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MIT

The MIT researchers developed an algorithm that gives standard portrait shots a profession...

Instagram devotees and champions of the selfie rejoice, for your filtering options may be about to get a little more diverse. Researchers from MIT have developed an algorithm that takes standard "style-transfer" techniques up a notch, enabling the distinctive style of studio photography to be layered over the top of your portraits.  Read More

ProtonMail is a new secure email service created by scientists from CERN and MIT

The privacy of the data that we put online has been a hot topic over the last year. In order to protect against unwanted snooping, a group of scientists has created a new secure email service. ProtonMail provides end-to-end encryption, meaning that even the company itself can't even see the content of your messages.  Read More

The CityHome project solves typical spatial issues with hidden amenities controlled by han...

For many residents today, the idea of fitting furniture into a 600 sq ft (56 sq m) condo or apartment has become a compact reality. Now a team from MIT’s architectural program have come up with the CityHome project; a versatile appliance-like solution, designed to increase usable space by two or three times.  Read More

Solar cells created from ultra-thin layers of quantum dots (Photo: Chia-Hao Chuang, Depart...

Flexible, inexpensive, large-area, lightweight solar cells are difficult to produce as they require an inert atmosphere and high temperatures, and they often degrade in a short time after exposure to air. Researchers at MIT, however, have used a new method to craft solar cells from ultra-thin layers of quantum dots in a process that promises to avoid these problems, and at room temperature. At the same time, they have also set a new record of nine percent for the most efficient quantum-dot solar cells produced to date.  Read More

A diagram of the new graphene production technique

Graphene is very thin, incredibly strong, electrically conductive and chemically inert, allowing it to be used in a wide range of technologies. It's also rather difficult to work with, however, limiting its practicality. That may be about to change, as researchers at MIT and the University of Michigan have devised a new method of large-scale graphene production.  Read More

Waste heat could be harnessed more effectively, using the thermogalvanic effect (Photo: Sh...

Researchers at MIT and Stanford have found a new way to transform waste heat into electricity, particularly in situations where the temperature gradient is small, below 100º C (180° F). The technology uses widely available materials, and could be used to recycle the large amounts of wasted heat generated in industrial processes and electric power plants.  Read More

The new technique pioneered by researchers from MIT and the University of Vienna has the p...

A team of researchers from the University of Vienna and MIT have developed a novel way of observing the behavior of neurons on a brain-wide scale. The discovery has potential applications in the medical field, allowing scientists to pinpoint the specific cells involved in a brain disorder, thus aiding them in tailoring a focused course of treatment.  Read More

The new MIT 3D system doesn't need glasses to work

The 3D format has had something of a renaissance in recent years, but the technology still has some way to go before the potential of "real-life" multiperspective 3-D can be realized. The Camera Culture group at the MIT Media Lab is developing a new 3D video projection system that doesn't require glasses and provides different users different perspective angles of the same object. The team sees it not as a final answer, but as a transitional system that sits between current technologies and true holographic video.  Read More

The team used the Magellen Telescopes at Las Campanas Observatory, Chile, to take readings...

A team of researchers, including scientists from MIT and the Carnegie Institution of Science, has analyzed the chemical composition of stars in the fossil galaxy known as Segue 1. The dwarf galaxy, containing roughly 1,000 stars, sits 75,000 light years away from Earth, and is host to a set of unusual features that are allowing astronomers to observe the composition of stars from the early universe.  Read More

Scientists have found an alternative to graphene, that has the added bonus of self-assembl...

Graphene may be talked about as the future wonder material (and for that matter, the present one), but it has one critical deficiency. It lacks a natural bandgap, the physical trait that puts the “semi” in “semiconductor," so it has to be doped to become effective. Enter Ni3(2,3,6,7,10,11-hexaiminotriphenylene)2 ... well, you can refer to it as a metal-organic graphene analogue for now. In addition to having a natural band gap, it’s able to self-assemble and represents a whole family of compounds that’s exciting to researchers for its novel properties.  Read More

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