A thousand years ago, Rishis, sages who could see beyond appearances, retreated to the forests of India in search of 'absolute truth'. They sought a deep understanding of the self and the universe to find enlightenment and liberation from the cycle of reincarnations. Yoga practice began in a spartan setting, observing the external world and its reflection within. Over centuries, yoga attracted many followers worldwide, evolving to meet contemporary needs while maintaining its core essence. Today, yoga is widely practiced for physical well-being, mental depth, and spiritual growth. The article emphasizes the importance of understanding yoga's roots and maintaining its integrity amidst its widespread practice in modern times.

The young Huxley's observations of the Australian coral reef ecosystem led to the discovery of the notochord in ascidians, laying the groundwork for future research. Today, ascidians are studied for their potential in cancer treatment, understanding of behavioral ecology, marine environment evolution, regenerative capabilities, and phylogenetic relationship with vertebrates. Researchers Noa Shenkar and Tal Gordon from The Shenkar Lab conducted experiments on the ascidian species Polycarpa mytiligera, observing its defense mechanism of expelling the digestive tract when threatened. This behavior, which allows the ascidian to regenerate its digestive system within 12 days, may explain its proliferation in tropical coral reefs despite the presence of predators like triggerfish and pufferfish. The study of such mechanisms could significantly enhance our understanding of biology and medicine.

The largest living being on Earth is located in Oregon, United States, and contrary to what one might assume, it is neither an animal nor a plant. It is a specimen of Armillaria ostoyae, a fungus from the Basidiomycota division, which extends across the forest floor for 8.9 square kilometers. This organism, discovered by scientists studying plant die-off, has been able to grow largely undisturbed for about 2,400 years due to factors such as the arid climate, lack of competition, and abundant nutrients from surrounding conifers.

The article discusses how plants can change our future by producing electrical energy through the interaction between bacteria and plant photosynthesis. It explains the photosynthetic process and how it can be harnessed to generate electricity. The article highlights several projects, including Plantalámparas in Peru, which provides light to remote Amazonian populations, and Plant-e in the Netherlands, which is still under development. The most advanced model mentioned is Bioo-Lite, developed by Arkyne Technologies and three Spanish students, which allows charging a phone via USB. The article also notes the global research efforts in this field and envisions cities of the future powered by plants providing not only oxygen and nutrients but also electrical energy.