text:
Category: Work
When compared with previous industrial revolutions, the Fourth Industrial Revolution is evolving at an exponential rather than a linear pace.
What is it that big companies don't understand about 83 million of their customers? What's hiding in Mary Meeker 's 333 slides this year? If you don't know what the 4th Industrial Revolution is all about, will there be any hope for you in the future? Why isn't separating your recycles from your garbage bins at your curbside enough? What's hiding in your gut and why does it mean to your response to drug treatments – especially if you suffer from Parkinson's? And, what's this about floating solar panel islands, CO2 conversion and sea water?
Here's the 1 Eye-Opening Statistic About Millennials That Big Companies Are Finally Beginning to Notice Hint: 35 percent.
"But a new report suggests that big companies are having a sudden realization–something that almost every one of the 83.1 million Millennial Americans knew a long time ago, and in fact that they've been screaming from the proverbial rooftops. It's that while as a generation Millennials are "digitally native, mobile oriented, media savvy, politically progressive, ethnically diverse, well-educated and culturally savvy," as Adweek put it recently, they also have one other giant defining characteristic: They're kinda broke. The big culprits? There are two (neither is a big surprise). Number 1 is housing. Millennials are spending far more than their predecessors just to keep a roof over their heads. Half are still renting, and they're paying a larger share of their income in rent than previous generations did. Number 2 is student debt. Americans under 30 owe $384 billion in student loans. Go back to 2004 — and honestly, student loans were a big issue then already — and the number was just $148 billion for that cohort." By Bill Murphy Jr.
Mary Meeker just published her highly anticipated internet trends report
"Well-known venture capital investor Mary Meeker is out with her annual internet trends report, which has become required reading for tech investors. After splitting with Silicon Valley investing giant Kleiner Perkins in September, Meeker started a new firm called Bond Capital, which has raised $1.25 billion so far. The 333-slide report highlights the rise in digital media and visual communication like Instagram, wearable technology and digital payments, among other trends. More than half of the human population is online, Meeker said on stage at Recode. Public and private investments into tech companies is at at a two-decade high, nearing $200 billion last year. Wearable technology is booming, and users have doubled in the past four years. E-commerce and ride-share driven digital payments are rising. Image-based communication like Instagram, is on the rise. YouTube and Instagram are gaining the most for time spent on online platforms. Interactive games like Fortnite are gaining ground. Total players have accelerated at 2.4 billion, up 6% this year. "Privacy concerns are high but they're moderating," Meeker said on stage at Recode. Media time spent on mobile hit "equilibrium." China makes up 21% of total global internet users vs. 8% in the United States." Kate Rooney
Curated by Steve Howard in "The Journal of 2020 Foresight," the Know Laboratories' digital magazine.
The Fourth Industrial Revolution: what it means, how to respond
"When compared with previous industrial revolutions, the Fourth is evolving at an exponential rather than a linear pace. Moreover, it is disrupting almost every industry in every country. And the breadth and depth of these changes herald the transformation of entire systems of production, management, and governance. The possibilities of billions of people connected by mobile devices, with unprecedented processing power, storage capacity, and access to knowledge, are unlimited. And these possibilities will be multiplied by emerging technology breakthroughs in fields such as artificial intelligence, robotics, the Internet of Things, autonomous vehicles, 3-D printing, nanotechnology, biotechnology, materials science, energy storage, and quantum computing." Klaus Schwab Founder and Executive Chairman, World Economic Forum
United States of Plastic Where does your plastic go?
"Global investigation reveals America's dirty secret A Guardian investigation has found that hundreds of thousands of tons of US plastic are being shipped every year to poorly regulated developing countries around the globe for the dirty, labor-intensive process of recycling. The consequences for public health and the environment are grim. A team of Guardian reporters in 11 countries has found:Last year, the equivalent of 68,000 shipping containers of American plastic recycling were exported from the US to developing countries that mismanage more than 70% of their own plastic waste." Guardian US · Erin McCormick, Bennett Murray , Carmela Fonbuena , Leonie Kijewski, Gökçe Saraçoğlu , Jamie Fullerton, Alastair Gee and Charlotte Simmonds
Rigorous study explains how a single gut bacteria species can eat Parkinson's disease drug
"One of the most compelling, and burgeoning, areas in medical research today is the influence of our gut microbiome on a whole host of mechanisms in our body. A Yale University study just last week catalogued how 76 kinds of gut bacteria can negatively affect 176 commonly prescribed medicines. Ultimately this new research paints the most complete picture to date of how a specific bacterial species can disrupt the metabolism of a commonly used drug. The striking study offers a new insight into why medicines do not work the same way in every person, and better understanding these mechanisms may suggest ways to significantly improve the efficacy drugs we have already developed, instead of producing entirely new ones." Rich Haridy
Giant Floating Solar Farms Could Extract CO2 From Seawater, Producing Methanol Fuel
"Millions of floating islands, clustered together, that convert carbon dioxide to methanol fuel could help reduce the amount of green house gases in the atmosphere, according to researchers from Norway and Switzerland. In the paper, the researchers suggest floating islands similar to large-scale floating fish farms. They would use photovoltaic cells that could convert solar energy into electricity. This would then power hydrogen production and carbon dioxide extraction from seawater. The gasses produced would then be reacted to form methanol that can be reused as a fuel." Scott Snowden
6) Anticipate changing circumstances and economic cycles.
7) Persist and pivot to navigate external threats and opportunities.
17) Sketch out your trajectory in 5-year timeframes. Will we fall into another recession? Absolutely. Will you be ready this time with future-proofed strategies?
"Handle today with an eye to the future. Accept full responsibility for your part in creating it."
Vitality follows those on the edge of the known. Anyone doing what they know they can do is playing it too safe to feel successful. Knowing about new possibilities gives you more choices.
Recession "So, without fanfare, here is a straightforward look at what is going on, and why the coming recession itself is NOT the issue for you. It is how you prepare for it. Because if you do, you actually have a chance to profit from it."
AI predicts your expiration date.
"Scientists recently trained an AI system to evaluate a decade of general health data submitted by more than half a million people in the United Kingdom. Then, they tasked the AI with predicting if individuals were at risk of dying prematurely — in other words, sooner than the average life expectancy — from chronic disease, they reported in a new study."
Medical Science Trends
Cancer. Will this breakthrough upset AI's prediction?
"The team then tested it on 11 patients with advanced stage lymphoma as part of a clinical trial, where some experienced full remission for periods ranging from months to years. Buoyed by these promising results, the researchers have already kicked off clinical trials for lymphoma, breast, head and neck cancer patients, and lab tests are continuing on liver and ovarian cancer."
Startups and Innovation
What about the 94% failure rate?
"Group work produces more feasible ideas while individual work produces more original ideas. To get both original and feasible ideas, you need to combine individual time with group time as the researchers did in the hybrid structure."
STEM? Why does it matter? Then what?
Science knowledge can help you navigate a variety of everyday situations — "such as making health care decisions or deciding what to eat. Communities can benefit from higher levels of science knowledge, particularly as they make sense of potential health hazards in their environment."
If your AI expiration date is delayed by a decade, how will your world change?
"Homes: By learning your preferences and your habits, and automatically adjusting the light, heat, even your TV channels, before you have to ask. "It's about how that home reacts to you and makes you comfortable."
"Ease of Changing Reality: Solving fake news requires rebuilding the news ecosystem, and educating people to critically think and be more responsible on the social networks."
"Genome Editing: Presumably different cultures will find different approaches and applications ethical. So it's going to be a very complex future."
"Memory: working on how we encode memory as electrical signals in a part of the brain called the hippocampus."
Reconnect the dots in new and different ways to uncover hidden opportunities for your career and personal life.
Consider the case study about the builders of the "Doomsday Seed Vault" and the horror they must have felt, when they realized the genius of their deep-future planet-saving food-bank scenario failed to include the present day risk of Arctic Warming.
Oops, now what?
What if …
What are some of the other consequences triggered by the continuing change in the ocean conveyor built, especially at a time when we may be reaching "Peak Indifference" on climate change?
Curated by Steve Howard in "The Journal of 2020 Foresight," Know Laboratories' digital magazine.
Or, what about the second and third degree rippling effects?
What are the implications for the cost of your insurance premiums?
Which industries will boom and which will decay if the first graphene-based device is real, and available for market before the end of this year?
Tick. Tick. Tick.
As a consumer, a citizen or a power plant operator, what are the implications of the patent filed by Tesla to bypass the Electrical Grid?
Or, what if science gets it right and can turn abundant seawater into hydrogen fuel bypassing the need for hybrid-vehicles?
How will your life change, or the life of someone you know and care about, if the science of deep brain simulation becomes available?
Or, what are the unintended consequences of Harvard's discovery of a DNA gene-controlling switch for whole-body regeneration?
Game, set, match?
And, finally a little bit closer to home.
What about the so-called "Economic Singularity"?
Snooze alarm.
How realistic is it, if what futurists fear the most, robots come and take our jobs away.
Yours, mine, theirs?
Forever?
No need to be an alarmist, here.
But, what if …?
But that happened over several generations and centuries. We are going to see that kind of upheaval in many industries in half a generation.
"The results can have a tremendous impact on our understanding of how the immune system functions and how the incidence of some of the most serious illnesses, including diabetes, cancer and Alzheimer's, might be avoided,"
Journal of 2020 Foresight
The Coming Recession Will Be Different
"Markets and most businesses will figure out how to survive. New businesses will keep launching. New technologies will thrive. We will continue to need food, shelter, transportation, communication, and all the things we think of as normal today. This will all happen while technology "eats" jobs faster than it creates them. It was all well and good when we went from 80% of the workforce on farms to 1% today. But that happened over several generations and centuries. We are going to see that kind of upheaval in many industries in half a generation. Can you blame frustrated workers? People wishing that they can have their jobs protected? Wanting the government to do something? In the coming decade, I think politics will be more important to markets than ever before. That is not to say investors can't figure it out. Recovery from the Great Recession was the slowest on record. The next recovery will be even slower." John Mauldin Contributor, Markets forbes.com Photo- Getty
Technology-Driven Disruption
10 Industries On The Cusp Of Technological Disruption
"The experts of Forbes Technology Council are often ahead of the curve when it comes to tech trends. Below, nine members share their insider perspectives on the industries and services that are on the cusp of tech disruption in the near future.
1. Doctor's Office Visits. 2. Financial And Legal Services. 3. Healthcare Diagnostics. 4. Education. 5. Data Protection. 6. Customer Service. 7. Insurance. 8. Automotive Industry. 9. Security. 10. 'Paper Pushers'. Expert Panel, Forbes Technology Council." forbes.com Photo- Getty
Memories of the Past
How the Brain Creates a Timeline of the Past
"The brain can't directly encode the passage of time, but recent work hints at a workaround for putting timestamps on memories of events. Invigorated by empirical support for their theory, he and his colleagues have been working on a broader framework, which they hope to use to unify the brain's wildly different types of memory, and more: If their equations are implemented by neurons, they could be used to describe not just the encoding of time but also a slew of other properties — even thought itself. But that's a big if. Since the discovery of time cells in 2008, the researchers had seen detailed, confirming evidence of only half of the mathematics involved. The other half — the intermediate representation of time — remained entirely theoretical. Until last summer." Jordana Cepelewicz, Staff Writer quantamagazine.org Photo Cydney Scott for Boston University Photography (Howard); Courtesy of Karthik Shankcar
Consciousness Frontiers
How we identified brain patterns of consciousness
"Research like this has the potential to lead to an understanding of how objective biomarkers can play a crucial role in medical decision making. In the future it might be possible to develop ways to externally modulate these conscious signatures and restore some degree of awareness or responsiveness in patients who have lost them, for example by using non-invasive brain stimulation techniques such as transcranial electrical stimulation. Indeed, in my research group at the University of Birmingham, we are starting to explore this avenue. Excitingly the research also takes us as step closer to understanding how consciousness arises in the brain. With more data on the neural signatures of consciousness in people experiencing various altered states of consciousness – ranging from taking psychedelics to experiencing lucid dreams – we may one day crack the puzzle." Davinia Fernández-Espejo theconversation.com Photo whitehoune/Shutterstock
Chaos and Serious Illness Prevention
Immune system found to tap into chaos theory to regulate itself
"This isn't just a system that tolerates chaos either. As the levels of NF-κB swing up and down, the activation of certain genes increases, meaning the protein is working at peak efficiency when there's a healthy amount of chaos in the system. "The results can have a tremendous impact on our understanding of how the immune system functions and how the incidence of some of the most serious illnesses, including diabetes, cancer and Alzheimer's, might be avoided," says Mogens Høgh Jensen, co-author of the study. "For example, we know that cancer is related to a failure of signaling within the body. So, to avoid cancer, it is imperative to have the right dynamic at work in cells." Michael Irving newatlas.com Credit: agsandrew/Depositphotos
Correction? Bear or Bull? Recession? Is it time to activate Plan B?
Photo: Glasdoor.com
Get an early handle on the potential for a major recession, consider the potential impacts on you, your career, your organization and respond sufficiently ahead of any expected economic downturn.
You owe it to yourself to read the full report from Glassdoor summarized below:
Job Market Trends: Five Hiring Disruptions to Watch in 2019
Andrew Chamberlain, Ph.D., Chief Economist, Glassdoor
Photo: Visual Hunt
"It wasn't all good times in 2018. New economic clouds appeared on the horizon. Tariffs stoked fears of slowing trade that may cripple U.S. exporters and raise prices for consumers. The Federal Reserve raised interest rates three times, causing a slowdown in the nation's housing market in a period when mortgages grew more expensive. Meanwhile, the stock market slowed, leaving the S&P 500 index mostly flat." Glassdoor Research Report
Which Hiring Trends Shaped 2018?
"Artificial Intelligence is a Worker's Ally, Not a Replacement
Women Executives Make Waves…But There's Room for More
Growing Concerns About Employee Data Privacy and Protection
The Gig Economy is Smaller Than We Thought
Local Talent Matters in the Era of Amazon's HQ2″
"However, it's never too early to prepare for an economic rainy day. Even during the best of times, now is an opportunity for employers to focus on hiring quality talent who will be retained both in good times and bad. Meanwhile, job seekers should shore up savings, polish up resumes and look for a job and company that fits their life in 2019 and beyond." Glass Door Research Report
Which Threats and Opportunities Will Emerge in 2019 And Beyond?
"Data-Driven Matching Will Be the New Paradigm for Hiring
The New Era of Tech Hiring Will Be for Non-Tech Jobs
More Companies Will Try to Get Diversity, Inclusion and Belonging Right
A Tidal Wave of Aging Workers Could Mean Labor Shortages for Decades
More Job Seekers and Employers Will Brace for an Economic Recession"
Deep learning involves feeding data to large neural networks that crudely simulate the human brain
The picture out there and the one painted above is one of massive and rapid change to the way people think and operate, which will affect material pain.
The AI Survival Guide For Leaders
"I am not a huge fan of perpetual clichés like, "The world will be changing faster than ever before," and "This time is different," but this time is different. The picture out there and the one painted above is one of massive and rapid change to the way people think and operate, which will affect material pain. But with change also comes excitement and opportunity. And those reading articles like this one will react to the impending change with a sense of enablement, not shock. Avoiding amygdala hijacks in favor of optimistic clarity will allow leaders to harness the newfound time — freed up by artificial intelligence — to steer an ever-growing enterprise." Forbes CommunityVoice by Laura Berger photo Pexels
The A-Z of how artificial intelligence is changing the world
a is for… artificial intelligence
"Since the early days of computers, scientists have strived to create machines that can rival humans in their ability to think, reason and learn – in other words, artificial intelligence. While today's AI systems still fall short of that goal, they are starting to perform as well as, and sometimes better than, their creators at certain tasks. Thanks to new techniques that allow machines to learn from enormous sets of data, AI has taken massive leaps forward. AI is starting to move out of research labs and into the real world. It is having an impact on our lives. BBC future" By Richard Gray Image credit: Getty Images
One of the fathers of AI is worried about its future
"Yoshua Bengio wants to stop talk of an AI arms race and make the technology more accessible to the developing world. Alongside Geoff Hinton and Yann LeCun, Bengio is famous for championing a technique known as deep learning that in recent years has gone from an academic curiosity to one of the most powerful technologies on the planet. Deep learning involves feeding data to large neural networks that crudely simulate the human brain, and it has proved incredibly powerful and effective for all sorts of practical tasks, from voice recognition and image classification to controlling self-driving cars and automating business decisions." View on technologyreview.com by Will Knight ECOLE POLYTECHNIQUE | FLICKR
The difference between AI and machine learning, explained
"Machine learning is a subset of artificial intelligence, just one of the many ways you can perform AI. Machine learning relies on defining behavioral rules by examining and comparing large data sets to find common patterns. This is an approach that is especially efficient for solving classification problems. For instance, if you provide a machine learning program with a lot of x-ray images and their corresponding symptoms, it will be able to assist (or possibly automate) the analysis of x-ray images in the future. The machine learning application will compare all those different images and find what are the common patterns found in images that have been labeled with similar symptoms. And when you provide it with new images it will compare its contents with the patterns it has gleaned and tell you how likely the images contain any of the symptoms it has studied before." thenextweb.com By BEN DICKSON
What is machine learning? We drew you another flowchart
"Machine learning is the process that powers many of the services we use today—recommendation systems like those on Netflix, YouTube, and Spotify; search engines like Google and Baidu; social-media feeds like Facebook and Twitter; voice assistants like Siri and Alexa. The list goes on. In all of these instances, each platform is collecting as much data about you as possible—what genres you like watching, what links you are clicking, which statuses you are reacting to—and using machine learning to make a highly educated guess about what you might want next. Or, in the case of a voice assistant, about which words match best with the funny sounds coming out of your mouth. Frankly, this process is quite basic: find the pattern, apply the pattern." MIT Technology Review View on technologyreview.com by Karen Hao
19) Anticipate the growing shifts in life and business. Nobody wants to swim upstream if the current is moving everything in the opposite direction. Clue your fans in.
Will we fall into another recession? Absolutely. Will you be ready this time with future-proofed strategies?
Source: Shaping Tomorrow's AI Robot, Athena.
Forecast: The Fed will tighten too much and tip that curve into recession territory sometime next year.
Trend: Economic, Political
Sector: Financial
Insight and Source: Economist who helped discover predictive powers of bond market says there's no sign of recession right now Ron Insana | @rinsana
Forecast: Developed countries are badly equipped for another recession, both economically and politically, and central banks should be wary of raising interest rates just to control inflation.
Insight and Source: Summers Warns the Biggest Economies Are Not Prepared for Another Recession Christopher Condon , Joao Lima , and Paul Jackson
Forecast: Many economists now expect a mild recession in the U.S. by 2020 at the latest.
Insight and Source: IDC Forecasts Worldwide IT and Telecom Spending to Slow After Last Year's Rebound; Economic Risks Have Increased
Related Forecasts:
"The U.S. central bank forecast one or two more hikes for 2018.
Assuming no additional stimulus in 2020, the fading of the U.S. fiscal sugar-rush after 2018-2019 could lead to withdrawal symptoms that could exacerbate a cyclical slowdown.
The U.S. could target an additional $200 billion in Chinese goods, followed by another $300 billion – bringing duties on a total of $550 billion Chinese products, which is more than the $506 billion the U.S. imported from China in 2017
In the US, headline inflation is projected by the IMF to increase to 2.5% from 2.1%.
The IEA predicts the U.S. will add 1.7 million barrels per day in 2018, followed by another 1.2 mb/d in 2019.
Being well overdue for a recession in the US, the unbridled optimism of global investors will eventually end, once they consider the plethora of rising risks.
Achieving policy objectives will become more challenging from 2020 amid a technical recession in the US and a faster deceleration in Chinese economic growth rates.
In the next three years, a rising amount of bonds maturing within one year entails rollover risk if financial conditions tighten abruptly.
A recession in the US will cause economic growth in Canada to slow to a little above 1% in 2020.
The risk of a recession really picks up after a year, or sometime in 2020 because that is when you start to see the fiscal stimulus start to fade.
One change from recent years is that corporate car rental prices in North America are expected to rise by as much as 5 percent in 2018 due to operator issues.
The US stock market is on the brink of an imminent crash that could trigger another global recession.
Borrowing costs climb to a four-year high just as investors begin to anticipate a downturn in the global economy.
US rate hikes risk triggering a recession in 2019 or 2020 by putting the brakes on growth.
With unemployment at 4.1%, inflation fears are rising: Typically, the Federal Reserve starts to increase interest rates to slow the economy and push inflation back into its lair – but in doing so, the Fed raises the risk of recession and pushing down already lofty stock markets."
By 2018, organizations investing in IoT-based cognitive situational awareness or operational sensing will witness improvements of up to 30% in critical process cycle times.
Through 2020, a lack of data science professionals will prevent 75% of organizations from achieving the full potential of IoT.
Most Recent Forecasts (of 269,648) Tracked by "Shaping Tomorrow's" AI robot, Athena, and sorted by PESTLE Categories – Political, Economic, Social, Technological, Lifestyle and Environmental.
Forecast: Global renewable energy prices will be competitive with fossil fuels by 2019 or 2020.
Solar panels reflecting the sun. 3D render with HDRI lighting and raytraced textures.
Trend: Environmental
Sector: Energy
Insight and Source: "The Twin Revolutions of Clean Energy & AI will conflate as investment and innovation cut the cost of renewable energy, the sector is set to boom" by Dr. Nasser Saidi
"Renewable energy will continue to grow more rapidly than fossil fuels over the next two decades.
The United States will endeavor to work closely with other countries to help them access and use fossil fuels more cleanly and efficiently and help deploy renewable and other clean energy sources.
Renewable transport fuels of non-biological origin, waste-based fossil fuels and renewable electricity will have to be at least 1.5% in 2021.
Renewables will be cost competitive with fossil fuels by 2020, but long-term targets could drive demand further and accelerate cost declines.
Fossil fuels will remain a key element of the global energy mix over the coming decades but marginal growth is already coming from an increasing array of renewable technologies."
Forecast: VMware estimates 50% of operations will be cloud-based by 2021.
Trend: Technology
Sector: Cloud
Insight and Source: "VMware: Decades of hybrid cloud ahead" Antony Adshead Storage Editor
"VMware estimates 50% of operations will be cloud-based – public and private – by 2021.
By 2030 the public cloud will achieve tipping point.
Gelsinger said VMware calculations indicate a 19%/52%/29% split between traditional, public and private cloud in that year.
Gelsinger said we face, "the biggest transformation in the history of IT" as businesses embark on digital transformation.
That may be the case, but by those calculations it's going to take almost a decade and a half to just about reach halfway.
So, another way of reading VMware's vision as explained at VMworld is that the transformation to the cloud will actually be very long and drawn-out and that for the foreseeable future – probably two decades, even by VMware's projections – the most mission-critical workloads, such as financial transactions, will not be ready for the off-prem cloud."
Forecast: 90 percent of organizations will adopt hybrid strategies by 2020.
Trend: Organizations, Technology
Sector: Cybersecurity, Digital Transformation
Insight and Source: "Cylance® Extends AI-Driven Security to Hybrid Environments and Private Networks With CylanceHYBRID and CylanceON-PREM"
By 2018, more than 25% of Fortune 500 companies will have deployed IT-supported Google Chromebooks across their organizations.
By 2021, 50% of large organizations will have integrated disparate business and IT PMOs into enterprise EPMO hubs to enable digital transformation.
Fifty-three percent of organizations have already started their RPA journeys that's expected to increase to 72 percent in the next two years.
In Europe the number of data scientists required by organisations by 2020 is expected to be 346,000."
Forecast: By 2018, organizations investing in IoT-based cognitive situational awareness or operational sensing will witness improvements of up to 30% in critical process cycle times.
Trend: Technology, Internet Of Things
Sector: Information Technology
Insight and Source: "Digital twins help to reshape manufacturing". by Ashok Kumar
"IoT and AI-are expected to have the largest impact on TMT organizations over the next five years.
Organizations are predicted to spend US$1.5 billion on IoT security in 2018.
Gartner calculates that organizations will spend $1.5 billion on IoT security products and services in 2018.
Professional services will account for $946 million of the $1.5 billion in total that organizations will spend on IoT security this year.
Forecast: In 2017, Roche's orphan drugs market share accounted for 8.2 percent of the world's market and is expected to decrease down to 5.2 percent by 2024.
Trend: Healthcare
Sector: Pharmaceuticals
Insight and Source: "Top 20 pharmaceutical companies worldwide by orphan drug revenue market share in 2024 compared to 2017"
"The Centers for Medicare and Medicaid Services (CMS) will require Medicare Part D prescription drug plans to implement a seven-day initial prescribing limit beginning in 2019.
Yuana Yuana, PhD, in the Department of Biomedical Technology at the University Medical Center Utrecht (The Netherlands) will study Drug delivery strategies using drug-loaded extracellular vesicles generated by microbubble-assisted ultrasound.
There is widespread speculation that the Amazon joint venture will attempt to cut out the "middle man" in the US drug prescription and reimbursement system.
The FDA should remove Takeda's gout drug Uloric (febuxostat) from the U.S. market after findings released this March show significant deadly heart risks.
The Global Orphan Drug market is estimated at $145.89 million in 2016 and is expected to reach $265.63 million by 2022 growing at a CAGR of 10.5% from 2016 to 2022."
Forecast: Self-driving cars could save $325 bn by 2020 by avoiding accidents and reducing fuel costs.
Trend: Political, Technical
Sector: Automotive, Autonomous Vehicles
Insight and Source: "Driverless cars: Let technology take the wheel"
"Coal severance taxes are expected to decline an additional 5.2 percent in FY 2018-19 to $3.6 million and 5.8 percent to $3.4 million in FY 2019-20 as the demand for coal as a fuel for electricity production declines.
Fuel tax collections in Colorado are expected to grow 1.6 percent and reach $639.3 million.
Sustainable biofuels could provide 27 percent of the world's total transport fuel by 2050 and avoid around 2.1 gigatonnes of carbon dioxide emissions per year.
The Trump administration's decision to weaken fuel efficiency standards could have "serious consequences" for Colorado's effort to meet its clean energy goals by increasing carbon dioxide emissions from the state's vehicle fleet by about 1.9 million tons a year by 2030.
Weakening fuel oil prices as a result of IMO 2020 could see oil competing again in power generation."
Forecast: Grouping and infectious disease screening market is projected to reach US$ 7,078.3 Mn by 2026 from US$ 3,079.8 Mn in 2017.
Sector: Healthcare, Disease
Insight and Source: "Global Blood Typing, Grouping and Infectious Disease Screening Market 2016-2018 & 2026" PRNewswire
"A4NH researchers from LSHTM are working with colleagues from Africa Rice and others to explore how rice intensification can be achieved without increasing the risk of disease.
Advances and research in congenital heart disease and significant research funding for various projects are creating enormous opportunities for the global congenital heart disease market in coming years.
Environmental groups said they support the NDP's criticism of open-pen fish farms and a new requirement for Aboriginal consent, but the 2022 deadline is too far off and threatens to further endanger coastal salmon with the risk of disease.
The global Polycystic Kidney Disease Treatment market is valued at million US$ in 2017 and will reach million US$ by the end of 2025.
The World Health Organization (WHO) has warned that the health of millions could be threatened by increases in malaria, water-borne disease and malnutrition."
Forecast: The global edge computing market is expected to reach$ 20,495.24 million by 2026 from$ 7,983.61 million in 2017 at a CAGR of 11%.
Insight and Source: "HPE to Invest $4 Billion for Advancement of Edge Computing".Zacks Equity Research.
"A substantial portion of the estimated 46 billion industrial and enterprise devices connected in 2023 will rely on edge computing.
More than 20% of global enterprises will have deployed serverless computing technologies by 2020.
Yale's next wave of quantum computing research will get a boost from a $16 million grant from the U.S. Army Research Office.
Global Cloud Computing market size was 36700 million US$ and it is expected to reach 285300 million US$ by the end of 2025.
Cloud computing spending is expected to grow at a whopping rate of 6 x the rate of IT spending through 2020 and it is found to be growing at 4.5 times the rate of IT spending since 2009."
Open Innovation, Crowdsourcing Platforms and Disruptive Technologies
The better the Stitch Fix stylists—human and machines—are at providing their customers with products they will love, the better their business runs.
"Here are just 10 of the inevitable changes that are coming over the next 30 years:
Where can you get find out about 1,300 of the newest technologies? How is fashion retail adopting AI? Why is open innovation an epic fail in science? What is one expert calling the biggest social and technical shift of the last 100 years? Or how do you separate fact from block chain fiction? And, which are the top 10 big data analytics tools you should consider?
Want To Know What Technologies Are Coming In The Future? There's a Database For That
"Spider silk transformed into fiber for tissue reconstruction; paper that conducts electricity; renewable diesel fuel; and new techniques for regenerating aging or diseased skin. These are just a handful of examples from a new database of over 1,300 new technologies currently making their way through Israeli Technology Transfer Organizations [TTOs] associated with universities, research institutes, and medical institutions. The new searchable database is designed as a layer in Start-Up Nation Finder, a free-to-use innovation discovery platform from Start-Up Nation Central (SNC), an Israeli non-profit that connects businesses, governments, and organizations around the world to Israeli innovation." forbes.com Amir Mizroch Shutterstock. A look into the future of Israeli innovation.
Stitch Fix: The Amazing Use Case Of Using Artificial Intelligence In Fashion Retail
"Stitch Fix has combined the expertise of personal stylists with the insight and efficiency of artificial intelligence to analyze data on style trends, body measurements, customer feedback and preferences to arm the human stylists with a culled down version of possible recommendations. This helps the company provide its customers with personalized style recommendations that fit their lifestyle and budgets. The better the Stitch Fix stylists—human and machines—are at providing their customers with products they will love, the better their business runs. As they invest in merchandise they know their customers will love, the less they waste on warehouse space, return costs and donating items that weren't sold." www.forbes.com by Bernard Marr , Adobe Stock
Why Do Open Innovation Efforts Fail? Scientists Want to Solve Problems Themselves.
"It took us months to realize what was going on here: The most resistant scientists and engineers saw open source methods as a fundamental challenge to their professional identities. They defined themselves as "problem solvers," but open innovation crowdsourcing platforms didn't let them play that role; instead, they had to frame problems for someone else to solve. "I've always been attracted to places that allow you to be able to think and solve greater problems," one scientist told us, "If I can't do it at NASA, what is keeping me from going somewhere else?" By contrast, there were other scientists and engineers who perceived the open methods as an opportunity to enhance their role and capabilities. As some engineers described it, this transition was a shift from thinking "the lab is my world" to "the world is my lab." They argued for the need to let go of the "how" of their work and refocus on the bigger "why." They called on their colleagues to shift their professional identities from "problem solvers" to "solution seekers." hbr.org by Hila Lifshitz-AssafMichael L. TushmanKarim R. Lakhani DON FARRALL/GETTY IMAGES
This May Be The Biggest Economic And Social Shift Of The Last 100 Years. Are You Ready?
Insurance companies will need to adjust models for insuring human-driven vehicles, making car ownership a financial luxury for individual owners.
The role of the automobile as a form of transportation from point A to point B will be transformed into a form of entertainment and socialization creating a new platform for the delivery of content and media. You will basically be living inside of your smartphone!
Autos will function as platforms for socialization in which people connect and gather. Some will be mobile conference and meeting rooms, others mobile restaurants and clinics. Commute time will cease to exist and along with it untold hours of lost productivity. Could this be the Drive-In of the 21st Century?
The AV will finally allow the decongestion of urban city centers, which are today littered with automobiles that occupy valuable land. For example, in the typical large city 50 percent of the land area is dedicated to roadways and parking. Urban and rural areas will see a resurgence of activity as commute time becomes a non-issue.
If projected out to 2050 we may save over one trillion dollars in the US alone since the cost of motor-vehicle deaths, injuries, and property damage in 2016 was $432 billion in the US alone, according to the National Safety Council.
Deaths due to vehicular accidents will be reduced globally by over 1,000,000 lives yearly.
The evolution of EVs and AVs will vary significantly from geography to geography and country to country. While commercial autonomous vehicles will likely develop quickly in developed countries such as the USA, individual non-ownership-based AVs are likely to take longer. Non-intuitively, the inverse is true of developing countries, such as India and China, which will have a higher economic incentive and regulatory latitude to move to AVs.
There will be widespread employment disruption within developed countries that rely heavily on both the manufacture of owner-driven vehicles. Dealerships will disappear entirely.
Lending for auto loans will shift dramatically from human owners to vehicles that own themselves.
And lastly, let's not forget the impact of vehicles on the planet. According to a study by NASA, vehicles are the single largest contributor to climate change." inc.com By Thomas Koulopoulos Founder, Delphi Group
187 Things the Blockchain Is Supposed to Fix
"But in this moment, few business trends can compete with the magic of blockchain technology. Blockchains, which use advanced cryptography to store information across networks of computers, could eliminate the need for trusted third parties, like banks, in transactions, legal agreements, and other contracts. The most ardent blockchain-heads believe it has the power to reshape the global financial system, and possibly even the internet as we know it. Now, as the technology expands from a fringe hacker toy to legitimate business applications, opportunists have flooded the field. Some of the seekers are mercenaries pitching shady or fraudulent tokens, others are businesses looking to cash in on a hot trend, and still others are true believers in the revolutionary and disruptive powers of distributed networks." wired.com By Erin Griffith. Graphic:ALYSSA FOOTE
Top 10 Big Data Analytics Tools For Successful Data Analytics Developers
"Earlier, entrepreneurs used to call data analysis "business intelligence," which perfectly characterizes the essence because data could provide a competitive advantage to those who used and interpreted them properly. Nowadays, a new term for referring to business intelligence was coined: "big data." This name also makes a good sense because since the times of "business intelligence" the volumes of data became incredibly large. As the result, more effort should be applied to deal with them and make it useful for analytics professionals." 1. Cassandra 2. Hadoop 3. Plotly 4. Bokeh 5. Neo4j 6. Cloudera 7. OpenRefine 8. Storm 9. Wolfram Alpha 10. Rapidminer http://tecmatters.com by SYED
(3) Pick options designed to attract better opportunities. You don't want to miss out on lucrative jobs or entrepreneurial ventures that will fuel a real change in your lifestyle.
(5) Anticipate changing circumstances and economic cycles.
(7) Persist and pivot to navigate external threats and opportunities.
(19) Anticipate the growing shifts in life and business. Nobody wants to swim upstream if the current is moving everything in the opposite direction.
The Future's Arriving Faster than You Think. Now What?
Here are just a few of the practical examples of blockchain technology.
Scientists at the University of Washington School of Medicine have developed an automated system that uses robots to produce human mini-organs from stem cells.
WIRED'S Predictions for Bots, Blockchains, Crispr, and More
"SOMETIMES THE FUTURE shows up so fast it hits us in the face, like a brick wall in a VR headset. Other times the miraculous promises of technology—the rearrangement of our very DNA, the blockchain-enabled toppling of Facebook—are frustratingly slow to arrive. But either way, the future is coming, and we should be ready. In the following pages we lay out a series of predictions, starting with some changes that are immediately upon us. Then, looking down the road, we get ever-bolder in our prognostications, year by not-so-far-off year. —The Editors
Cyberattacks Will Hit a Power Grid Near You
Robots Will Roam Abandoned Big-Box Stores
We'll Share Our Emotional State as Willingly as We Share Our Photos
We'll Crispr the Hell Out of Things—but Not, at First, the Way You Think
Robotrucks Will Crisscross the Country
You'll Go to Work in Virtual Reality
The Blockchain Will Rebuild the Internet as We Know It"
https://www.wired.com ILLUSTRATIONS BY SAMMY HARKHAM
3 Things We Need to Do to Revive Innovation and Entrepreneurship in America
"1. Start The Low Hanging Fruit
Clearly, the backbone of any innovation economy is entrepreneurship. Yet by a number of metrics, startup activity in America has faltered.
2. Renew Our Commitment To Science And Technology
We tend to think that the best technology is built by entrepreneurs in a garage somewhere or, possibly, in a corporate lab. Yet the truth is that most technology starts with federally funded research that later gets commercialized by the private sector. That's the engine that drives innovation forward.
3. Build An Innovation Ecosystem For Hard Tech
Yet we often forget that the Silicon Valley model was developed for a specific industry at a specific time and is not transferable to every business sector. These are partnerships between government, academia and the private sector that focus on specific industries, such as chemical processing and advanced fabrics and offer state and local governments the opportunity to build entrepreneurial ecosystems." https://www.inc.com/ Greg Satell
Why Amazon and Jeff Bezos Are So Successful at Disruption
"No other organization in the world better embodies the power of audacious and continual disruption than Amazon. This is the company that, upon its founding by Jeff Bezos in 1994, took on publishers and booksellers around the world. Along the way, it forced many incumbents to disrupt their business models or turn off the lights. At the heart of everything Amazon does is a short and simple mission statement: "Our vision is to be Earth's most customer-centric company; to build a place where people can come to find and discover anything they might want to buy online." There is always the risk that Bezos and his team will lose focus in their never-ending quest for the perfect disruption. But for the time being, at least, Bezos has not only sustained his position as the master of business disruption but has also become the richest man on the planet. The company he founded 24 years ago is set to achieve $200 billion in revenue sometime this year, sustaining an annual compounded growth rate of 41 percent." https://www.entrepreneur.com John F. Furth Image credit: Michael Tullberg | Getty Images
Four Ways Crowdsourcing Drives Health Care Innovation
"Here are four examples where crowdsourcing can help drive healthcare innovation.
1. Medical Research And Discovery
When faced with a numbers problem, crowdsourcing may be researchers' best hope for speeding up scientific discovery.
2. Raise Capital To Jumpstart A New Venture
RedCrow believes that investors "can come together and collaborate and take advantage of the wisdom and the experience of the greater crowd."
3. Inspire Entrepreneurial Thinking
The device captures and transmits CHF data to the cloud, providing medical professionals with continuous diagnostic data that streamlines the feedback process, improving health outcomes.
4. Identify The Most Important Unmet Medical Need
Given the urgency to innovate in health care, crowdsourcing is one way to tap people outside your organization who can bring fresh ideas and thinking and quite possibly expedite the path to your goal." David Goldsmith, Chief Strategy Officer WEGO Health www.forbes.com Shutterstock
Robots can now grow human organs
"Scientists at the University of Washington School of Medicine have developed an automated system that uses robots to produce human mini-organs from stem cells. According to Science Daily, the ability to mass produce "organoids" promises to expand the use of mini-organs in basic research and drug discovery. "Ordinarily, just setting up an experiment of this magnitude would take a researcher all day, while the robot can do it in 20 minutes," Freedman tells Science Daily. "On top of that, the robot doesn't get tired and make mistakes. . . . There's no question — for repetitive, tedious tasks like this, robots do a better job than humans."
https://nypost.com/ Raquel Laneri Composite; Shutterstock; iStockphoto
30+ Real Examples Of Blockchain Technology In Practice
"While Bitcoin and cryptocurrency may have been the first widely known uses of blockchain technology, today, it's far from the only one. In fact, blockchain is revolutionizing most every industry. Here are just a few of the practical examples of blockchain technology.
Entertainment: KickCity, B2Expand, Spotify, Guts.
Social Engagement: Matchpool
Retail: Warranteer, Blockpoint, Loyyal
Exotic Cars: Bitcar
Supply chains and logistics: IBM Blockchain, Food industry, Provenance, Blockverify, OriginTrail, De Beers
Insurance: Accenture, Proof of insurance
Healthcare: MedicalChain, MedRec, Nano Vision, Gem, SimplyVital Health
Real Estate: BitProperty, Deedcoin, Ubiquity,
Charity: BitGive, AidCoin, Utopi
Financial Services: Bitcoin Atom, Securrency, Ripple, ABRA, Aeternity, Smart Valor, Circle"
https://www.forbes.com Bernard Marr Adobe Stock
Plastic Bag Found at the Bottom of World's Deepest Ocean Trench
"The Mariana Trench—the deepest point in the ocean—extends nearly 36,000 feet down in a remote part of the Pacific Ocean. But if you thought the trench could escape the global onslaught of plastics pollution, you would be wrong. A recent study revealed that a plastic bag, like the kind given away at grocery stores, is now the deepest known piece of plastic trash, found at a depth of 36,000 feet inside the Mariana Trench. Scientists found it by looking through the Deep-Sea Debris Database, a collection of photos and videos taken from 5,010 dives over the past 30 years that was recently made public." https://news.nationalgeographic.com Sarah Gibbens A plastic bag floats through Manila Bay in the Philippines. PHOTOGRAPH BY RANDY OLSON, NATIONAL GEOGRAPHIC
We Depend on Plastic. Now We're Drowning in It.
"If plastic had been invented when the Pilgrims sailed from Plymouth, England, to North America—and the Mayflower had been stocked with bottled water and plastic-wrapped snacks—their plastic trash would likely still be around, four centuries later. If the Pilgrims had been like many people today and simply tossed their empty bottles and wrappers over the side, Atlantic waves and sunlight would have worn all that plastic into tiny bits. And those bits might still be floating around the world's oceans today, sponging up toxins to add to the ones already in them, waiting to be eaten by some hapless fish or oyster, and ultimately perhaps by one of us." Laura Parker Photographs by Randy Olson


text:
Statement from Minister for Aboriginal and Torres Strait Islander Partnerships, Jackie Trad
Published: 11th of July 2019 Comments:
Australian Government Community Indigenous & Heritage Political Queensland Government Surveys & Your Say
The Queensland Government welcomes the road map outlined by federal Minister for Indigenous Australians, Ken Wyatt, yesterday.
Mr Wyatt has outlined a positive agenda to help close the gap for Indigenous Australians and I look forward to working constructively with him to create genuine and tangible outcomes for our communities.
As a nation, we still have a long way to go and addressing intergenerational disadvantage is an incredibly complex task that requires commitment at all levels of Government to tackle.
I fully support Mr Wyatt's consultative approach and his commitment to co-designing any model for constitutional change.
Giving indigenous Australians a voice and ensuring genuine collaboration is a vital part of the way forward. Without this we will never achieve true and meaningful reconciliation.
Deputy Premier, Treasurer and Minister for Aboriginal and Torres Strait Islander Partnerships
The Honourable Jackie Trad
Recent articles by this organisation (10)
Jackie Trad MP : Deputy Premier, Treasurer and Minister for Aboriginal and Torres Strait Islander Partnerships :
Suite 1/90 Vulture Street, Brisbane
Showing 10+ recent articles for this business
Queensland ready for its fair share 16 July 2019 | The Morrison Government should step up and deliver its fair share of funding to Queensland projects. More information...
Statement from Minister for Aboriginal and Torres Strait Islander Partnerships, Jackie Trad 11 July 2019 | The Queensland Government welcomes the road map outlined by federal Minister for Indigenous Australians, Ken Wyatt, yesterday. More information...
NAIDOC 2019 celebrations focus on a shared future 11 July 2019 | Queenslanders are encouraged to join the movement for a unified future by embracing Aboriginal and Torres Strait Islander culture and history during NAIDOC Week 2019. More information...
Pearson v State of Queensland (Wages and Savings Class Action) 09 July 2019 | Today marks an important day in rebuilding the relationship with Aboriginal and Torres Strait Islander Queenslanders. Today I can announce that the parties in Pearson v the State of Queensland have agreed in... More information...
More jobs for Queenslanders 13 June 2019 | More than 207,000 jobs have been created since the Palasczcuk Government came to office, ABS Labour Force numbers released today confirm. More information...
$6.9 million for Indigenous youth wellbeing 11 June 2019 | The Palaszczuk Government will invest $6.9 million over four years in the mental health and wellbeing of Queensland's Aboriginal and Torres Strait Islander youth. More information...
Budget funding takes vital coal worker health checks on the road 06 June 2019 | A Budget boost of almost $1.2 million will see a health service-on-wheels deliver vital medical checks to coal workers throughout regional Queensland. More information...
More to join ARTIE Academy 02 June 2019 | $4.5 million over three years will be invested by the Palaszczuk Government to help lift academic outcomes for more Aboriginal and Torres Strait Islander students in more places. More information...
Palaszczuk Government seeks to establish Resources Community Infrastructure Fund 29 May 2019 | The Palaszczuk Government will look to partner with some of Queensland's biggest mining companies to create a Resources Community Infrastructure Fund. More information...
Extra funding for Queensland reconciliation celebrations 30 May 2019 | An extra $150,000 has been delivered by the Palaszczuk Government for the third round of the Celebrating Reconciliation Small Grants program. More information...

redpajama_set_name: RedPajamaCommonCrawl


text:
Q: What are our limitations on spinning a baseball sized 5 kg sphere to really fast speeds? I know the limitation of the ball being able to hold itself together, lets assume that would not be an issue. If we were to apply a constant force over long enough time would anything short of the speed of light be possible?
Are there limitations in our technology for magnetically spinning it up similar to an electric motor?

A: As the object spins faster, you will need a higher drive frequency to continue to apply torque. At the size of a baseball, circumference is about 9.25 inches (let's say 25 cm). To rotate the surface at the speed of light would imply 1.2 GHz . At that frequency, the skin depth for steel is about 1.2 um, implying very high resistivity which would lead to high heat dissipation and low torque. At any rate, the tensile forces would have ripped it apart a long time before you got to that speed.
Although you stipulated "a material strong enough", let's do a bit of math:
The hoop stress for a disk is greatest at the center, and given by
$$\sigma = (3+\nu)\frac{\rho\omega^2R^2}{8}$$
With the yield stress of diamond equal to about 60 GPa (a pretty good upper limit for a "real" material) and density of steel around 8000 kg/m$^3$, we get $\omega \lt 100,000$ and a frequency less than about 16 kHz.
That gives a rim speed of 4000 m/s (note - much faster than the speed of sound in steel because I was using the strength of diamond...). Note that the stress goes with velocity squared - to go up by about five orders of magnitude would require material that is ten orders of magnitude stronger than diamond. The energy of the bond would have to reflect this - for diamond it's about 3.6 eV, so you would need bond energy of around 3.6 MeV. You can't make that with electrons... Maybe a baby black hole?
Of course as you approach the speed of light your mass would increase and other terrible things would happen - all conspiring to doom the experiment to failure.

A: For a smaller object you can do a bit better
"Dr Yoshihiki Arita, Dr Michael Mazilu and Professor Kishan Dholakia of the School of Physics and Astronomy at the University of St Andrews were able to levitate and spin a microscopic sphere, purely using laser light in a vacuum, briefly up to 600 million RPM before it broke apart."
http://phys.org/news/2013-08-fastest-rotating-man-made.html

redpajama_set_name: RedPajamaStackExchange


text:
Share this Story: Search continues in Nova Scotia for man accused of stabbing officer, police dog
Search continues in Nova Scotia for man accused of stabbing officer, police dog
Jul 22, 2020 • July 22, 2020 • 1 minute read • Join the conversation
RCMP officers maintain a roadblock as they search for a suspect after a Bridgewater Police Service officer was stabbed as he responded to a domestic violence complaint at The Bridgewater Hotel in Bridgewater, N.S. on Tuesday, July 21, 2020. Photo by Andrew Vaughan /THE CANADIAN PRESS
BRIDGEWATER, N.S. — The search continues today around the Bridgewater, N.S., area for a man suspected of domestic assault, stabbing a police officer in the neck and injuring a police dog.
Tobias Charles Doucette, who is in his 30s, has been charged with attempted murder of a Bridgewater police sergeant and assault on Doucette's common-law partner.
Search continues in Nova Scotia for man accused of stabbing officer, police dog Back to video
Bridgewater police say there was a possible sighting of Doucette in the LaHave River around 1 p.m. Tuesday.
Officers failed to apprehend him and he was last seen Tuesday fleeing into the woods on foot off Highway 331 in Conquerall Bank, N.S. A police dog was stabbed during this incident.
Doucette is accused of striking an officer in the neck with an edged weapon after police responded to a domestic violence call Monday night at the Bridgewater Hotel.
Police say Sgt. Matthew Bennett, a 13-year member with Bridgewater Police Service, underwent successful surgery Tuesday and is recovering in hospital. The female victim was treated for minor injuries.
Cpl. Jennifer Clarke of Nova Scotia RCMP says the dog is "stable and being closely monitored."
The RCMP's critical incident command has taken over the search for Doucette.
The Queen may never get to meet great-granddaughter Lilibet


text:
Józef Wieniawski (23 May 1837 – 11 November 1912) was a Polish pianist, composer, conductor and teacher. He was born in Lublin, the younger brother of the famous violinist Henryk Wieniawski. After Franz Liszt, he was the first pianist to publicly perform all the études by Chopin. He appeared with Liszt in recitals in Paris, London, Copenhagen, Stockholm, Brussels, Leipzig and Amsterdam.

Although now neglected, Józef Wieniawski enjoyed a reputation as one of Europe's finest musicians. Near the end of his life, a journalist asked him how long he intended to serve music. He replied: "As long as I remain young!"

Life
Józef Wieniawski studied at the Conservatoire de Paris with Pierre Zimmermann and Antoine François Marmontel in 1847, leaving in 1850. In 1855 he received a scholarship from the Tsar of Russia to study with Franz Liszt in Weimar and from 1856 until 1858 in Berlin with Adolf Bernhard Marx, with whom he studied music theory.

After he had performed between 1851 and 1853 as a companion to his brother, he decided to follow a separate career as a piano virtuoso. On concert tours through Europe, he performed not only his own compositions, including the Piano Concerto in G minor, but also the works of composer Beethoven, Schubert, Mendelssohn, Liszt, Schumann and Weber. According to Liszt, he was the first pianist after him to perform Chopin's études, all in public.

After returning to Paris he established friendly relations with Rossini, Gounod, Berlioz and Wagner, also approaching the Imperial Court and becoming a favorite artist of Napoleon III. He then moved to Moscow where he was named to the piano faculty at the Moscow Conservatory, founded in 1866. Contrary to the affirmations of many established sources, he never became a professor at the Royal Conservatory of Brussels but lived again in this city from 1902. He died in Brussels, aged 75.

Collaborations
Józef Wieniawski also had works by contemporary Polish composers in the repertoire, such as Stanisław Moniuszko, Moritz Moszkowski, Carl Tausig, Władysław Żeleński, Antoni Stolpe and Edouard Wolff. As a chamber musician he frequently performed with the most renowned violinists, cellists and singers of his time, including Pablo de Sarasate, Henri Vieuxtemps, Apolinary Katski, Eugène Ysaÿe, Jenő Hubay, Leopold Auer, Joseph Joachim, Carlo Alfredo Piatti, Ignacy Jan Paderewski, Louis Diémer, Pauline Viardot and Marcella Sembrich.

In addition to a symphony and a piano concerto, Wieniawski composed among others a piano sonata, 24 études, two concert études, a ballad in E flat minor, polonaise, mazurka, barcarolles, impromptus, waltzes, and many short piano pieces. His compositions, written to be played at his own concerts, bear superior artistic qualities and technical difficulties of the highest level, giving so a clear idea of their author's performing abilities. He left 11 mechanical recordings of his piano pieces which to date have not come to light.

Compositions

Allegro de Sonate for Violin and Piano, Op. 2
Valse de Concert No. 1 in D-flat major, Op. 3 "À mon maître et ami Mr A. Marmontel, Professseur au Conservatoire de Paris"
Tarantella, Op. 4 "À Monsieur F. Liszt"
Grand Duo Polonais for Violin and Piano, Op. 5
Valse de Salon, Op.7 "À Son Altesse La Princesse de Hohenzollern-Hechingen"
Barcarolle-Caprice, Op. 9
Souvenir of Lublin, Op. 12
Piano Concerto, Op. 20
Polacca, Op. 21
Piano Sonata, Op. 22
Fantaise et Fugue, Op. 25 "À Monsieur Joachim Raff"
Sonata for Cello and Piano, Op. 26
Sur l'Océan, Op. 28
Valse de Concert, Op. 30
Ballata, Op. 31
Improviso, Op. 34
Deuxieme Tarantelle, Op. 35 "À Madame Anette Essipoff"
Nocturne, Op. 37 "À Mademoiselle Marie Iwanowska"
Piano Trio, Op. 40
Fantasia for 2 Pianos, Op. 42 "À Monsieur Rodolphe Strobl"
Guillame le Taciture, Overture for Orchestra, Op. 43
24 Études de mécanisme et de style for Piano, Op. 44
Reverie for Piano, Op. 45 "À Mademoiselle Jeanne de Fortis"
Valse-Caprice, Op. 46 "À Monsieur Paul de Schlözer"
Symphony in D major, Op. 49

Discographie
2008 : Piano Works vol. 1 – Acte Préalable AP0184
2014 : Piano Works vol. 2 – Acte Préalable AP0291
2014 : Guillaume le Taciturne - Symphony – Acte Préalable AP0331
2017 : Piano Works vol. 3 – Acte Préalable AP0405
2017 : Piano Works vol. 4 – Acte Préalable AP0406
2018 : Complete Vocal Music – Acte Préalable AP0410
2020 : Complete Chamber Works vol. 1 – Acte Préalable AP0468
2020 : Complete Chamber Works vol. 2 – Acte Préalable AP0468
2020 : Piano Works vol. 5 – Acte Préalable AP0474

Legacy

Józef Wieniawski Fund
The Library of the Royal Conservatory of Brussels conserves an important series of autograph manuscripts from J. Wieniawski, donated by his daughter, Elisabeth Wieniawska, collected in the Józef Wieniawski fund. They include the Sonata for piano and violin, Op. 20 and the Concerto for piano and orchestra, Op. 24, dedicated to Leopold II of Belgium, amongst others.

References

Attribution
This article is a work based on a complete translation of the corresponding article on the German, Italian, Polish, Russian and Swedish Wikipedia.

External links

List of compositions by Józef Wieniawski on the International Music Score Library Project
 Scores by Józef Wieniawski in digital library Polona

1837 births
1912 deaths
19th-century classical pianists
19th-century male musicians
19th-century musicians
Composers for piano
Conservatoire de Paris alumni
Male classical pianists
Academic staff of Moscow Conservatory
Musicians from Lublin
People from Lublin Governorate
Polish classical pianists
Polish people of Jewish descent
Polish Romantic composers
Pupils of Adolf Bernhard Marx
Pupils of Antoine François Marmontel
Pupils of Franz Liszt
Pupils of Pierre-Joseph-Guillaume Zimmermann
Academic staff of the Royal Conservatory of Brussels

redpajama_set_name: RedPajamaWikipedia


text:
Q: Java: using deriveFont does not change font size I am loading a custom font (from ttf file) into my project, and using deriveFont(float f) to change the size. However, the size is not actually being set (stuck at 1). Here is my code:
public static void main(String[] args) {
    GraphicsEnvironment ge = GraphicsEnvironment.getLocalGraphicsEnvironment();
    try {
        Font mont =
                Font.createFont(
                        Font.TRUETYPE_FONT,
                        new File(System.getProperty("user.dir") + "/data/Montserrat-MediumItalic.ttf"))
                        .deriveFont(20f);
        ge.registerFont(mont);

        Arrays.stream(ge.getAllFonts())
                .filter(font -> font.getFontName().contains("Mont"))
                .forEach(font -> System.out.println(font.getFontName() + ", Size: " + font.getSize()));

    } catch (FontFormatException | IOException e) {
        e.printStackTrace();
    }
}

output:
Montserrat Medium Italic, Size: 1
note: replacing font.getSize() with font.getSize2D prints 1.0.
New: Using decode:
I am now using this
Font test = Font.decode("Montserrat Medium Italic-ITALIC-20");

(fixed class not loading)
Update 2:
this line:
Font mont = Font.createFont(Font.ITALIC, new File(System.getProperty("user.dir") + "/data/Montserrat-MediumItalic.ttf"));

throws IllegalArgumentException: font format not recognized

A:
However, the size is not actually being set (stuck at 1).

This seems unlikely to be the case.  I asked for direct confirmation in a comment on the question ("What mont.getSize() return?" -- oops, what embarrassingly bad grammar), but so far you have not answered.  I am reasonably confident that if you check, you will see that mont.getSize() evaluates to the size you requested.
An alternative explanation for your observed behavior is readily available.  You are using GraphicsEnvironment.getAllFonts() to report on the registered fonts, but according to its documentation, this method

Returns an array containing a one-point size instance of all fonts
  available in this GraphicsEnvironment.

(Emphasis added.)
Another answer and especially comments on it suggest that the Font objects returned by GraphicsEnvironment.getAllFonts() might differ in other ways, too, from corresponding Font instances passed to GraphicsEnvironment.registerFont().  Although such variations are not documented as far as I can see, they are consistent with the intended usage of Font objects obtained from a GE, as the getAllFonts() docs describe:

Typical usage would be to allow a user to select a particular font. Then, the application can size the font and set various font attributes by calling the deriveFont method on the chosen instance.

They go on to say that

If a font in this GraphicsEnvironment has multiple programmable variations, only one instance of that Font is returned in the array, and other variations must be derived by the application.

I'm not positive that "multiple programmable variations" means attributes that can be modified when you derive one Font object from another (for then what font wouldn't have programmable variations?), but it is clear that getAllFonts() is not a mechanism for reading back the exact Font objects previously presented to GraphicsEnvironment.registerFont().  Those objects might not even be retained as such.
On the other hand, you can perhaps be relieved that you are not responsible for registering all the different font variations you may want in advance.

A: I think I know what is the problem. When you call ge.registerFont(mont), it does exactly that, it registers the underlying font, without the modifications to the font object. The deriveFont() function only changes the state of the current font object, but cannot modify the actual font. When you register a font, it is registered with the size of 1. If you print the size of all the other fonts, you will find that they also have the default value of 1. I do not think that you can register a font with a custom default size, or override the default size of Font.getFont(). When you get a font by using Font.getFont(), it will always have the default size of 12 (from the specification).
If you need to have a the font specially formatted, I would suggest creating a static class variable:
Font MontMediumItalic_20;

Then load the font once, either in a resource loader, or the constructor, and apply all the modifications to it.
Alternatively, you can also use Font.decode()
Please let me know if you need any help.


text:
In 1931 werd het toernooi om de Davis Cup  voor de 26e keer gehouden. De Davis Cup is het meest prestigieuze tennistoernooi voor landen dat sinds 1900 elk jaar wordt georganiseerd.

Frankrijk won voor de 5e keer de Davis Cup (destijds nog de International Lawn Tennis Challenge genoemd) door in de finale Verenigd Koninkrijk met 3-2 te verslaan.

De deelnemers strijden in twee verschillende regionale zones tegen elkaar. De twee zonewinnaars spelen in het interzonaal toernooi tegen elkaar. De winnaar daarvan speelt tegen de regerend kampioen om de Davis Cup.

Finale
 -  3-2 (Parijs, Frankrijk, 24-26 juli)

Interzonaal Toernooi
 -  3-2 (Parijs, Frankrijk, 17-19 juli)

België
België speelt in de Europese zone.

België werd al in de eerste ronde uitgeschakeld en speelt ook volgend jaar in het regionale kwalificatietoernooi.

Nederland
Nederland speelt in de Europese zone.

Nederland werd al in de eerste ronde uitgeschakeld.

Tennis in 1931
Davis Cup naar jaar


More 1977 alumni from Clarkston HS Clarkston, GA have posted profiles on Classmates.com®. Click here to register for free at Classmates.com® and view other 1977 alumni.
Missing some friends from Clarkston High that graduated with you in 1977? Check the list below that shows the Clarkston Clarkston, GA class of '77.
Don't forget to upload your Clarkston High School pictures and check on the latest info about any Clarkston High School reunion.


text:
Q: R-caret - how to persist model I am using R with caret package to create a predictive model. I am rather satisfied with my model and would like to persist it to run it on daily basis.
Unfortunately, I am very new to R and don't know how to do it.
Could you please help me? Thanks!
Here's the code I use:
library(caret)
library(e1071)
library(data.table)
library(pracma)

mydata<-read.csv("C:/test1.txt", header=T , sep="\t")
setDT(mydata)

mydata[,mmc:=movavg(mydata$a2,2)]
mydata[,mml:=movavg(mydata$a2,5)]

mydata[, y:=shift(a2, 4, type="lead", fill=mydata$a2[length(mydata$a2)])]

training<-mydata[296:4198,]
testing<-mydata[4199:length(mydata$a2),]

logit.fit<-train(y ~., data=training, type="brnn")
pred<-predict(logit.fit, newdata=testing)

testing[,pred:=pred]
write.csv(testing, "C:/result_machine_learning.csv")

INPUT file format (C:/test1.txt)
a1  b1  b2  a2  c

7277.68 7291.54 7221.00 7240.70 0

7266.55 7276.45 7197.38 7223.64 0

A: 1. One way you can persist your model is by using saveRDS and readRDS:
logit.fit <- train(y ~., data=training, type="brnn")
saveRDS(logit.fit, "model.rds")

and after you run it, you can substitute the training and saving with reading from the file:
logit.fit <- readRDS("model.rds")
pred <- predict(logit.fit, newdata=testing)

2. Alternatively, though, less preferably, you can use save and load functions:
logit.fit <- train(y ~., data=training, type="brnn")
save(logit.fit, file="model.Rdata")

and then load it like this:
load("model.RData")
pred <- predict(logit.fit, newdata=testing)

UPDATE:
From the documentation of caret:

objects produced by the train function contain the "optimized" model in the finalModel sub-object.

Therefore, you're able to pull out your trained model like this:
logit.fit$finalModel
Also, there's a nifty summary(model) function which you may also find useful, just run summary(logit.fit) after you train your model.


With the NDuraPlateTM B, a screen plate with a new and innovative perforation is available. The kidney bean design of the holes provides significant improvements in yield, efficiency and throughput.
The round perforation of the standard screen plate has a relatively small working edge. The newly developed kidney bean design of the NDuraPlate B provides a growth of the working edge size of up to 75%. This improvement enables a high increase in throughput as well as optimized flake reduction. As a result of the new hole design, specific energy consumption is significantly decreased.
The screen plate NDuraPlate B fits perfectly into each individual Voith pulper as well as all non-Voith pulping machines and generates a high-quality pulping result.


An online competition promoted on packs of Bulmer's cider encouraged customers to submit photos of Bulmer's cider in order to win a pair of personalised Converse trainers (the "Competition"). Alcohol Concern complained on the basis that Converse trainers are associated with youth culture and therefore the Competition appealed to people under 18 years of age.
Heineken responded that Converse were chosen as the brand had a very broad age appeal but would particularly appeal to the core target market of Bulmer's cider, which is 25 to 35 year olds. Heineken added that Converse was a recognised and iconic brand, which was seen on famous figures of varying ages and therefore Heineken did not believe the trainers were associated with youth culture or likely to disproportionately appeal to people under the age of 18. Purchasing data showed that 26.2% of Converse trainers were purchased by 25 to 34 year olds, whereas only 8% were purchased by 15 to 17 year olds, which corresponded with Heineken's expectations of Bulmer's core target market.
Heineken also had various age restrictions in place to prevent under 18s from entering the Competition, including: the website featuring the Competition being age-gated; the fact that Bulmer's cider could only be purchased in stores subject to the usual legal restrictions and in-store safeguards for alcohol sales; the requirement that entrants had to be 18 years old or older to enter; and only adult shoe sizes were made available as prizes.
Finally, Heineken added that nothing in the ad promoted the irresponsible consumption of alcohol and there were no complaints that they were aware of from members of the public.
it was unlikely that the Competition would be seen or accessed by people under 18 years old, due to the various age restrictions in place.
Based on the case put forward by the promoter, any other decision would have been unduly harsh and the case is a clear example of why it is important to ensure that the appropriate age barriers are in place when conducting any age-restricted promotion and that relevant market statistics are vital.
Therefore, the Competition was not likely to be of particular appeal to people under the age of 18.