Lifeboat Foundation

BGN Technologies, the technology-transfer company of Ben-Gurion University of the Negev (BGU), announced that a research group led by Prof. Varda Shoshan-Barmatz of the BGU Department of Life Sciences and the National Institute for Biotechnology in the Negev, is developing a new molecule to treat cancer that inhibits cancer cell growth and changes these cells back to normal ones.

“Although this is in the early stages, we are excited with results that demonstrate this novel molecule’s potential for cancer treatment,” says Prof. Shoshan-Barmatz. “Basically, we’ve discovered a code for reprograming cancer cells that causes them to lose their oncogenic features.”

The novel treatment is based on siRNA (small interfering ribonucleic acid), which silences expression of the mitochondrial gatekeeper protein, VDAC1. This protein is highly overexpressed in many solid and non-solid tumors and is crucial for supplying the high energy demands of malignant cells.

This week RT en Español aired a half hour show on life extension and #transhumanism on TV to millions of its #Spanish viewers. My #ImmortalityBus and work was covered. Various Lifeboat Foundation members in this video: Give it a watch:

La longevidad, la inmortalidad… Temas que nunca han dejado a nadie indiferente. Ahora algunos científicos aseguran que la inmortalidad es técnicamente alcanzable en un futuro cercano. Pero al mismo tiempo surgen preguntas de carácter moral e incluso filosófico: ¿qué significa alcanzar la inmortalidad para cada uno de nosotros? Además, en una sociedad consumista y de empresas transnacionales como la nuestra, suena poco convincente que la inmortalidad pueda llegar a ser accesible para todos.

Continue reading “La conquista de la muerte” »

The Vision Fund model is disruptive, then. But is it good for innovation and consumers? Mr Son’s project certainly has its attractions. It is shaking up the cosy world of Silicon Valley venture capital. And it may nurture competition against the tech giants. The fund offers founders of startups an alternative to cashing out to the likes of Google, Facebook and Amazon; its massive chequebook also gives those entrepreneurs a better shot at competing with the titans. The fund may perform a similar function in China, where nearly half of all unicorns are by now backed by one of the country’s four tech giants, Baidu, Alibaba, Tencent or

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ULA has picked the RL10, an engine manufactured by Aerojet Rocketdyne, to propel the upper stage of its next generation rocket, the Vulcan It’s a big hardware decision for ULA, but the company has yet to make a much more anticipated choice for the vehicle: which will be the main engine?

TEMPE, Ariz. — A Tempe woman could not believe it when she got the phone call.

NASA was on the other end of the line. Lindy Elkins-Tanton, a planetary scientist with the School of Earth and Space Exploration at Arizona State University, learned she would be leading a deep-space mission–the Psyche Mission.

Her objective is to send a robotic probe to a metal asteroid called Psyche.

Continue reading “Tempe scientist 2nd woman in the world to lead deep-space mission” »

Realizing Majorana bound states (MBS) in condensed matter systems is a key challenge on the way toward topological quantum computing. As a promising platform, one-dimensional magnetic chains on conventional superconductors were theoretically predicted to host MBS at the chain ends. We demonstrate a novel approach to design of model-type atomic-scale systems for studying MBS using single-atom manipulation techniques. Our artificially constructed atomic Fe chains on a Re surface exhibit spin spiral states and a remarkable enhancement of the local density of states at zero energy being strongly localized at the chain ends. Moreover, the zero-energy modes at the chain ends are shown to emerge and become stabilized with increasing chain length. Tight-binding model calculations based on parameters obtained from ab initio calculations corroborate that the system resides in the topological phase. Our work opens new pathways to design MBS in atomic-scale hybrid structures as a basis for fault-tolerant topological quantum computing.

Majorana fermions —particles being their own antiparticles—have recently attracted renewed interest in various fields of physics. In condensed matter systems, Majorana bound states (MBS) with a non-Abelian quantum exchange statistics have been proposed as a key element for topological quantum computing (2–4). One of the most promising platforms to realize MBS are one-dimensional (1D) helical spin systems being proximity-coupled to a conventional s-wave superconductor (5–9). In such a surface-confined system, the MBS can directly be investigated by local probe techniques such as scanning tunneling microscopy/spectroscopy (STM/STS). Previously reported experiments aiming at the direct visualization and probing of the MBS have focused on self-assembled magnetic chains on superconducting Pb substrates (10–15).

Amazing. They have improved the legs and arms. Main thing, it still needs a set of hands, the torso needs to get shrunk down a lot, try to eliminate all of those whistling and cranking noises completely. And then play around with trying to put it in rubber skin, and putting the Sophia head on to it.

China is moving ahead on quantum technology.

Elon Musk and his rocket company just sent a rocket to space that’s designed to do the same thing 99 more times.