<?xml version="1.0" encoding="utf-8"?><events>
<event>
	<id>2181</id>
	<dates><date>
	<date_start>2026-06-11</date_start>
	<time_start>13:30</time_start>
	</date></dates>
	<title>Programming Peptide Biomolecular Condensates through Molecular Design</title>
	<description>Assoc. Prof. Dr. Ayala Lampel, Tel Aviv University (TAU), Tel Aviv, Israel Title: &quot;Programming Peptide Biomolecular Condensates through Molecular Design&quot;</description>
	<location>June 11 2026 1.30 p.m., Seminar room B1</location>
	<language>en</language>
	<speaker><name>Prof. Dr. Ayala Lampel</name><from>Tel Aviv University</from></speaker>
	<host></host>
<topics name="TOPIC_CHEMISTRY"><topic name="TOPIC_PHYSICS"></topic><topic name="TOPIC_CHEMISTRY"></topic><topic name="TOPIC_MATERIALS"></topic></topics>
</event>
<event>
	<id>2166</id>
	<dates><date>
	<date_start>2026-06-09</date_start>
	<time_start>10:14</time_start>
	</date></dates>
	<title>djR Summer School 2026</title>
	<description>âSustainable Materials in Rheologyâ
For more information, registration, and program details, please visit the official website.</description>
	<location>Dresden University of Technology, June 9â12, 2026
</location>
	<language>en</language>
	<speaker><name>n.n.</name></speaker>
	<host></host>
<topics name="TOPIC_CHEMISTRY"><topic name="TOPIC_PHYSICS"></topic><topic name="TOPIC_CHEMISTRY"></topic><topic name="TOPIC_MATERIALS"></topic></topics>
</event>
<event>
	<id>2182</id>
	<dates><date>
	<date_start>2026-06-17</date_start>
	<time_start>13:00</time_start>
	</date></dates>
	<title>âNanocellulose-Based Materials for Multifunctional Applicationsâ</title>
	<description>ABSTRACT 
Nanocellulose has emerged as a sustainable and versatile nanomaterial due to its renewable origin, tunable surface chemistry, high surface area, and excellent mechanical properties. This presentation highlights nanocellulose extracted from agro-waste resources and engineered through controlled chemical modifications for multifunctional applications. Lightweight nanocellulose aerogels with excellent thermal insulation, flame retardancy, and mechanical robustness have been developed. Surface-functionalized nanocellulose materials exhibit efficient oil-water separation with high absorption capacity and recyclability. Self-assembled cellulose nanocrystals enable chiral nematic photonic structures with tunable coloration for anticounterfeiting and optical sensing. Chemically tailored nanocellulose has also been explored for triboelectric nanogenerators with enhanced energy harvesting efficiency. These developments establish agro-waste-derived nanocellulose as a promising platform for environmental, photonic, sensing, security, and energy-related applications.</description>
	<location>Conference hall</location>
	<language>en</language>
	<speaker><name>n.n.</name></speaker>
	<host></host>
<topics name="TOPIC_CHEMISTRY"><topic name="TOPIC_PHYSICS"></topic><topic name="TOPIC_CHEMISTRY"></topic><topic name="TOPIC_MATERIALS"></topic></topics>
</event>
<event>
	<id>2185</id>
	<dates><date>
	<date_start>2026-06-18</date_start>
	<time_start>11:00</time_start>
	</date></dates>
	<title>Deciphering the Brain Viscoelastic Response</title>
	<description>June 18, 2026 11 AM Seminar room WE01</description>
	<location>June 18, 2026, 11 AM, Seminar room WE01</location>
	<language>en</language>
	<speaker><name>n.n.</name></speaker>
	<host></host>
<topics name="TOPIC_CHEMISTRY"><topic name="TOPIC_PHYSICS"></topic><topic name="TOPIC_CHEMISTRY"></topic><topic name="TOPIC_MATERIALS"></topic></topics>
</event>
<event>
	<id>2159</id>
	<dates><date>
	<date_start>2026-06-23</date_start>
	<time_start>13:00</time_start>
	</date></dates>
	<title>Structural characteristics of catechol-modified hydrogels</title>
	<description></description>
	<location>Conference hall</location>
	<language>en</language>
	<speaker><name>n.n.</name></speaker>
	<host></host>
<topics name="TOPIC_CHEMISTRY"><topic name="TOPIC_PHYSICS"></topic><topic name="TOPIC_CHEMISTRY"></topic><topic name="TOPIC_MATERIALS"></topic></topics>
</event>
<event>
	<id>2075</id>
	<dates><date>
	<date_start>2026-06-21</date_start>
	<time_start>9:00</time_start>
	</date></dates>
	<title>26th POLYMER NETWORKS GROUP Meeting</title>
	<description>For more information, registration, and program details, please visit the official website.</description>
	<location>Deutsches Hygiene-Museum, June 21â25, 2026</location>
	<language>en</language>
	<speaker><name>n.n.</name></speaker>
	<host>Michael Lang (Dresden) and Sebastian Seiffert (Mainz)</host>
<topics name="TOPIC_CHEMISTRY"><topic name="TOPIC_PHYSICS"></topic><topic name="TOPIC_CHEMISTRY"></topic><topic name="TOPIC_MATERIALS"></topic></topics>
</event>
<event>
	<id>2175</id>
	<dates><date>
	<date_start>2026-06-29</date_start>
	<time_start>13:30</time_start>
	</date></dates>
	<title>and water: Connective tissue from a polymer physics perspective</title>
	<description></description>
	<location>Conference Hall in H-building</location>
	<language>en</language>
	<speaker><name>n.n.</name></speaker>
	<host></host>
<topics name="TOPIC_CHEMISTRY"><topic name="TOPIC_PHYSICS"></topic><topic name="TOPIC_CHEMISTRY"></topic><topic name="TOPIC_MATERIALS"></topic></topics>
</event>
</events>