Why does world end tomorrow

When the LHC was first switched on, the same rumors resurfaced. Many physicists dismiss the threat offhand—but nobody's really, really sure that it couldn't happen. Perhaps the most creative explanation of how the world could end tomorrow is that we might just be living in a gigantic computer simulation that happens to get switched off. It might sound ridiculous, but scientists still haven't settled, once and for all, whether we're living a life made of code. Sure, people have recently suggested how we could tell if everything around is happening on a sliver of silicon in a giant server room in the sky—but nobody's yet tested the theory.

Let's hope nobody hits ESC. I feel the need to point out that only the last example would end the World. The rest of these scenarios might end us, but Earth continue on nicely without us. The A. By Jamie Condliffe. This issue is inherently intersectional. Climate change affects our Cornell Botanical Gardens as much as it affects the Amazonian jungle, and it demands that collaboration occur to effectively address all of its different facets.

Many individuals reacted to his dystopian article in the same taken-aback-way that people may have responded to the title of this article. Though Wallace-Wells utilized an abundant number of scientific reports and data, both climate change researchers and the public audience believed he inaccurately interpreted data in way that over-exaggerated facts.

Had Wallace-Wells included scientists in the development of his story arc, they could have aided him in properly using and understanding figures so that he correctly portrayed the already drama of climate change without resorting to implausible plotlines.

AOC, Klein and Crabapple understood that in the context of climate change policy, audiences responded the best to well-known political figures and thus poised AOC as the messenger of this tale. Researchers found that individuals respond better to stories that extend beyond the one dimensionality that a scientific article or op-ed may present, and this video exemplifies exactly that. India bets its energy future on solar—in ways both small and big. Environment Planet Possible India bets its energy future on solar—in ways both small and big Grassroots efforts are bringing solar panels to rural villages without electricity, while massive solar arrays are being built across the country.

Go Further. Animals Climate change is shrinking many Amazonian birds. Animals Wild Cities This wild African cat has adapted to life in a big city. Animals This frog mysteriously re-evolved a full set of teeth.

Animals Wild Cities Wild parakeets have taken a liking to London. Animals Wild Cities Morocco has 3 million stray dogs. Meet the people trying to help. Environment COP26 nears conclusion with mixed signals and frustration. Environment Planet Possible India bets its energy future on solar—in ways both small and big. Environment As the EU targets emissions cuts, this country has a coal problem. Paid Content How Hong Kong protects its sea sanctuaries. History Magazine These 3,year-old giants watched over the cemeteries of Sardinia.

But the report is spot-on in its mantra: The faster we switch to a world economy run on renewable energy, the better we can attenuate the consequences—stronger storms, rising seas, fiercer wildfires. So what can we do?

For one, we need carbon taxes the world over: Release greenhouse gases and you pay a fee , which incentivizes the adoption of green energy. We have to massively subsidize solar panels and electric cars. We have to bolster public transportation and redesign cities to discourage the use of cars. The drop in sequencing costs is shifting DNA testing out of the research lab and into mainstream medical practice. Population-based sequencing projects in more than a dozen countries, including the US , are expected to produce 60 million genomes by By , China hopes to add another million from its own precision medicine initiative.

The impact is hard to even imagine. To date, only about a million people have had their whole genomes sequenced. More data from all over the globe will allow for more powerful, fine-grained analyses of how genes shape health and behavior. Very large genetic data sets are ideal for a new technique called Mendelian randomization , which mimics clinical trials, allowing researchers to tease apart causes and correlations. Bigger samples will also make it possible to forecast even complex traits—like height or susceptibility to heart disease—from DNA.