Lifeboat Foundation

It doesn’t seem like all that long ago that even the idea of an electric Ferrari was controversial. Indeed, it was 2016 when then-Ferrari Chairman Sergio Marchionne said that, “with Ferrari, (an electric car) is almost an obscene concept,” before he finished up with, “you’d have to shoot me first.” Well, Sergio– times sure do change, don’t they? At least, that’s what a series of plans for an electric Ferrari from a leaked patent filing would seem to say about the matter!

In fairness to Marchionne, he would pass on before Ferrari built a pure electric car, succumbing as he did to cancer at the age of 66. Tragic as that was, what isn’t tragic is Ferrari joining the rest of the automotive universe in the 21st century with plans to build a for-real battery-powered Ferrari by 2025.

The push for Ferrari to finally go electric was, no doubt, accelerated by the success of the electric Porsche Taycan and, obviously, the rapid growth of Tesla (and, likely, the staggering growth of TSLA stock). With the launch of its first PHEV last year and recently announced plans to go “60% hybrid by 2022”, then, the step towards all-electric seems ready to happen.

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.

Continue reading “Blue-emitting diode demonstrates limitations and promise of perovskite semiconductors” »

Circa 2019 Event 201, hosted by the Johns Hopkins Center for Health Security, envisions a fast-spreading coronavirus with a devastating impact.

Back in 2001, it was a smallpox outbreak, set off by terrorists in U.S. shopping malls. This fall, it was a SARS-like virus, germinating quietly among pig farms in Brazil before spreading to every country in the world. With each fictional pandemic Johns Hopkins experts have designed, the takeaway lesson is the same: We are nowhere near prepared.

Continue reading “Pandemic simulation exercise spotlights massive preparedness gap” »

It’s pretty difficult to believe it at this point, but there are still groups of Tesla critics who insist that Gigafactory 3 is not really fully operational. A central part of this thesis is the allegation that Gigafactory 3 does not have a stamping press, which means that Tesla’s China team is only assembling cars in the Shanghai-based factory using pre-stamped panels from Fremont.

A recently released video from Tesla China has just decimated these allegations in a subtle but definitive manner. The clip was short, less than 30 seconds long, but it showed a busy stamping press operating in Gigafactory 3. The video was released in China, and shared on Twitter by Tesla enthusiast @JayinShanghai.

In September 2015, as the Millennium Development Goals expired and the 2030 Agenda for Sustainable Development (link is external) was being adopted, USAID put forward an ambitious Vision for Ending Extreme Poverty.

Circa 2014

According to one recent study, there’s at least 5 trillion pieces of plastic in the ocean. That’s more than 250 tons. So what to do with mountains of plastic waste with nowhere to go? Katharina Unger thinks we should eat it.

The Austrian designer partnered with Julia Kaisinger and Utrecht University to develop a system that cultivates edible plastic-digesting fungi. That’s right, you can eat mushrooms that eat plastic. In 2012, researchers at Yale University discovered a variety of mushroom (Pestalotiopsis microspora) that is capable of breaking down polyurethane. It kicked off a craze of research exploring how various forms of fungi can degrade plastic without retaining the toxicity of the material. The findings got Unger thinking: What if we could turn an environmental problem (waste) into an environmental solution (food)?

Continue reading “A Mini Farm That Produces Food From Plastic-Eating Mushrooms” »

AeroFarms has put $30m into a green revolution that seeks to produce more crops in less space, but whether it’s economically viable is an open question.

Circa 2016

Taking vertical urban indoor farming efficiency to the next level, a new automated plant coming to Japan will be staffed entirely by robots and produce 30,000 heads of lettuce daily.

Continue reading “Veggie Factory: World’s First Vertical Farm Run Entirely By Robots” »

We are struggling to feed half the world sustainably – but reorganising where we farm could allow us to feed 10 billion people within sustainability boundaries.