Daily Archives: June 3, 2017

Microsoft classes teaching soldiers technology – Colorado Springs Gazette

Posted: June 3, 2017 at 12:20 pm

Microsoft Software & Systems Academy is bridging the gap to civilian careers in information technology. The 18-week accelerated program trains active-duty U.S. service members for IT careers. (Source: Microsoft Military Affairs Facebook page)

About 500 soldiers leave the military every month in Colorado Springs, and now the Microsoft Software & Systems Academy is bridging the gap to civilian careers in information technology.

MSSA and Fort Carson celebrated Friday as 24 soldiers entered the inaugural class at Catalyst Campus for Technology & Innovation.

"Coming out of the military, this seems like the best thing to do," said new student Jesse Sutton. "I'm feeling really confident."

The 18-week accelerated program trains active-duty service members for IT careers.

"Creating this resource is a tangible way to give back to the service men and women and their spouses who do so much for our country," said Mayor John Suthers.

Program graduates can meet the industry's high demand for cloud developers and administrators in database, cloud and business intelligence fields.

"Finding IT personnel for many businesses is a huge challenge," said Thomas Dawkins, Microsoft's director of workforce development and education.

The average salary for an IT professional is $70,000, Dawkins said.

"I was an IT guy in the military, and I really wanted to expand my skillset," Sutton said.

Training goes beyond technology by expanding problem-solving skills, teamwork and critical thinking, said Aaron Glassman, chairman of Embry-Riddle Aeronautical University's Department of Management and Technology. Microsoft is in partnership with Embry-Riddle.

Service members don't need an IT background to join the program; a strong interest is enough.

"I was always fascinated by computers, and when I saw this program, I thought it would be a great path," said new student Meshack Koyiaki.

Ninety percent of graduates get IT jobs or finish their college degrees, Microsoft reported. Graduates have gone on to work for more than 200 companies, including Dell, Amazon Web Services, Microsoft, Accenture and Facebook, as well as the Department of Defense.

"Even if I don't get a job, in the future I'll see a position asking for the knowledge I gained from the program," Koyiaki said.

The government estimates IT occupations will grow 12 percent from 2014 to 2024, faster than the average for all occupations.

"Once you have that knowledge, no one is going to take that away from you," Koyiaki said.

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Fashion and Technology Are Merging. And It’s Astounding. – Futurism

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In BriefFashion and technology are beginning to become more entwined,with multiple big label collaborations. But what does this mean forthe future of fashion and fashion's future with us? Tentative Steps Toward Melding Fashion and Technology

The arts and technology are beginning a courtship that may fundamentally affect the way we perceive both of them: in visual art, we have Google Deep Dream, creating hallucinatory vistas on par with the wackier end of Hieronymus Bosch or Alan Aldridge; in music,we have A.I composers; virtual realityoffers an unprecedented and fully-immersive opportunity for filmmakers and writers alike. Fashion, however, is another kettle of fish because it is an art that is lived, occurring at all hours of the day.Additionally, the high fashion industry is a made-to-order one, often based on a limited quantity of materials and intensive crafting a difficult set of values to integrate with the nature of the technology industry: machines mass-producing goods and materials.

There have been hesitant exchanges at the higher end of fashion some examples include a Google and Levis collaboration called Project Jacquard that turns fabrics into gesture-controlled surfaces andLargerfield using 3D printing in some of his designs. At the far end of the spectrum is Studio Bitoni;Francis Bitoni, the companys CEO, said: Our products should create the next version of the human, not service humanity after it has evolved. They are responsible for high heels fit to be worn to a dinner party by a Matrix sentinel and bodices that would look natural on an alien queen (although theyre currently worn by Dita Von Teese).

Wearable technology has progressed far beyond the L.E.D t-shirts you used to wear to parties when you were 15, and has now become fully integrated into those with active lifestyles with the advent of step counters and heart rate recorders. According to an educated guess by Canalys, a research firm, the Apple Watch sold 11.9 million units last year, permeating the market more than any previous smart watch and setting a precedent for widespread adoption of wearable technology. However, the next development will shift the onus of the development from wearable to worn, stressing integration rather than accessorization. Almost every wearable currently available relies on a cell phone, including that Apple Watch.

Kate Sicchio, an assistant professor of integrated digital media at New York University, predicts the relationship could lead to the elimination of the smartphone itself: If we look at the history of ubiquitous computingin the 90s, all these MIT researchers had backpacks full of laptops, and now we just have this little [rectangle] we keep in our pocket, and soon thats going to disappear and it just will be a small microcontroller in our garments.

While this may seem outlandish, we must think that we already consider technology as part of our bodies in many ways: a study published in the Journal of Computer-Mediated Communication states that cellphone users are capable of perceiving their iPhone as an object of their extended self, which can be negatively impacted (i.e., lessening of self) during separation. If this is the case, then, it is only natural that we will want to bring our technologies closer and closer to our bodies.Fashion could be the stepping stone that bridges handheld technology and bionics on the way tosynthesis between humans and machines.

So what are some of the technologies that companies are dabbling in?Adidas is working on 3D printed shoes,Nike is focusing on shoes that lace themselves (which actually began as a replica of the Mag shoe worn by Marty McFly in Back to the Future Part II), and Google/Levis Project Jacquard created a denim jacket that can connect to a smartphone. By touching the jacket sleeve in certain ways, you can control your phone. If, as Diane Kruger famously stated, what you wear is an expression of who you are, our growing obsession with iPhones, Instagram, and technology as a whole will be reflected in the directionthe clothing and wearable industries take in the coming decades.

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EPA chief: Climate pact should focus on exporting US technology – The Hill

Posted: at 12:20 pm

The head of the Environmental Protection Agency (EPA) said Friday that the Trump administration will remain engaged in international climate talks following President Trump's decision to withdraw from the Paris climate change agreement.

EPA Administrator Scott Pruitt told reporters at the White House that any future climate deal should focus on exporting United States technology to the rest of the world.

Pruitts comments came after numerous world leaders representing the European Union, Italy, Germany, France and other nations refused to renegotiate the Paris pact or sit down for a new agreement should Trump push to pursue one.

Pruitt sought to promote recent decreases in the United States carbon dioxide emissions and said that any future deal should focus on exporting technology like hydraulic fracturing and clean coal to other countries. He did not mention renewable energy technology.

We need to export clean coal technology. We need to export the technology and natural gas to those around the globe, India and China, and help them learn from us on what weve done to achieve good outcomes. Weve led with actions, not words, Pruitt said.

After Trumps Thursday announcement on the 2015 Paris accord, senior White House officials offered few details on Trumps statement that he would be open to renegotiating the deal. They said Trump has not taken any action to convene new talks.

Pruitt similarly had few details. Asked to explain who Trump would negotiate with, Pruitt responded, Well, thats up to them, right?

If nations around the globe want to seek to learn from us on what were doing to reduce our CO2 footprint, were going to share that with them, he continued. And thats something that should occur, and will occur, in the future, and we will reach out and reciprocate with nations that seek to achieve that.

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JetBlue is the latest to use facial recognition technology in airports – Mashable

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Mashable
JetBlue is the latest to use facial recognition technology in airports
Mashable
Traveling through the world's airports has never been simple. Just this week, the Trump Administration announced a new procedure in which visa applicants must provide years worth of social media history, among other hassles. But a new technology may ...

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JetBlue is the latest to use facial recognition technology in airports - Mashable

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How the Natural Resources Business Is Turning into a Technology Industry – Harvard Business Review

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Executive Summary

Historically, the resources sector followed a dig-and-deliver model, where success was mainly about the size and quality of assets. For example, the oil industry depended on having the most plentiful reserves. Demand for resources grew in line with the economy and it paid to have the best and most expandable asset. But thats no longer the case. How producers manage the resources they have is far more important than how much they have.Consider how the dynamics of demand are changing. The adoption of robotics, Internet of Things technology, and data analytics along with macroeconomic trends and changing consumer behavior are fundamentally transforming the way resources are consumed. Technology is enabling people to use energy more efficiently in their homes, offices, and factories. At the same time, technological innovation in transportation, the largest single user of oil, is helping to lower consumption of energy as engines become more fuel-efficient and the use of autonomous and electric vehicles grows.As a result, demand for resources is flattening out. At the McKinsey Global Institute, we modeled these trends and found that peak demand for major commodities like oil, thermal coal, and iron ore is in sight and may occur as soon as 2020 for coal and 2025 for oil.

Automated haul trucks and drilling machines are being tested in mines across the world. Sensors at the tip of drill bits are measuring ore grade in real time, and data analytics is being used to discover new deposits of precious metals. In oil and gas, underwater robots fix gas pipelines off the coast and drones inspect offshore oil rigs. Crawling well-drilling machines drill multiple wells quickly and accurately one after another. These are just some of the many ways technology is transforming the demand and supply of resources.

Historically, the resources sector followed a dig-and-deliver model, where success was mainly about the size and quality of assets. For example, the oil industry depended on having the most plentiful reserves. Demand for resources grew in line with the economy, and it paid to have the best and most expandable asset. But thats no longer the case. How producers manage the resources they have is far more important than how much they have.

Today tech is the new oil, and its changing the game for producers of major commodities such as oil, coal, iron ore, natural gas, and copper. In this new commodity landscape, incumbents and attackers will race to develop viable business models, and not everyone will win.

How Joy Global's smart, connected heavy machinery optimizes mine performance and safety.

Consider how the dynamics of demand are changing. The adoption of robotics, internet-of-things technology, and data analytics along with macroeconomic trends and changing consumer behavior are fundamentally transforming the way resources are consumed. Technology is enabling people to use energy more efficiently in their homes, offices, and factories. At the same time, technological innovation in transportation, the largest single user of oil, is helping to lower energy consumption as engines become more fuel efficient and the use of autonomous and electric vehicles grows.

As a result, demand for resources is flattening out. (Copper, often used in consumer electronics, is the exception.) At the McKinsey Global Institute, we modeled these trends and found that peak demand for major commodities like oil, thermal coal, and iron ore is in sight and may occur as soon as 2020 for coal and 2025 for oil. At the same time, renewable energies including solar and wind will continue to become cheaper and will play a much larger role in the global economys energy mix. We estimated that renewables could jump from 4% of global power generation today to as much as 36% by 2035 in our accelerated technology scenario.

According to our latest report,Beyond the Super Cycle: How Technology Is Reshaping Resources,less intensive use of energy and increased efficiency could potentially raise energy productivity in the global economy by 40%70% by 2035 and unlock trillions of dollars in savings for global consumers of resources, depending on the rate of technological adoption.

Of course, a low-growth environment creates plenty of challenges for energy producers. But thats where technology comes in. Resource producers, increasingly able to deploy a range of technologies in their operations, can access mines and wells that were once inaccessible, raise the efficiency of extraction techniques, and shift to predictive maintenance. We calculate this technological transformation of the supply of resources could unlock as much as $400 billion in productivity cost savings for producers in 2035.

Productivity-enhancing technology is already being deployed in mining operations around the world. Recent expansions in the copper industry, for example, are tapping reserves with an average ore grade of less than 1% copper, a sign of how technology can get more out of less. In another example, Rio Tintos mines using automation technology in the Australian Pilbara are seeing 40% increases in utilization of haul trucks, and automated drills are seeing 10%15% improvements in utilization. In oil and gas, the most recent deep-water exploration is accessing reservoirs at depths of more than 3,000 meters, six times deeper than the deepest developments in the 1980s. And technology is being used to make the workplace safer. Statoil has developed an underwater robot system for pipeline repairs that is reducing repair times. Drones rather than people can conduct pipeline inspections and constant, real-time site surveys in oil field development.

A lot more is possible. For example, less than 1% of all data from an oil rig is used in decision making, according to our analysis. If more information was used and analyzed, thatcould help lower maintenance costs by moving from time-based to predictive-based maintenance routines, thus reducing the frequency of repairs and ensuring that the right repairs are done at the right time through improved diagnosis. Then there are mining-specific technologies that could enhance productivity. For low-grade ores including copper and uranium, advanced leaching techniques could increase recovery as ore grades decline. That means more copper, for instance, can be extracted even in the face of low-quality deposits. For many metals, advanced forms of crushing and grinding could result in significant improvements in recovery rates and help reduce costs such as electricity consumption.

For resource companies, particularly incumbents, navigating a future with more uncertainty and fewer sources of growth will require a focus on agility. Harnessing technology will be essential for unlocking productivity gains, but it will not be sufficient. Companies that also focus on the fundamentals increasing throughput and driving down capital costs, spending, and labor costs while simultaneously looking for opportunities in technology-driven areas will have an advantage.

Managing a companys workforce will be crucial. Demand for new job classes such as data scientists, statisticians, and machine-learning specialists is already on the rise among resource producers. Within 10years, oil and gas companies, for example, could employ more PhD-level data scientists than geologists, either in-house or through partnerships with increasingly sophisticated vendors. Meanwhile, existing roles will be redefined. For instance, the automation of repetitive technical decisions will free up engineers to focus on more-difficult analyses.

In the new technology-enabled world of resources, competition could come from anywhere, including technology leaders such as Google and Alibaba that have reached hyperscale in revenue, assets, customers, workers, and profits, and can move quickly into other industries. Alibaba, for example, recently started an online marketplace for crude oil tracking. To adapt to this new reality, incumbents may need to rethink what it means to be a resource producer. Size may matter less, and agility more, while future growth may come from nontraditional sources.

By harnessing new and existing technology, tomorrows resource leader could derive its advantage from doing more with less, moving faster, and thinking differently than in the past. While this transition wont be easy, the rewards of greater efficiency and productivity can be great.

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Scott Pruitt Lobbies for Lower Emissions Through Technology, Not Regulations – Pacific Standard

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Scott Pruitt Lobbies for Lower Emissions Through Technology, Not Regulations
Pacific Standard
Technology and trade are the best routes to reducing the world's carbon footprint while still prioritizing the United States' interests, Environmental Protection Agency head Scott Pruitt told reporters on Friday, the Hill reports. Attributing a ...

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Technology sector honours local champion – Times Colonist

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Amid the annual pandemonium that is the Victoria Innovation, Advanced Technology and Entrepreneurship Councils award show flying inflatable whales, palm trees, music, Polynesian dancers and a touch of time travel Dan Gunn asked a good question.

Why did VIATEC wait so long to name Scott Phillips as its technology champion?

Hes exactly what the Colin Lennox Award for Technology Champion is all about, said the VIATEC chief executive.

Phillips has worked over the last 18 years building Starfish Medical into a world leader in medical device manufacturing while helping to grow the Victoria tech sector by volunteering his time and sharing his expertise with start-up companies and his peers.

On Friday night, he accepted the champion award in front of813 rowdy, lei-wearing, Tiki-cocktail drinking tech workers.

Im grateful. I really am to be seen as a founder and that what I do in the tech community is valued, said Phillips in an interview. I have caught this community-building disease from somewhere, and have been quietly working in the background to connect people and to support organizations like VIATEC.

At the same time, Phillips company has grown significantly.

In March, Starfish announced it had acquired Toronto medical-device designer Kangaroo Group in order to attract more business from the medical-technology hubs of the eastern U.S. The acquisition took Starfish to 130 employees.

Phillips, who joked Starfish is an 18-year-old overnight success story, said the projects they work on take several years to come to market, and even then it takes years to develop a good reputation and trust level with clients.

We are starting to see that now, he said.

On Friday, it was about the then-and-now as VIATECs annual awards show married steam-punk time travel with South Pacific flare for something it called Tiki Time Travel. With a massive coconut as part of a set and a Tiki time-machine car, the event provided irreverence and noise while celebrating the tech sector.

This is a great way for us to hold up examples of some of our leading companies so people can recognize them, which I think is important because its motivating for other companies to see whats possible and motivating for teams that there is some level of recognition, said Gunn.

Its also come to represent the tech sector as its a somewhat edgy, largely irreverent event. We work hard on the entertainment and wow component.

This year that included Polynesian dancers, Atomic Vaudevilles cast performing the Time Warp from the Rocky Horror Picture Show, an immersive video experience and time travel taking the entire room through the decades.

aduffy@timescolonist.com

- - -

VIATEC award winners

Company of the Year

50+ employees: Checkfront

Company of the Year

(11-49 employees): SendtoNews

Company of the Year

(1-10 employees): Momentum Dashboard

Emerging Company of the Year

Telmediq

Startup of the Year

HYAS Infosec

Product of the Year

VRX Simulators

Innovative Excellence Software

TrichAnalytics

Innovative Excellence Hardware

Redlen Technologies

Team of the Year

Udutu

Employer of the Year

Go2mobi

Leader of the Year

Kim Krenzler, RevenueWire

Emerging Leader of the Year

Hunter Macdonald, Tutela Technologies

Newcomer of the Year

Scott Lake

Capital Investment Network's Angel of the Year

Rasool Rayani

VIATEC Member of the Year

RevenueWire

Community Champion

ParetoLogic

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Progress (history) – Wikipedia

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In historiography, progress (from Latin progressus, "advance", "(a) step onwards") is the study of how specific societies improved over time in terms of science, technology, modernization, liberty, democracy, longevity, quality of life, freedom from pollution and so on. Specific indicators can range from economic data, technical innovations, change in the political or legal system, and questions bearing on individual life chances, such as life expectancy and risk of disease and disability.

Many high-level theories, such as the Idea of Progress are available, such as the Western notion of monotonic change in a straight, linear fashion. Alternative conceptions exist, such as the cyclic theory of eternal return, or the "spiral-shaped" dialectic progress of Hegel, Marx, et al.

Historian J. B. Bury argued that thought in ancient Greece was dominated by the theory of world-cycles or the doctrine of eternal return, and was steeped in a belief parallel to the Judaic "fall of man," but rather from a preceding "Golden Age" of innocence and simplicity. Time was generally regarded as the enemy of humanity which depreciates the value of the world. He credits the Epicureans with having had a potential for leading to the foundation of a theory of Progress through their materialistic acceptance of the atomism of Democritus as the explanation for a world without an intervening Deity.

Robert Nisbet and Gertrude Himmelfarb have attributed a notion of progress to other Greeks. Xenophanes said "The gods did not reveal to men all things in the beginning, but men through their own search find in the course of time that which is better." Plato's Book III of The Laws depicts humanity's progress from a state of nature to the higher levels of culture, economy, and polity. Plato's The Statesman also outlines a historical account of the progress of mankind.

During the Medieval period, science was to a large extent based on Scholastic (a method of thinking and learning from the Middle Ages) interpretations of Aristotle's work. The Renaissance of the 15th, 16th and 17th Centuries changed the mindset in Europe towards an empirical view, based on a pantheistic interpretation of Plato. This induced a revolution in curiosity about nature in general and scientific advance, which opened the gates for technical and economic advance. Furthermore, the individual potential was seen as a never-ending quest for being God-like, paving the way for a view of Man based on unlimited perfection and progress.[1]

The scientific advances of the 16th and 17th centuries provided a basis for the optimistic outlook of Bacon's 'New Atlantis.' In the 17th century Bernard le Bovier de Fontenelle argued in favor of progress with respect to arts and the sciences, saying that each age has the advantage of not having to rediscover what was accomplished in preceding ages. The epistemology of John Locke provided support and was popularized by the Encyclopedists Diderot, Holbach, and Condorcet. Locke had a powerful influence on the American Founding Fathers.[2]

In the Enlightenment, French historian and philosopher Voltaire (16941778) was a major proponent of the possibility of progress. At first Voltaire's thought was informed by the Idea of Progress coupled with rationalism. His subsequent notion of the historical idea of progress saw science and reason as the driving forces behind societal advancement. The first complete statement of progress is that of Turgot, in his "A Philosophical Review of the Successive Advances of the Human Mind" (1750). For Turgot progress covers not simply the arts and sciences but, on their base, the whole of culturemanner, mores, institutions, legal codes, economy, and society.[3]

Immanuel Kant (17241804), the German philosopher, argued that progress is neither automatic nor continuous and does not measure knowledge or wealth, but is a painful and largely inadvertent passage from barbarism through civilization toward enlightened culture and the abolition of war. Kant called for education, with the education of humankind seen as a slow process whereby world history propels mankind toward peace through war, international commerce, and enlightened self-interest.[4]

Scottish theorist Adam Ferguson (17231816) defined human progress as the working out of a divine plan. The difficulties and dangers of life provided the necessary stimuli for human development, while the uniquely human ability to evaluate led to ambition and the conscious striving for excellence. But he never adequately analyzed the competitive and aggressive consequences stemming from his emphasis on ambition even though he envisioned man's lot as a perpetual striving with no earthly culmination. Man found his happiness only in effort.[5]

The intellectual leaders of the American Revolution, such as Benjamin Franklin, Thomas Paine, Thomas Jefferson and John Adams, were immersed in Enlightenment thought and believed the idea of progress meant that they could reorganize the political system to the benefit of the human condition; both for Americans and also, as Jefferson put it, for an "Empire of Liberty" that would benefit all mankind. Thus was born the idea of inevitable American future progress.

The most original 'New World' contribution to historical thought was the idea that history is not exhausted but that man may begin again in a new world. Besides rejecting the lessons of the past, the Jeffersonians Americanized the idea of progress by democratizing and vulgarizing it to include the welfare of the common man as a form of republicanism. As Romantics deeply concerned with the past, collecting source materials and founding historical societies, the Founding Fathers were animated by clear principles. They saw man in control of his destiny, saw virtue as a distinguishing characteristic of a republic, and were concerned with happiness, progress, and prosperity. Thomas Paine, combining the spirit of rationalism and romanticism, pictured a time when America's innocence would sound like a romance, and concluded that the fall of America could mark the end of 'the noblest work of human wisdom.'[6]

That human liberty was put on the agenda of fundamental concerns of the modern world was recognized by the revolutionaries as well as by many British commentators. Yet, within two years after the adoption of the Constitution, the American Revolution had to share the spotlight with the French Revolution. The American Revolution was eclipsed, and, in the 20th century, lost its appeal even for subject peoples involved in similar movements for self-determination. Thus, its life as a model for political revolutions was relatively short. The reason for this development lies in the fact that its concerns and preoccupations were overwhelmingly political; economic demands and social unrest remained largely peripheral. After the middle of the 19th century, all political revolutions would ultimately have to involve themselves with social questions and become revolutions of modernization. But the American Colonies in the 1770s, in contrast to all other colonies, had been modern from the beginning. The American patriots were protecting the modernity and liberty they had already achieved, while later revolutions were fighting to obtain liberty for the first time. However, since so few modern revolutions have evinced much concern for the preservation and extension of human freedom, the American model may still come to provide a lesson for the future.[7]

Social progress is the idea that societies can or do improve in terms of their social, political, and economic structures. The concept of social progress was introduced in the early 19th century social theories, especially those of social evolutionists like Auguste Comte and Herbert Spencer. It was present in the Enlightenment's philosophies of history.

In Europe's Enlightenment, social commentators and philosophers began to realize that people themselves could change society and change their way of life. Instead of being made completely by gods, there was increasing room for the idea that people themselves made their own society - and not only that, as Giambattista Vico argued, because people practically made their own society, they could also fully comprehend it. This gave rise to new sciences, or proto-sciences, which claimed to provide new scientific knowledge about what society was like, and how one may change it for the better.[8] In turn, this gave rise to progressive opinion, in contrast with conservative opinion, according to which attempts to radically remake society normally make things worse.

GDP growth has become a key orientation for politics and is often taken as a key figure to evaluate a politician's performance. However, GDP has a number of flaws that make it a bad measure of progress, especially for developed countries. For example, environmental damage is not taken into account nor is the sustainability of economic activity. Wikiprogress has been set up to share information on evaluating societal progress. It aims to facilitate the exchange of ideas, initiatives and knowledge. HumanProgress.org is another online resource that seeks to compile data on different measures of societal progress.

Scientific progress is the idea that science increases its problem solving ability through the application of the scientific method.

Several philosophers of science have supported arguments that the progress of science is discontinuous. In that case, progress is not a continuous accumulation, but rather a revolutionary process where brand new ideas are adopted and old ideas become abandoned. Thomas Kuhn was a major proponent of this model of scientific progress, as explained in his book The Structure of Scientific Revolutions.

Another model of scientific progress, as put forward by Richard Boyd, and others, is history of science as a model of scientific progress. In short, methods in science are produced which are used to produce scientific theories, which then are used to produce more methods, which are then used to produce more theories and so on.

Note that this does not conflict with a continuous or discontinuous model of scientific progress. This model supports realism in that scientists are always working within the same universe; their theories must be referring to real objects, because they create theories that refer to actual objects that are used later in methods to produce new theories.

A prominent question in metaphilosophy is that of whether or not philosophical progress occurs, and more so, whether such progress in philosophy is even possible. It has even been disputed, most notably by Ludwig Wittgenstein, whether genuine philosophical problems actually exist. The opposite has also been claimed, most notably by Karl Popper, who held that such problems do exist, that they are solvable, and that he had actually found definite solutions to some of them.

Some philosophers believe that, unlike scientific or mathematical problems, no philosophical problem is truly solvable in the conventional sense, but rather problems in philosophy are often refined rather than solved. For example, Bertrand Russell, in his 1912 book The Problems of Philosophy says: "Philosophy is to be studied not for the sake of any definite answers to its questions, since no definite answers can, as a rule, be known to be true, but rather for the sake of the questions themselves."[9]

However, this is not universally accepted amongst philosophers. For example, Martin Cohen, in his 1999 iconoclastic account of philosophy, 101 Philosophy Problems, offers as the penultimate problem, the question of whether or not 'The problem with philosophy problems is that they don't have proper solutions'. He goes on to argue that there is a fundamental divide in philosophy between those who think philosophy is about clarification and those who think it is about recognising complexity.

In historiography, the "Idea of Progress" is the theory that advances in technology, science, and social organization inevitably produce an improvement in the human condition. That is, people can become happier in terms of quality of life (social progress) through economic development and the application of science and technology (scientific progress). The assumption is that the process will happen once people apply their reason and skills, for it is not divinely foreordained. The role of the expert is to identify hindrances that slow or neutralize progress.

Historian J. B. Bury wrote in 1920:[10]

Sociologist Robert Nisbet finds that "No single idea has been more important than [...] the Idea of Progress in Western civilization for three thousand years.",[11] and defines five "crucial premises" of Idea of Progress:

The Idea of Progress emerged primarily in the Enlightenment in the 18th century, although some scholars like Nisbet (1980) have traced it to ancient Christian notions.[12] The theory of evolution in the nineteenth century made progress a necessary law of nature and gave the doctrine its first conscious scientific form. The idea was challenged by the 20th century realization that destruction, as in the two world wars, could grow out of technical progress.

The Idea of Progress was promoted by classical liberals in the 19th century, who called for the rapid modernization of the economy and society to remove the traditional hindrances to free markets and free movements of people. John Stuart Mill's (18061873) ethical and political thought assumed a great faith in the power of ideas and of intellectual education for improving human nature or behavior. For those who do not share this faith the very idea of progress becomes questionable.[13]

The influential English philosopher Herbert Spencer (18201903) in The Principles of Sociology (1876) and The Principles of Ethics (1879) proclaimed a universal law of socio-political development: societies moved from a military organization to a base in industrial production. As society evolved, he argued, there would be greater individualism, greater altruism, greater co-operation, and a more equal freedom for everyone. The laws of human society would produce the changes, and he said the only roles for government were military, police, and enforcement of civil contracts in courts. Many libertarians adopted his perspective.[14]

The history of the idea of Progress has been treated briefly and partially by various French writers; e.g. Comte, Cours de philosophie positive, vi. 321 sqq.; Buchez, Introduction a la science de l'histoire, i. 99 sqq. (ed. 2, 1842); Javary, De l'idee de progres (1850); Rigault, Histoire de la querelle des Anciens et des Modernes (1856); Bouillier, Histoire de la philosophie cartesienne (1854); Caro, Problemes de la morale sociale (1876); Brunetiere, "La Formation de l'idee de progres", in Etudes critiques, 5e serie. More recently M. Jules Delvaille has attempted to trace its history fully, down to the end of the eighteenth century. His Histoire de l'idee de progres (1910) is planned on a large scale; he is erudite and has read extensively. But his treatment is lacking in the power of discrimination. He strikes one as anxious to bring within his net, as theoriciens du progres, as many distinguished thinkers as possible; and so, along with a great deal that is useful and relevant, we also find in his book much that is irrelevant. He has not clearly seen that the distinctive idea of Progress was not conceived in antiquity or in the Middle Ages, or even in the Renaissance period; and when he comes to modern times he fails to bring out clearly the decisive steps of its growth. And he does not seem to realize that a man might be "progressive" without believing in, or even thinking about, the doctrine of Progress. Leonardo da Vinci and Berkeley are examples. In my Ancient Greek Historians (1909) I dwelt on the modern origin of the idea (p. 253 sqq.). Recently Mr. R. H. Murray, in a learned appendix to his Erasmus and Luther, has developed the thesis that Progress was not grasped in antiquity (though he makes an exception of Seneca), a welcome confirmation. Bury, J.B. (1920). The Idea of Progress. London: The Macmillan and Co., p. 353.

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Chris Bryant: Trump can’t stop climate progress – The Spokesman-Review

Posted: at 12:20 pm

Donald Trumps decision to exit the Paris climate accord is boneheaded and self-defeating. But it might matter less than you think.

Obviously it would be better if the White House led on tackling climate change, rather than freeloading on other countries commitments. Even if looked at in purely selfish terms, Trumps logic is twisted.

Decarbonizing the global economy will require several trillion dollars of investment in power generation, electricity distribution and new transport capacity. The president should be trying to help domestic companies win the biggest possible slice of that. Coal-mining accounts for about 50,000 U.S. jobs, about one fifth of those in solar.

Trumps climate gambit also carries personal risk: His Florida properties could plummet in value if sea levels rise farther. Hed better hope U.S. states like California, which continue to incentivize climate action, can keep the seas at bay.

Beyond the importance of these local responses, there are other reasons to not despair:

1. Trump cant stop the decarbonization of the economy.

The shift toward lower carbon power is happening, and economics not policy is driving it. In the U.S., its already cheaper to produce electricity from combined cycle natural gas plants and onshore wind than from coal, according to Bloomberg New Energy Finance. Solar is more and more competitive, with photovoltaic costs projected to shrink by about two-thirds by 2040. The cheapest tech tends to win out over time. Thats true for cars too. BNEF thinks falling battery costs will make electric cars price competitive in about 2025.

2. Weve already made some (though no way enough) progress.

Emissions are starting to decouple from economic growth. Energy-related carbon dioxide emissions were flat in 2016 for the third successive year, even as the world economy expanded. In the U.S., the switch from coal to cheaper natural gas (and renewables) caused greenhouse gas emissions to fall to their lowest point in 25 years (about 12 percent below 2005 levels). Thats not enough to stop the planet warming, but it shows the impact of market forces.

3. Tech, not Trump, will drive corporate decision-making.

Teslas market value exceeds that of General Motors and Ford because investors believe in electric vehicles. Industries cant ignore technical advances at least, not for long. A decade ago, Eon AG and RWE AG were among Germanys most valuable companies. After billions of euros in losses, both utilities have separated their fossil fuel and renewable energy businesses to prioritize investment in the latter. Capital allocation may be swayed by politics, but over the longer run technical progress wins.

4. U.S. companies must think globally (and about life after Donald).

S&P 500 companies make more than 40 percent of their sales overseas. Unlike Trump, they cant ignore Europe and Chinas determination to stick by Paris. When boards make investment and R&D decisions, they consider the next couple of decades, not just the next four years. Trump may go easy on fuel economy standards but GM and others will no doubt press on with electric cars. The five most valuable U.S. companies Apple, Alphabet, Microsoft, Amazon and Facebook all support the Paris accord.

5. Shareholders are weighing in.

Trumps largely symbolic decision was possibly not even the biggest environmental story of the week. A majority of Exxon Mobil Corp shareholders (including several large asset managers) voted on Wednesday to force it to disclose how climate change would affect its business. Investors are also piling pressure on oil companies to show they can keep production costs low (avoiding the risk of stranded capital when oil demand starts to decline). So Trump can allow all the offshore drilling he likes, it doesnt mean anyone will drill there.

Its also possible that this is just a shrug about the ability of one man to hold back the future.

Chris Bryant is a Bloomberg columnist covering industrial companies.

Published June 3, 2017, midnight in: coal, decarbonization, Donald Trump, Paris agreement, solar, wind

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Alaska VA faces issues, but is making steady progress – Alaska Public Radio Network

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Department of Veterans Affairs flag

Earlier this week, the head of the nations Veterans Administration, Secretary David Shulkin gave a press conference at the White House on the status of the nations largest healthcare provider.

Listen now

What youre gonna hear today is really a candid assessment of where our problems are in VA, Shulkin said.

What followed was a detailed outline of major problems that the VA is still facing, even after hasty reforms were enacted through sweeping legislation by Congress following a scandal over wait-times in 2014.

The VA in Alaska isnt immune from those issues. But at a press conference Friday in Anchorage, Dr. Timothy Ballard, the VAs healthcare wing director,gave an update on where theyve made progress and what work is left to do.

We have a lot of issues about care coordination, we have questions about how our internal operations work in customer service, and we have a lot of questions about benefits, Ballard said.

Ballard took his position eleven months ago. He highlighted where the states VA system has regained ground in connecting veterans with primary and mental health care since the implementation of the Choice Act threw the in-state system into disarray.

That includes reducing wait times for appointments to well below the national average, improving partnerships with private providers and military services, as well as working to improve staff morale.

But echoing the tone set by Secretary Shulkin, Ballard was forthright about major problems that remain for Alaskas VA many of them tied to actions and appropriations from Congress. And he cast doubt on whether the federal framework under the Choice Act can work at all within Alaskas unique healthcare system.

Because we are different in regards to healthcare availability, location and the like, when youre trying to nationalize a program for Choice, we end up on the outside looking in, Ballard said. And so hopefully we can make an impact on that. So thats something Ive been pushing at our townhalls across the state, with overwhelmingly positive response. Providers, veterans, our staff would all like to go back to the old way.

Ballard said that while his feedback has been well-received, theres not yet any proposal for exempting Alaskas VA care from the federal system.

State-wide, the VA is still about 200 positions below what the system needs to function optimally. The organization also continues to suffer from delayed reimbursements for travel and healthcare services, as well as ongoing confusion over billing and the referrals process.

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Alaska VA faces issues, but is making steady progress - Alaska Public Radio Network

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