<a href="https://www.mid-day.com/news/world-news/article/scientists-discover-largest-mesozoic-crocodyliform-egg-clutch-in-brazil-23619916" target="_blank" rel="none noopener">Researchers</a> in the US have developed a hybrid &ldquo;super foam&rdquo; that can absorb up to 10 times more energy than conventional padding.&nbsp;
The material combines ordinary foam with 3D-printed plastic columns embedded inside it.&nbsp;
These flexible struts form an internal skeleton that reinforces the foam and improves how it handles pressure and impacts.&nbsp;
The approach resutls in a composite designed to withstand significantly higher forces while remaining lightweight.&nbsp;
The system could improve protective gear, <a href="https://www.mid-day.com/news/india-news/article/pune-traffic-updates-punes-double-decker-flyover-opens-to-public-after-cm-fadnavis-inaugurates-it-23619853" target="_blank" rel="none noopener">vehicle safety</a> systems, and even everyday products such as cushions.
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Researchers in US have developed a “super foam” that can absorb up to 10 times more energy. The material combines ordinary foam with 3D-printed plastic columns

US researchers develop 3D-printed struts that make foam 10 times stronger

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The material combines ordinary foam with 3D-printed plastic columns embedded inside it

3D-printed struts make foam 10 times stronger

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