Brain Pickings Action for Happiness Dead SULs FIKRA - Komik Fıkralar,Karikatürler,Hikayeler,Oyunlar,Temel, Erotik,Nasrettin Hoca,Deli,Sarışın,Doktor PoemHunter.Com - Thousands of poems and poets. Poetry Search Engine q.equinox.com How the first plant came to be The genome of provides essential clues to the origin of photosynthesis in algae and plants. Science/AAAS Earth is the planet of the plants — and it all can be traced back to one green cell. The world's lush profusion of photosynthesizers — from towering redwoods to ubiquitous diatoms — owe their existence to a tiny alga eons ago that swallowed a cyanobacteria and turned it into an internal solar power plant. By studying the genetics of a "glaucophyte" — one of a group of just 13 unique microscopic freshwater blue-green algae, sometimes called "living fossils" — an international consortium of scientists led by molecular bioscientist Dana Price of the University of Queensland, Brisbane, has elucidated the evolutionary history of plants. According to the analysis of 's genome of roughly 70 million base pairs, this capture must have occurred only once because most modern plants share the genes that make the merger of photosynthesizer and larger host cell possible.
theBERRY - That's What She Saw | Berry Love Jane Austen .co.uk - Jane Austen Centre Brian Kim.net - Invest in Yourself and Make It Happen | Self Improvement Blog | Self Help | Self Growth tracking nanotechnology A team of scientists led by Carnegie's Lin Wang has observed a new form of very hard carbon clusters, which are unusual in their mix of crystalline and disordered structure. The material is capable of indenting diamond. This finding has potential applications for a range of mechanical, electronic, and electrochemical uses. Carbon is the fourth-most-abundant element in the universe and takes on a wide variety of forms—the honeycomb-like graphene, the pencil "lead" graphite, diamond, cylindrically structured nanotubes, and hollow spheres called fullerenes. Some forms of carbon are crystalline, meaning that the structure is organized in repeating atomic units. Wang's team—including Carnegie's Wenge Yang, Zhenxian Liu, Stanislav Sinogeikin, and Yue Meng—started with a substance called carbon-60 cages, made of highly organized balls of carbon constructed of pentagon and hexagon rings bonded together to form a round, hollow shape.
theCHIVE - Funny Photos and Funny Videos – Keep Calm and Chive On