Lifeboat Foundation

https://youtube.com/watch?v=m3JAtvsqfF8

CEO Harald Krueger has announced a third electric model in their BMW i series: a self-driving, intelligent luxury car named i Next, to be released by 2021.

Shortly after the announcement of its first two electric models i3 and i8, BMW is confirming its release of a third model in its “BMW i” series. Their first self-driving car, called i Next, is an autonomous, intelligent luxury car which will be released in 2021.

Continue reading “BMW’s First Self-Driving Car to Come Out in 2021” »

Time travel seems much more common in science fiction than it is in reality. We’ve never met anyone from the future, after all. But all of the physics we know indicates that wormholes — another science fiction favourite — could really be used to travel backwards in time.

And according to a paper by Chinese physicists, using wormholes for time travel might actually allow us to beat Heisenberg’s uncertainty principle — described as one of the most famous (and probably misunderstood) ideas in physics — and even to solve some of the most difficult problems in computer science.

Wormholes are like portals between two places in the Universe. If you fell in one side, you’d pop out the other immediately, regardless of how far apart the two sides were. But wormholes are also like portals between two times in the Universe. As Carl Sagan liked to say, you wouldn’t just emerge some where else in space, but also some when else in time.

Continue reading “Wormholes could be the key to beating the Heisenberg’s uncertainty principle, say physicists” »

Amazing story.

His cell was infested with rats, which he had to kill himself using a broomstick.

Cold Fusion is gaining interest again.

A powerful committee is demanding a report on the technology by the Secretary of Defense.

One of the hurdles of realizing the promise of nanoparticles is that scientists can’t view where they go or how the nanoparticles interact with structures once they are inside of the body. A new technique that involves injecting an acrylamide hydrogel into organs and tissues removed from mice allows researchers to image nanoparticles more than 25 times deeper than is possible with current methods, to a depth of more than 1 millimeter. Lipids are what cause tissues to look opaque. By using the hydrogel to bind all of the molecules together except for lipids, which washed away easily, the team, led by Warren C. W. Chan, were able to make the tissues look transparent but remain intact. The work, published in ACS Nano, may help researchers be able to tell if therapy-loaded nanoparticles are delivering the cargo to the desired destination. Check out the video below.

ExclusiveTechnologies.

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Today’s emergence of nano-micro hybrid structures with almost biological complexity is of fundamental interest. Our ability to adapt intelligently to the challenges has ramifications all the way from fundamentally changing research itself, over applications critical to future survival, to posing small and medium as well as truly globally existential dangers.

Continue reading “Adapting As Nano Approaches Biological Complexity: Witnessing Human-AI Integration Critically” »

Nice!!!!

Develop microscopic vehicles that can carry anti-cancer drug molecules to affected cells

Indian scientists are closing in on a breakthrough in cancer treatment that will see a variety of cancers being cured using just a series of injections without side-effects on the body, that is characteristic of chemotherapy. The new technology has the potential to completely bypass chemotherapy.

Continue reading “Scientists from IISc are close to curing cancers” »

or chroma keying, is a special effects / post-production technique for compositing (layering) two images or video streams together based on color hues (chroma range). The technique has been used heavily in many fields to remove a background from the subject of a photo or video – particularly the newscasting, motion picture and videogame industries.

Abstract: Physicists at the Swiss Nanoscience Institute and the University of Basel have succeeded in measuring the very weak van der Waals forces between individual atoms for the first time. To do this, they fixed individual noble gas atoms within a molecular network and determined the interactions with a single xenon atom that they had positioned at the tip of an atomic force microscope. As expected, the forces varied according to the distance between the two atoms; but, in some cases, the forces were several times larger than theoretically calculated. These findings are reported by the international team of researchers in Nature Communications.