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Stem cell treatments involve some serious health risks for the patients and are very expensive. A new alternative developed for patients with health problems may be a game-changer as a team of researchers has developed synthetic stem cells, which prove to be as efficient as the regular ones. ( NC State University )

A team of researchers made a significant breakthrough which will help patients with heart problems all over the world. The scientists managed to create synthetic stem cells, which can help the heart tissue regenerate just as well as normal stem cells, while also avoiding the complications associated with them.

Promising Results

Excellent breakthrough for technology’s future.


Example of diamond crystallites of different shapes, obtained with the help of the technology, worked out in the Lomonosov Moscow State University. There are electron microscopy images of diamond films’ fragments after their oxidation in the air. The material left after the oxidation is represented by needle-like diamond monocrystals of pyramid shape. Credit: Alexander Obraztsov.

Physicists from the Lomonosov Moscow State University have obtained micrometer-sized diamond crystals in the form of a regular pyramid. In cooperation with co-workers from other Russian and foreign research centers, they have also studied the luminescence and electron emission properties of these diamond crystals. The research results have been published in a series of articles in journals including Scientific Reports.

The researchers have described structural peculiarities of micrometer-sized diamond crystals in needle- and thread-like shapes, and their interrelation with luminescence features and field electron emission efficiency. The luminescence properties of such thread-like diamond crystals could be useful in different types of sensors, quantum optical devices, and also for quantum computing.

More believers; loving it!


Video by: Jan-Henrik Kulberg

As we continue to conduct more of our transactions online, consumers, companies and governments put their faith in encryption to protect their private and sensitive data. Once quantum computing becomes a reality, our current encryption methods will quickly become obsolete as quantum computers will be able to easily crack them.

If you thought 2016 was an impressive year for quantum; just wait to see what we have in store you in 2017! Google’s new QC device is coming, AI, the efforts on the Web, etc. Yes, indeed 2017 is going to be a fun and interesting year for QC.


This year has been rollercoaster crash for many with numerous tragedies and crises occurring all over the world, but it doesn’t mean that everything was grim in 2016.

Join IBTimes UK as we take a closer look at the many new developments across various fields of technological research, each with the potential to revolutionise human life for the better.

Artificial intelligence Artificial intelligence continues to be a key field of research into developing computers that can think like the human mind iStock.

As humans explore other worlds, the colonies they develop may change over time. While the first settlements may rely on individuals, as the outposts grow more self-sustaining, families will likely become the colonists of choice, a panel of experts said.

“The socioeconomic origins of colonists are going to change over time,” science fiction author Charles E. Gannon told Space.com.

Earlier this year at Dragon Con in Atlanta, Gannon was part a panel of scientists and science communicators who discussed how future space colonies might look and act, and how such developments might affect the rest of humanity on Earth. Gannon was joined by nuclear physicist Ben Davis, forensic anthropologist Emily Finke, science teacher Lali DeRosier and moderator Kishore Hari, a self-described “professional nerd.” [NASA’s Wild Space Colony Concepts in Images].

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Entrepreneur’s Space X agency files request for $10bn project with the FCC and says internet speeds globally will reach 1Gb/s.

The man who wants to take humans to Mars also wants to connect the whole of planet Earth and bring digital equality across the globe.

Elon Musk’s Space X spacial agency has requested to the US Federal Communications Commission (FCC) authorisation to launch 4,425 satellites which would be used to provide connectivity to the more than 7.2 billion humans on Earth.

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Now that the EmDrive has made its way into the peer-reviewed literature, it falls in range of Tau Zero’s network of scientist reviewers. Marc Millis, former head of NASA’s Breakthrough Propulsion Physics project and founding architect of the Tau Zero Foundation, has spent the last two months reviewing the relevant papers. Although he is the primary author of what follows, he has enlisted the help of scientists with expertise in experimental issues, all of whom also contributed to BPP, and all of whom remain active in experimental work. The revisions and insertions of George Hathaway (Hathaway Consulting), Martin Tajmar (Dresden University), Eric Davis (EarthTech) and Jordan Maclay (Quantum Fields, LLC) have been discussed through frequent email exchanges as the final text began to emerge. Next week I’ll also be presenting a supplemental report from George Hathaway. So is EmDrive new physics or the result of experimental error? The answer turns out to be surprisingly complex.

By marc millis, george hathaway, martin tajmar, eric davis, & jordan maclay

It’s time to weigh in about the controversial EmDrive. I say, controversial, because of its profound implications if genuine, plus the lack of enough information with which to determine if it is genuine. A peer-reviewed article about experimental tests of an EmDrive was just published in the AIAA Journal of Propulsion and Power by Harold (Sonny) White and colleagues: White, H., March, P., Lawrence, J., Vera, J., Sylvester, A., Brady, D., & Bailey, P. (2016), “Measurement of Impulsive Thrust from a Closed Radio-Frequency Cavity in Vacuum,” Journal of Propulsion and Power, (print version pending, online version here.

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