Mesago’). I have viewed lists of each group of affiliates here for the Mesago.
The content of the newsletter covers the products and services of all of the companies listed above including, for example, trade magazines and specialist books, events and exhibitions and event-related products and services, printed and digital media products and services such as additional (editorial) newsletters, competitions, lead campaigns, online and offline market research, technical web portals and e-learning courses. If my personal telephone number has also been collected, it may be used to send offers for the aforementioned products and services from the above companies, as well as for market research purposes.
If I wish to access protected content online on portals of Mesago including its affiliates within the meaning of Section 15 et seq. AktG, I must register with additional data in order to access that content. In return for this free access to editorial content, my data may be used in line with this declaration of consent for the purposes described herein.

Right to withdraw consent

I am aware that I can withdraw this consent at any time with future effect. My withdrawal of consent does not affect the lawfulness of processing performed based on my consent before its withdrawal. If I wish to withdraw my consent, I can send an email to Mesago at privacy@mesago.com. If I no longer wish to receive individual newsletters to which I have subscribed, I can also click on the unsubscribe link at the bottom of a newsletter. I can find more information on my right to withdraw, how to exercise this right and the consequences of my withdrawal in the Privacy policy Editorial newsletters section.