Titans of Business: Their Story From Failure to Success Cartoon
Day: August 1, 2017
Rosatom Builds Nuclear Research Center in Vietnam
The Russian State Atomic Energy Corporation (ROSATOM) is set to build Vietnam’s Centre for Nuclear Energy Science & Technology (CNEST). CNEST will have a nuclear reactor and a multiple-function cyclotron. Along with bold and modern nuclear facilities, the Vietnam nuclear power plant will also have a research and development laboratory.
Up to nine companies have expressed interest in the Vietnamese nuclear power plant projects. The country wants to build as many as ten plants, with a total capacity of 11,900 MWe.
The development of the Vietnam nuclear power plant stemmed from an agreement between Vietnam and Russia signed in 2014. The research and development complex will be used for the development and application of radioisotopes for nuclear medicine.
It will help treat about 10,000 cancer patients along with those suffering from cardiovascular and other diseases. About 15,000 patients will also be helped by the center in terms of diagnosis for cancer, lung disease, endocrine problems and mental diseases. Other nuclear research innovations include applications for underground water and soil samples for the mining industry.
Nuclear Research for Growth and Development
Nuclear medicine is an important industry for nuclear research. Besides radiotherapy for cancer patients, there are other cases where nuclear materials are at the heart of the procedure. There are some tests for soil samples which use nuclear materials, and with the CNEST, the country does not need to out-source for materials from abroad.
As the only nuclear research facility in Vietnam, the Vietnam nuclear power plant will also be for various researches for materials science, agriculture, health care, engineering and industry. The nuclear center will have an expected life of around 50 years, with regular upgrades. There are also plans to expand CNEST in the coming years.
ROSATOM is the number one nuclear power and research center builder in the world. It built and operates more than 34 nuclear power plants in 12 countries. With more than 50 years in operation, it has built 20% of all nuclear research reactors in the world, and a total of more than 120 nuclear reactors of all kinds located around the world.
Vietnam Nuclear Power Plant
The nuclear research center is a separate project from the nuclear power plants that the Vietnamese government is planning to build. Plans are in place for the first two power plants to be in operation by 2028 and delivering 1200 MWe and 1100 MWe, with another 1200MWe capacity plant for 2029. Up to nine companies have expressed interest in the Vietnam nuclear power plant projects. The country wants to build as many as ten plants, with a total capacity of 11,900 MWe.
Vietnam expects its electricity demand to grow to 110.2 GWe by 2030. In line with this, they also plan to use nuclear energy production for 8% of their total energy requirement. This may increase to 20%-25% by 2050. These plans however may be put on indefinite hold as the country has been experiencing an economic slowdown which has led to less demand.
Vietnam is bullish on its peaceful nuclear development program. In 2014, a local company, the Doosan Heavy Industries Vietnam Ltd. became the first ASME certified manufacturer of nuclear components in Southeast Asia. The certification came only seven years after it started operations.
This is a bold advance in technology for a tiny war-torn country. It is therefore noteworthy that Vietnam has managed to develop a growing economy in just a few short years that can now enjoy high-tech research and medical projects.
Hyperloop Conquers a Major Hurdle, Elon Musk Success
Elon Musk’s Hyperloop One project is finally moving forward after the company revealed it successfully tested a full prototype version at its test track in Nevada.
Hyperloop will soon work closely with the Dubai Roads and Transport Authority on a $50 million construction project between Dubai and Abu Dhabi.
According to Wired magazine, engineers successfully tested a magnetically levitating sled that shot through a tube in near-vacuum conditions, reaching 0-70 mph in just five seconds. Hyperloop One boasts that its vehicles will reach more than 700 mph when fully ready.
Musk’s recent tests checked braking, propulsion and the levitation and vacuum systems that enable the travel pods to fly through tubes with minimal friction and energy. The Hyperloop commercial system will become the fastest mode of transport in the world once it is in full operation.
“This is integrating all of the pieces,” Josh Giegel, Hyperloop One’s engineering chief said. “It’s the first phase of a test program that will get us to a production unit.”
The first full-scale Hyperloop model will be up and running by the beginning of 2018, the company claims. Construction has already begun in Toulouse, France and other locations around the world. Dubai, Abu Dhabi, California, Poland and Canada are set to follow suit later this year.
Each Hyperloop capsule will weigh 20 tons, measure 30m in length and 2.7 m in diameter. Capsules are expected to move at incredible speeds, sometimes reaching 760 mph per hour and will revolutionize the way we travel.
Hypeloop Reveals Pod Design
“Hyperloop One also revealed its design for the pod that will carry the people (or cargo). The pod, made of aluminum and carbon fiber, resembles a bus,” Wired writes.
Elon Musk originally claimed that Hyperloop Transportation Technologies (HTT) would launch in the United States in 2018, traveling between Greater Los Angeles and San Francisco.
However, Forbes writes that the first working model for the high-speed passenger capsule will be manufactured and tested in France, where the company’s research and development arm is situated.
The transport industry has been anticipating developments on this capsule since it was first announced in 2012. Critics claimed that the project was taking so long to come to fruition that many doubted it would happen at all. However, the firm’s latest news has put the travel concept back into the spotlight.
The company recently received an extra $80 million of investment to continue the project after money started to dry up. Hyperloop is one of three companies currently striving to achieve a completed hyperloop transport system. Elon Musk’s company is the highest profile and the furthest along the production line to completion of the project.
Hyperloop will soon work closely with the Dubai Roads and Transport Authority on a $50 million construction project between Dubai and Abu Dhabi, and will help transport cargo back and forth between the Arab states. Creators claim the concept will prove workable and that the project will happen. They believe that Hyperloop will revolutionize the way we travel.
It remains to be seen if Hyperloop One becomes a reality. But, if recent reports are anything to go by, it certainly has the potential to change the path of humanity and how we travel forever.
Failure to Success: The Bold Truth on How the Successful Fail Upwards
In business, we all love a success story. From Henry Ford to Jack Ma, Rockefeller to Masayoshi Son, we elevate the titans of industry to heroic stature. For a million (or a billion) reasons we entrust them with superhuman qualities; brains, fortitude, intelligence, even fortune-telling and clairvoyance. Yet, the truth is, although almost all of these super successful people are really smart and have a ton of drive and other positive qualities, they are far from infallible. Even Steve Jobs has had his share of duds. But because we love our heroes, we move on quickly and forget their mistakes—or the details that brought them from failure to success —while we celebrate their successes.
That’s okay, but it gives us a distorted picture of the world. Everybody makes mistakes—even the smartest among us. And in order to ultimately succeed, we have to be willing to take risks and to sometimes fail. As a reminder of this simple truth, we compiled a list of some of the most famous inventors and businessmen to revisit their moments of failure, doubt, and ultimately success. They didn’t let failure stop them. From failure to success, they got back up and continued doing what they did best—creating, building, growing!
Bold Stories of Journeys from Failure to Success
Ken Olsen, Founder of Digital Equipment Corporation (DEC), 1977
“There is no reason for any individual to have a computer in his home.”
In the late 1980s, DEC was the second-largest computer company in the world—particularly because of Olsen’s work building networks and networked computers. Olsen was simply instrumental in championing and creating this technology. So how did the man who can be arguably considered as the “father of the network” make such a blunder at predicting the future?
Well, the answer turns out to be pretty simple in his failure to success story. While the hapless phrase is very well-known and oft-cited, Olsen claims that it is a remark taken out of context. At the time he had computers in his own home for doing “computer” stuff. He was speaking about having mainframes in the home to run appliances and all of the things we associate with the “smart” house. This ideal was all the rage back in the 70s, but computer technology hadn’t yet found its way into every gadget. But Olsen had enough foresight to recognize that every home wouldn’t need a giant mainframe because the networks he was building would make wiring the home more flexible and easier.
Thomas Edison, American Inventor
“There will one day spring from the brain of science a machine or force so powerful in its potentialities so absolutely fearful, that even man, the fighter who will dare torture and death in order to inflict torture and death, will be appalled, and so abandon war forever.”
Thomas Edison is one of the great inventors of all time. Nevertheless, as to his quote, we are well still waiting for mankind to follow his advice. Edison is best known for the invention of the light bulb and the gramophone. But he also invented hundreds of other devices, including concrete pianos and concrete homes. His Edison Portland Cement Company built Yankee Stadium. Obviously, while Yankee Stadium was a success, the concrete piano and home were not.
He also invented a talking doll—which could really be considered one of the first android robots. It was very ahead of its time and a commercial flop. Batteries weren’t readily available, so the doll had to be powered by a hand crank in order to talk—and that had to be done at precisely the correct speed otherwise it sounded like gibberish. Of course, Edison was perhaps one of the greatest champions of failure, often pointing out that he made mistakes and had “failures” every day. In his own experience of failure to success, he regarded failure an important part of the process of learning and inventing.
Michael Dell on Apple in 1997
Question: “What would you do if you owned Apple?”
Answer: “I’d shut it down and give the money back to the shareholders.”
Now that Apple has spent more than a decade in the spotlight as a tech darling, it is hard to remember that in the mid-90s many investment advisors were predicting Apple’s demise. The company hadn’t had a hit since the Macintosh. Their penetration into the consumer computer market was less than 5 percent, and they had been trying to break that ceiling for years.
So Dell was voicing an opinion which many held at the time. However, shortly after, Steve Jobs returned and Apple began a new era of innovation and ownership of some very important sectors—like the iPod and the iPhone. Nevertheless, for what it is worth, Michael Dell claims that his remarks were misconstrued. As head of Dell, he had his hands full and didn’t know anything about Apple. So he claimed he would have sold it rather than run it —at least that’s his story years later.
Steve Jobs, Apple
“A lot of companies have chosen to down-size, and maybe that was the right thing for them. We chose a different path. Our belief was that if we kept putting great products in front of customers, they would continue to open their wallets.”
The man who gave us the iPod, the iPhone and the Mac, has long been regarded as one of the most creative, innovative and successful thinkers to ever guide any company in the world. Jobs was practically in a class of his own in our list of failure to success stories.
Even the thoughtful, lucky and successful Jobs had had his share of flops. He founded NeXT Computers—which was a one cubic box computer that had all sorts of innovations—, but it flopped so badly on the marketplace most people have never heard of it. Still, he pulled from the ashes the operating system for NeXT which actually became the backbone of Apple’s OS X. In addition, Jobs was also one of the early and most enthusiastic backers of the Segway—a much more public flop which is an almost textbook case of how highly secretive projects can go bad due to the lack of diverse input.
Thomas Watson, President of IBM, 1943
“I think there is a world market for maybe five computers.”
How does anyone make such a stunning blunder of a remark? A lot of people point to that statement and the fact that IBM isn’t a leader in the consumer computing market today. Many assume that he missed the boat. It is an unspoken notion that IBM could have ruled the desktop and laptop worlds if not for Watson’s narrow vision.
However, the year was 1943. IBM’s dominance of the computer market was still more than a decade away. There were almost no computers whatsoever. The German Enigma device that encrypted messages during WWII was a mechanical device. In a world like that, five computers probably seemed like quite a good number. IBM would focus on huge mainframes—like the IBM System 360 series—as well as develop the first laptop—that is, the Thinkpad—which was a breakthrough in innovation at the time and has been used in outer space, the White House, and everywhere in between. Of course, as computers became cheaper to produce and manufacture and more applications were invented, Watson has been surely proven spectacularly in the wrong.
Nevertheless, in his company’s story of failure to success: IBM continues to be a major player in the high-end computer market, rather than compete in the extremely competitive price-sensitive consumer market.
Darryl F. Zanuck, Head of 20th Century Fox, 1946
“Television would not be able to hold on to any market it captures after the first six months. People will soon get tired of staring at a plywood box every night.”
Whoops. This remark is even farther from the mark than Watson’s. Even with the rise of media access through phones, tablets and computers—the television remains king. Worldwide, practically every village and home with electrical access—no matter how poor—seems to be equipped with one of those “boxes”. Television is indeed everywhere.
Zanuck for all of his creativity, and as the leader of one of the largest movie studios in the world, failed to see the power of television. He could not appreciate that it was the stories that drew people to the theater, not the curtains and foyer. As a counterpoint, those who have predicted the demise of the movie theater since the 1940s have also been proven wrong. Theaters still continue to be popular, even among those who have televisions in every room of the house.
From Failure to Success: Innovation and Success Rely on Hard Work
Innovation and success don’t guarantee perfect vision or knowledge of the future. Those who succeed in life take risks—and that involves occasional failures. One cannot live on the edge without an occasional stumble. The key to ultimate success is to keep trying, creating and innovating.
Perhaps Edison said it best: “Our greatest weakness lies in giving up. The most certain way to succeed is always to try just one more time.” So, to all of the creators out there: From failure to success, just keep at it.
