Lukas Gold

Lukas Gold ID: OSW8dca6aaebe005c5faca05bac33264e4d | UUID: 483c52a5-610c-4aa2-9d76-a646c8579150
ID	OSW8dca6aaebe005c5faca05bac33264e4d
UUID	483c52a5-610c-4aa2-9d76-a646c8579150
Label	Lukas Gold
Machine compatible name	LukasGold
Types/Categories	User
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Types/Categories<br>Definition: Entity, Item, Person, User account, User: User First name / Given name / Forename<br>Definition: Person: Lukas Last name / Family name / Surname<br>Definition: Person: Gold Description<br>Definition: Entity: Post doctoral researcher in the Digtal Transformation working group at Fraunhofer ISC Email address<br>Definition: Person: lukas.gold@isc.fraunhofer.de ORCID iDThe ORCID iD is an https URI with a 16-digit number, e.g., https://orcid.org/0000-0001-2345-6789.<br>Definition: Person: https://orcid.org/0000-0001-7444-2969 OrganizationOrganization(s) the person is affiliated with. E.g., university, research institute, company, etc.<br>Definition: Person: Fraunhofer-Gesellschaft Phone numberPhone number formatted with country code and hyphens, e.g.. +49-931-4100-172. According to https://www.wikidata.org/wiki/Property:P1329<br>Definition: Person: +49-931-4100-979 UsernameOrganization user ID<br>Definition: User account: [[[:Template:Fullurl:User:]] ] Image<br>Definition: Entity: Lukas Gold potrait image.jpg

Description

Post doctoral researcher in the Digtal Transformation working group at Fraunhofer ISC

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Biography

Lukas Gold received a master of science in nanostructure technology and a PhD degree from the University of Würzburg. From 2013 to 2021 he was working at the Fraunhofer R&D Center Electromobility FZEB as master student and PhD candidate.

In this time his research mostly focused on the electrochemically induced changes to mechanical properties of lithium-ion batteries. This included studies on the swelling and contraction of latter during cycling, the associated change in electrode density and porosity, as well as the changes to modulus of elasticity. He employed several x-ray and neutron imaging methods such as computer tomography and radiography to study those property changes.

His PhD thesis took this a step further, exploiting this property changes to estimate the state of charge via ultrasound. The latter allows to correlate property changes with the state of charge when employing advanced methods of digital signal processing and machine learning (like support vector machines). Additionally, he developed an ultrasound-based method to monitor the wetting process of lithium-ion batteries during cell production.

As a post-doctoral researcher, he switched the field of research to the digital transformation of laboratory and materials research in November of 2021 and joined the working group of Simon Stier at Fraunhofer ISC. His work here, aiming to make research data FAIR, mostly involves around the development of the knowledge management platform Open Semantic Lab, modelling of processes and items in JSON Schema and the development of the platform accompanying Python package osw-python.

Publications

A list of publications is availabe at ORCID: Lukas Gold

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