Generally we buy a printer to take printouts, but here is a concept that believes in the reverse process…removing ink from the printed-paper! Akin to the idea of a dermatologist laser-burning blemishes and dark spots from your skin, the Ink Remover Printer proposes to do something similar; zap out the ink using laser technology. This way you can reuse the old memos to print new ones, recycle paper and feel good about it.
The world may go gaga over the latest iPad, but Korean designer Seungha Yoo isn’t too impressed by the latest Apple creation. Probably, which is why her portable computer concept does away with anything that is even remotely associated with traditional computing system. At least in the way they look. The M-Gram portable computer stands itself apart from the competition with its ever-so-sleek frame of 8 cm being smaller than most cell phones with advanced OS platforms in the market today.
One of the biggest advantages of a laptop is its portability feature. Using this as its premise, here is a very sleek version of how we should be really using a digital notebook. Ironic that it’s a leaf out of the journal kind, the Anderson’s main USP is the practical way of handling the book. Dual hinge system makes it possible to use the notebook in portrait and landscape mode.
Industrial designer Sebastien Maleville’s proposed concept laptop design for Lenovo is definitely amazing. The futuristic concept laptop is christened the ARM tablet and boasts of features like a touch screen and a removable keyboard. The laptop flaunts a chrome finish body and is definitely a gadget of the future. Sleek, stylish and extremely useful, this new hi-tech concept laptop promises to be a favorite with gadget freaks. Powered by a polymer battery, the keyboard can be separated from the touch screen by the click of a button.
A product of physics, mathematics and computer science combined together, quantum computing, in the past two decades, has evolved from a visionary idea to one of the most fascinating areas of quantum mechanics. First proposed in the 1970s, quantum computing relies on quantum physics by taking advantage of certain quantum physics properties of atoms or nuclei that allow them to work together as quantum bits, or qubits, to be the computer’s processor and memory. By interacting with each other while being isolated from the external environment, qubits can perform certain calculations exponentially faster than conventional computers.
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