Lifeboat Foundation

In our current information society and digital media culture, the stories, images, voices and traces we leave behind, construct the narrative of who we are. Our identity has become synonymous with our online data. Digital media empowers us. However, its inescapable presence within our lives reveals potential for consequences beyond mortality. Our digital death is effusively about data. What if all your data was used to create a digital afterlife presence capable of generating communication in your style of speaking and thinking? For those of us actively participating within the digital realm this could soon be a reality flowing into mainstream society. The digital footprint we now obtain comes with concerns of privacy, power, remembering & forgetting. Constructing these affordances within a curation towards death, causes for more daunting concerns about our western societies and our roles within it. One must ask themselves, how do we construct our ways of remembering in this digital age, knowing our immortality could be reconstructed to live on forever?

Season 2, episode 1 of Black Mirror, ‘Be Right Back’ hauntingly confronts us with our worries about how to deal with the death of loved ones. The episode demonstrates a frontal onslaught on humanities fragility when it comes to dealing with death & the concepts of how we decide to remember. The episode showcases technology, able of creating artificial intelligence that sounds, talks and thinks like you would. Black Mirror, the dystopian Netflix series, offers up a future that is eerily close to ours. Its success comes mainly from showing us a sci-fi angle that borders reality. But much like the title suggests, the black mirrors we face each day, the screens and technology that rule our lives, cast back a reflection of us and our society that is not just ‘close’ but already here.

People with inflammatory bowel disease (IBD) are often confused about which foods may ease symptoms and which ones may make them worse. Based on medical research, there’s no single plan that definitively offers relief. But a recent study on a new diet called the IBD-AID diet has shown that it may help.

The diet focuses on correcting gut bacteria balance with probiotic and prebiotic foods.

PAKISTAN has once again tested a nuclear warhead-capable missile as tensions continue to escalate between the nation and India after Pakistan’s Prime Minister Imran Khan warned of the “threat of imminent conflict” between the nuclear-armed nations.

SpaceX is planning a mega-constellation of thousands of internet satellites called Starlink. But the FCC didn’t perform an environmental review.

NASA is sending a pair of astronauts on a spacewalk outside the International Space Station today (Jan. 25) to finish fixing a complicated science experiment. Here’s how to watch it live.

NASA TV began streaming the spacewalk around 5:30 a.m. EST (1030 GMT) as European Space Agency astronaut Luca Parmitano and NASA astronaut Andrew Morgan complete their final spacewalk preparations. You can watch it live here on Space.com. The spacewalk is expected to start around 6:50 a.m. EST (1150 GMT), when the astronauts will switch their spacesuits over to battery power before heading out of the airlock.

A provocative new study suggests the microbes that live in your gut could reveal critical details about your health — and your death.

In General Relativity, the fabric of space doesn’t remain static over time. Everything else depends on the details we measure.

When it comes to building the interior of a spacecraft, engineers often prioritize function over aesthetics, focusing on materials and hardware that are both safe and effective for executing the vehicle’s intended mission. But some scientists say it’s time to consider another crucial factor when designing a spacecraft’s insides: how it will affect the behavior of the passengers?

University of California, Berkeley, scientists have created a blue light-emitting diode (LED) from a trendy new semiconductor material, halide perovskite, overcoming a major barrier to employing these cheap, easy-to-make materials in electronic devices.

In the process, however, the researchers discovered a fundamental property of halide perovskites that may prove a barrier to their widespread use as solar cells and transistors.

Alternatively, this unique property may open up a whole new world for perovskites far beyond that of today’s standard semiconductors.