Today’s Solutions: February 03, 2026

From The Optimist Magazine

Fall 2015

A new kind of mobile home

People move. It’s what they have always done and what they will keep doing. Architect, artist and cultural producer Abeer Seikaly, from Amman, Jordan, designed an elegant and practical home for people who are forced to move on to a new place, whether to flee a war zone or relocate after a natural disaster. These so-called Weaving a Home tents are based on traditional basket-weaving techniques that mimic the movements of snakes and worms, which move by expanding and contracting their ribs, muscles and skin. The tent structure can fold up for easy transportation and expand to become a shelter against rain and sun. The tent is made from a weatherproof fabric, attached to bendable plastic, and has its own water collection system that uses the natural channels formed by the skin to direct water to a storage reservoir. The tent is still in a prototype stage, but is currently being developed for first use in Jordan. | Find out more: abeerseikaly.com

Print this article
More of Today's Solutions

Scientists develop unsinkable metal tubes using water-repelling technology

BY THE OPTIMIST DAILY EDITORIAL TEAM Engineers at the University of Rochester developed a way to make ordinary aluminum unsinkable even when it’s punctured, submerged, ...

Read More

8 night sky events to catch this February, from a planetary parade to the Mil...

BY THE OPTIMIST DAILY EDITORIAL TEAM February may be the shortest month of the year, but it more than makes up for lost time ...

Read More

How magnesium improves immune cell capabilities

Magnesium is an essential mineral vital to many bodily functions including muscle contraction, nerve transmission, blood pressure, and immunity. Therefore, it makes sense that ...

Read More

How to help victims of California wildfires: a guide to supporting relief eff...

BY THE OPTIMIST DAILY EDITORIAL TEAM Wildfires have once again ravaged Los Angeles County, burning tens of thousands of acres, destroying thousands of structures, ...

Read More