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ATP Synthase, the 'wonder of the molecular world'

In a recent paper published in Nature, researchers at the Institute of Science and Technology Austria, Klosterneuburg, Austria, led by professor Leonid Sazanov, determined the entire structure of F1Fo ATP synthase – the mammalian mitochondrial ATPase that generates ATP.

'Not science fiction anymore,' a body swap study reveals important clues about the concept of self

Pairs of friends were given the illusion of switching bodies as part of a new study and when individuals' personalities synced with their friend's, researchers concluded that beliefs about our personalities are flexible and perceptions of our physical and mental selves help encode our memories.

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Out amongst the stars, there may be carbon rich planets made of diamonds

Researchers at Arizona State University (ASU) and the University of Chicago have determined in a study published in The Planetary Science Journal that some planets may shine bright like diamonds because they are, in fact, diamonds.

Detection of phosphine gas in Venus' atmosphere hints at life

An international team of scientists and researchers recently announced "spectral detections" of phosphine (PH3 – a phosphorus atom with three hydrogen atoms attached), a potential sign of life in the clouds high above the surface of Venus.

Newly discovered quantum particles have unique memory properties that improve computers

Researchers at Purdue University have discovered that a collection of electrons under extreme conditions can form quasiparticles called "anyons," which have unique "memory" properties and could advance quantum computing.

Ancient singing dog thought to be extinct discovered in the wild, may help further understand human vocalization

An ancient species of dog, believed to be extinct in the wild, was recently discovered roaming near the largest gold mine in the world in Papua, Indonesia. The ancient dog breed may revive a dying species and add a new chapter to the understanding of human vocal learning.

New channels discovered between malaria and blood cells that could lead to treatment

New research into the deadliest form of the malaria, Plasmodium falciparum, shows another set of channels, pore-like holes, in the membrane sac surrounding the parasite that allows it to draw in nutrients from the infected blood cell.