### Background Research for the Article
**Prof. Jürgen Janek and His Contributions to Battery Research**
Prof. Jürgen Janek has established himself as a leading figure in the field of battery research, particularly focusing on electrochemistry, materials science, and energy storage systems. With a career spanning several decades, his work at Justus-Liebig-Universität Gießen has contributed significantly to advancements in battery technology.
One of the most pressing global challenges today is energy sustainability. As the world increasingly relies on renewable energy sources such as solar and wind power, efficient storage solutions like batteries become essential. Prof. Janek’s research delves into improving battery performance—extending their lifespan while increasing their safety and efficiency.
His groundbreaking studies often tackle topics such as lithium-ion batteries, solid-state batteries, and other new materials that have the potential to revolutionize how we store energy. The recognition by Clarivate’s „Highly Cited Researchers“ list underscores his influence; being included means that numerous scientists reference his papers in their own work—a hallmark of significant contribution to academic development.
**What Is The Highly Cited Researchers List?**
The Clarivate „Highly Cited Researchers“ list identifies researchers who have demonstrated exceptional influence through publication of multiple highly cited papers over a decade across various fields. It serves not only as a track for peer recognition but also highlights critical areas impacting societal progress—such as health care advancements or innovations in sustainable technologies like those found in Prof. Janek’s research.
Being recognized multiple times on this list illustrates not only personal achievement but indicates an ongoing dedication to pushing the boundaries within sciences crucial for addressing modern issues.
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### Frequently Asked Questions (FAQ)
1. **Who is Professor Jürgen Janek?**
– Professor Jürgen Janek is a chemist and materials scientist at Justus-Liebig-Universität Gießen renowned for his research into advanced battery technologies specializing in electrochemical processes crucial for effective energy storage solutions.
2. **What are „Highly Cited Researchers“?**
– This designation refers to scholars recognized by Clarivate Analytics due to their significant impact on scholarly literature through widely cited publications within designated fields over 10 years.
3. **Why are batteries important?**
– Batteries play an integral role in modern society by storing electrical energy from renewable sources (like solar or wind) making it feasible for use whenever needed—thereby supporting sustainable practices necessary addressing climate change challenges.
4. **What specific areas does Prof.Janek focus on within battery research?**
– His primary areas include lithium-ion technology improvements seeking both enhanced longevity/safety parameters while investigating alternative materials especially aiming towards solid-state battery prospects which promise even higher efficiencies than current technologies allow.
5 **What future implications does this research hold?**
– Innovations resulting from much-needed advancements can help pave pathways toward creating cleaner transportation modes alongside enabling better utilization rates derived from intermittent renewables ensuring stability when powering everyday needs worldwide!
6 **How can I stay updated with Professor Janek’s work?**
– You may keep track of announcements/releases involving him via reputable academic databases/research forums together frequent searches directly tied university connections responsible delivering trained professionals acting researchers’ findings!
7 **Where can I find more information about this award/recognition process?”
– More insights surrounding selection criteria/methodologies employed establishing profiles ranking here: [Clarivate Highly Cited] (https://recognition.clarivate.com).
8 **How does one become published/recognized among highly-cited scientists?”
– Typically requires consistently producing impactful results plus maintaining visibility among peers allowing collective acknowledgment frequency gaining trust/readiness share knowledge throughout respective communities forming nexus around similar interests fueling collaboration creating breakthroughs!
9.I’m interested about learning certain aspects involved overseeing types laboratory experiments conducted through alike institutions how would pursuit lead article/how collaborate effectively?”
– Often joining workshops/conferences exposes individuals enthusiastically stepping following directions pioneers reputably turning ground-breaking ideas enhance credibility growing foundations resurging interest launching future endeavors avenue measurable change pathways involving innovation ambitious travel worthwhile scientific merit forging partnerships physical independence collaborations upcoming resourceful exchanges enhancing knowledge pooling synergy targeting goals reaching successfully!
10.Is there something citizens do encourage clean tech initiatives thanks pursuing other endeavors overall improve environment?”
– Absolutely! Supporting eco-friendly practices being vocal advocate transforming local groups championing funds advocating recycling programs controlling resources sharing insights leading campaigns positivity create awareness concerning magnitude encouraging advocacy make impacts tangible frontline responses connecting sustainably!!
Originamitteilung:
Wegweisende Batterieforschung: Chemiker und Materialwissenschaftler der Justus-Liebig-Universität Gießen steht erneut in der Clarivate-Liste der „Highly Cited Researcher“