Recent research has revealed an unexpected use for everyday kitchen sponges: as memory devices capable of storing and erasing information through compression and decompression. This novel approach to data storage mimics aspects of human brain function and opens up possibilities for innovative applications in fields like auxetics and reprogrammable Braille displays.

Recent research from the University of Basel has revealed that the human brain creates three distinct copies of each memory in the hippocampus, challenging our understanding of how memories are stored and processed. This discovery, reported in the journal Science, sheds light on the brain's remarkable ability to balance memory persistence with adaptability, potentially opening new avenues for treating memory disorders and recovering lost memories.

Scientists have recently confirmed the existence of a waste-clearance system in the human brain, known as the glymphatic system, which uses cerebrospinal fluid to flush out toxic proteins associated with neurodegenerative diseases. This groundbreaking discovery, reported by researchers at Oregon Health & Science University, opens new avenues for understanding and potentially treating conditions like Alzheimer's and Parkinson's disease.

Based on reports from Nature Communications, groundbreaking research has revealed that the ability to form and store memories is not exclusive to the brain, but extends to cells throughout the human body, challenging long-held beliefs about cognition and opening new avenues for understanding memory formation and potential treatments.