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Welcome to the startup jungle

Most new companies fail. What does it take for young entrepreneurs around the world to thrive in a startup hub?

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Over the past two decades start-ups have changed the world. Multi-billion dollar companies like Google, Facebook, and Uber have shown the transformative power of entrepreneurship.

Today, innovators dream of their idea becoming the next big thing. But the odds are stacked against them. In America alone, 80% of startups will fail. In startup hubs around the world young entrepreneurs are desperate to prove they have what it takes to succeed. But what does it really take to survive?

HoloMe is one of half a million companies to start up in Britain every year. The nations capital is a leading hub of innovation, inspiration, and creative energy. In London, and in cities world wide it’s the age of the entrepreneur.

Startups are championed by governments who see them as key to building a dynamic economy, but the competition is cut-throat. To succeed, you’ve got to really believe in your product.

The New Madrid Fault may take out 150 miles of the Midwest

Way back in 1811 and 1812, a series of over 1,000 earthquakes rocked the Mississippi River between St. Louis and Memphis. One was so powerful that it caused the river to run backwards for a few hours. The infamous New Madrid earthquakes of 1811–1812 rang church bells in Boston, which is 1,200 miles from St. Louis. Today, scientists say that the 150-mile-long New Madrid Seismic Zone has a terrifying 40% chance to blast in the next few decades, impacting 7 states – Illinois, Indiana, Missouri, Arkansas, Kentucky, Tennessee and Mississippi – with 715,000 buildings damaged and 2.6m people left without power.

Unlike California, which has been super-prepared since the last major earthquake hit hard enough to delay the World Series, the New Madrid fault area has been sitting blissfully by. In case the “40 percent” statistic didn’t bother you, this should: The New Madrid fault has an impact zone ten times as big as its more famous San Andreas cousin.

As described by USGS: “In 1811, the extent of the area that experienced damaging earth motion, which produced Modified Mercalli Intensity greater than or equal to VII, is estimated to be 600,000 square kilometers. However, shaking strong enough to alarm the general population (intensity greater than or equal to V) occurred over an area of 2.5 million square kilometers.”

Keystone pipeline shut down after spilling 5,000 barrels of oil in South Dakota

Not good!


Workers took the Keystone oil pipeline offline on Thursday after it spilled 5,000 barrels of oil in rural South Dakota, officials said.

A TransCanada crew shut down the pipeline at 6 a.m. Thursday morning after detecting an oil leak along the line, the company said. The leak was detected along a stretch of the pipeline about 35 miles south of a pumping station in Marshall County, South Dakota.

TransCanada estimates the pipeline leaked 5,000 barrels of oil, or about 210,000 gallons, before going offline. The company said it’s working with state regulators and the Pipelines and Hazardous Materials Safety Administration to assess the situation.

Wind powered a record of nearly 200 million European households on Saturday

On Saturday, a record 24.6% of total electricity came from wind power sources in the 28 countries of the European Union. The majority of this wind electricity was generated offshore (91.3%) vs onshore (8.7%).

With Europe moving into the high wind production winter period, we expect a new season of records being broken. And with massive scale construction continuing for offshore wind farms, these records of 2017 will soon look quaint.

The amounts of electricity generated were enough to power 197 million European households or 68% of all industrial electricity needs. Europe has about 500 million total people, with a land mass very close to that of the USA.

Physicists propose test of quantum gravity using current technology

Physicists have proposed a way to test quantum gravity that, in principle, could be performed by a laser-based, table-top experiment using currently available technology. Although a theory of quantum gravity would overcome one of the biggest challenges in modern physics by unifying general relativity and quantum mechanics, currently physicists have no way of testing any proposed theories of quantum gravity.

Now a team of seven physicists from various countries, S. Dey, A. Bhat, D. Momeni, M. Faizal, A. F. Ali, T. K. Dey, and A. Rehman, have come up with a novel way to experimentally test gravity using a laser-based experiment. They have published a paper on their proposed test in a recent issue of Nuclear Physics B.

One reason why testing quantum gravity is so challenging is that its effects appear only at very high-energy scales and their corresponding tiny length scales. These extreme scales, which are very near the Planck scale, are roughly 15 orders of magnitude beyond those accessible by the Large Hadron Collider (LHC), by far the world’s highest-energy experiment.

‘New Generation of Cities’: Riyadh to Build High-Tech Utopia in the Desert

Struggling to steer its economy away from oil dependence, Saudi Arabia announced an audacious plan to build a $500 billion super-city that is intended to become a world-class business hub.

Saudi Arabia is moving toward a “new generation of cities,” said Mohammed bin Salman, crown prince of the Middle Eastern kingdom, during one of his rare appearances before the press on October 24. The first of its kind, the city, to be named Neom, would be powered by green energy and have no room for “anything traditional,” he said.

Neom, an ambitious business hub, was promoted with a video clip showing happy people engaging in business, science, art, leisure, and showed men and women freely mixing in modern European clothes — something that is impossible in most of Saudi Arabia.

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