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Monthly Archives: October 2019
Using Quantum Computers to Test the Fundamentals of Physics – Scientific American
Posted: October 27, 2019 at 2:48 pm
If you could look closely enough at the objects that surround you, zooming in at magnifications far beyond those you could ever see with most microscopes, you would eventually get to a point where the familiar rules of your everyday experiences break down. At scales where blood cells and viruses seem enormous and molecules come into view, things are no longer subject to the simple laws of physics that we learn in high school.
Atomsand the electrons, protons and neutrons they are made ofdont exist in the same way a marble does. Instead they are smeared in clouds that are difficult to understand and impossible to describe without the complex mathematics of quantum mechanics.
And yet atoms make up molecules, which, in turn, are the building blocks of marbles and everything else we touch and see each day. Nature has clearly found some way of suppressing quantum behavior when quantum objects are assembled into the familiar ones all around us.
How can things that obey the classical laws of physicssuch as a pitched baseball or a bumblebee in flightbe composed of parts that are subject to quantum rules at minute levels? That is one of the deepest questions in modern physics. In pursuit of an answer, recent researchwith funding from the High Energy Physics program at the Department of Energys Office of Scienceshould help shed light on how the classical world emerges from the underlying quantum one.
A quantum-computing algorithm, developed by scientists at Los Alamos National Laboratory and the University of California, Davisincluding both of usopens a new window on the connection between the quantum and classical worlds and the transition that must occur as we zoom out from the smallest scales.
To study the quantum-to-classical transition, physicists need to evaluate how close a quantum system is to acting classically. Among other effects, physicists must consider the fact that quantum objects are subject to wave-particle duality. Things we often think of as particles, such electrons, can act like waves in some circumstances. And things we think of as waves, such as light, can act like particles, which are called photons. In a quantum system, the wavelike states of particles can interfere with one another in much the same way that ocean waves can sometimes add together or cancel one another out.
A quantum system lacking interference can be described using classical rules rather than quantum ones. The newly developed algorithm searches out interference-free solutions, known as consistent histories, which are those we ultimately observe in the classical world we inhabit.
For systems of a few atoms, finding consistent histories is fairly trivial. For systems made up of many pieces, however, quantum-to-classical transition calculations are notoriously difficult to solve. The number of equations involved grows drastically with each added atom. In fact, for systems of more than just a few atoms, calculations rapidly become intractable on even the most powerful supercomputers.
Appropriately enough, the new consistent-histories algorithm relies on a quantum computer to overcome the computational explosion and gauge how close to classical a quantum system is behaving. Unlike conventional computers that manipulate data made up of 1s and 0s, quantum computers store and manipulate data as quantum combinations of numbers. Similar to how an atom exists as a quantum cloud rather than at a single point, data in a quantum computer is not a single number but a superposition of many numbers.
While quantum computers powerful enough to solve meaningful problems dont exist just yet, it has been theoretically shown that they can achieve remarkable calculations, performing, in principle, exponentially faster than conventional computers. Using the consistent-histories algorithm, quantum computers have the potential to tame the difficulties of studying the quantum-to-classical transition precisely because they operate under the same rules that govern atoms and other quantum entitiesan elegant potential solution to a problem that has vexed physicists for decades.
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Google claims it reached quantum supremacy. What the heck does that mean? – Vox.com
Posted: at 2:48 pm
Scientists at Google on Wednesday declared, via a paper in the journal Nature, that theyd done something extraordinary. In building a quantum computer that solved an incredibly hard problem in 200 seconds a problem the worlds fastest supercomputer would take 10,000 years to solve theyd achieved quantum supremacy. That is: Googles quantum computer did something that no conventional computer could reasonably do.
Computer scientists have seen quantum supremacy the moment when a quantum computer could perform an action a conventional computer couldnt as an elusive, important milestone for their field. There are many research groups working on quantum computers and applications, but it appears Google has beaten its rivals to this milestone.
According to John Preskill, the Caltech particle physicist who coined the term quantum supremacy, Googles quantum computer is something new in the exploration of nature. These systems are doing things that are unprecedented.
Of note: Some researchers at IBM contest the supremacy claim, saying that a traditional supercomputer could solve the problem in 2.5 days, not 10,000 years. Still, 200 seconds is a lot quicker than 2.5 days. If the quantum computer isnt supreme, its still extremely impressive because its so small and so efficient. They got one little chip in the quantum computer and the supercomputer is covering a basketball court, Preskill says.
It sounds all very gee-whiz. And some scientists think these computers will one day lead to discoveries of new drugs and possibly whole new fields of chemistry. Others fear theyll be used one day to crack the toughest security protocols.
But if youve never heard of a quantum computer or know what it does or what its used for, youre not alone. So lets break it down.
Before we discuss what a quantum computer is, its helpful to think about what a traditional computer is.
Traditional computers utilize the flow of electricity and can be turned on or off at switches inside circuits. Whether a switch is on or off generates the ones and zeros that underlie all computer code. This is what Alan Turing discovered in his pioneering work: Simple rules for turning those switches on and off can be used to solve any mathematical problem. These zeros and ones are called bits, and they are the smallest bit of information a computer stores.
To recap: Traditional computers use the physics of electricity, namely the fact that its flow can be turned on and off at switches, to run everything.
Quantum computers, on the other hand, are not built upon using the flow of electricity. They rely instead on the physical properties of electrons, photons, and other tiny bits of matter that are subject to the laws of quantum mechanics.
These bits of matter can do a lot more than just be turned on and off. Actually, on and off arent really words that make sense in quantum physics.
This kind of tiny matter is best described in states called amplitudes (like waves, since the tiniest bits of matter can act as both particles and waves). A particle can have two different amplitudes at the same time a state called superposition. They can also be entangled, meaning a change in one particle instantly changes another. The amplitudes of particles can also cancel one another out like opposing waves in water would. Also, the smallest particles in nature dont really exist in a point in space but they exist as a probability of existing.
For a great video explainer on quantum mechanics, check out this video by physicist Dominic Walliman.
Its all weird stuff that defies normal logic! Yet, there is a logic to it. Out of this chaotic mess of entanglement, superposition, and interference, our stable world arises.
Quantum mechanics are the rules that make reality, says Scott Aaronson, a theoretical computer scientist who studies quantum computing at the University of Texas Austin. Take an electron, he says. According to classical physics (think Newtons laws of motion), electrons should spiral into the center of atoms, rendering them useless. What quantum mechanics ultimately says is there are all these pathways where the electron can spiral into the nucleus, but they all cancel each other out.
Its hard to think about, no doubt. Its staggering what were talking about, Aaronson says. Its like the electron itself is a computer, sorting through all the possible paths it can take before finding the right ones. In a sense, the electron has solved the problem of its own existence.
Amazingly, what quantum computer engineers are doing is tapping into the chaotic logic of the quantum world to solve problems. Like a normal computer with its switches to control the flow of electricity, they build hardware to influence quantum states. (A part of the research into quantum computing is figuring out what the optimal hardware should be.) Theyre trying to choreograph quantum interactions in a way so the wrong answers to big problems get canceled out.
In a normal computer, a bit can be in two states on or off. Zero or one. But a qubit a.k.a. a quantum bit can be in many states at once. That means a single qubit can contain exponentially more information than a normal bit.
Thats a bit like having four regular computers running side by side, Cosmos magazine explains. If you add more bits to a regular computer, it can still only deal with one state at a time. But as you add qubits, the power of your quantum computer grows exponentially.
What it boils down to is that a quantum computer can crunch through some enormous problems really quickly. For instance, a lot of cybersecurity depends on computers multiplying huge prime numbers. Its really really hard for traditional computers to reverse this process, to find the prime numbers that resulted in the bigger number and crack the encryption. But quantum computers could. In a quantum computing world, we may need even stronger security protections, perhaps even those derived from quantum mechanics itself.
Scientists hope quantum computers may lead to better, quicker ways to solve optimization problems. When you have many different choices in front of you, how do you choose the ideal path? These types of questions strain traditional computers but could, potentially, be a breeze for quantum computers, which could sort through all the possible parts at once. A traditional computer has to try out each path one at a time. Though, were not going to be able to run applications like that for a while because the hardware just isnt advanced enough, Preskill adds.
Quantum computers are hard to build, are prone to generating errors, and their components are often unstable. Right now, Preskill says, what Google has shown is a proof of concept: that quantum computers can solve problems in a way traditional computers cant. Its machine runs 54 qubits. But this is a tiny fraction of the one million qubits that could be needed for a general-purpose machine, a news article at Nature states.
Quantum computers dont really do anything practical yet. The test problem Google ran for their paper was and this is a simplification to see if a random number generator was truly random.
Theyre validating that their hardware is doing what they think its supposed to be doing, Preskill says, checking that with the quantum computer they can perform the computation with many fewer steps and much faster than a classical computer.
Perhaps most of the more immediate uses would just be to use quantum computers to simulate the frenzied world of quantum mechanics and better understand it.
We can use a quantum computer as a general simulator of nature on the microscopic scale, Aaronson says, and use it to predict what a protein will do, help design a drug that will bind to a receptor in the right way, and help design new chemical reactions ... design better batteries. You would only need one or two successes to make this whole thing worthwhile.
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This Physicist Believes There Are Countless Parallel Universes – Futurism
Posted: at 2:48 pm
Its the one aspect of reality we all take for granted: an object exists in the world regardless of whether youre looking at it.
But theoretical and quantum physicists have been struggling for years with the possibly of a many worldsinterpretation of reality, which suggests that every time two things could happen, it splits into new parallel realities.Essentially, they think youre living in one branch of a complex multiverse meaning that there are a near-infinite number of versions of you that could have made every conceivable alternate choice in your life.
Physicist Sean Carroll from the California Institute of Technology deals with this problem in his new book Something Deeply Hidden. In a new interview with NBC, Carroll makes his stance on the matter clear:he thinks the many worlds hypothesis is a definite possibility.
Its absolutely possible that there are multiple worlds where you made different decisions,he told the network. Were just obeying the laws of physics.
So if there are multiple worlds, how many are there?
We dont know whether the number of worlds is finite or infinite, but its certainly a very large number, Carroll claimed. Theres no way its, like, five.
And he goes further,into a metaphysical view of the universe in which physical reality has much to do with the observer.
Before you look at an object, whether its an electron, or an atom or whatever, its not in any definite location, Carroll told NBC. It might be more likely that you observe it in one place or another, but its not actually located at any particular place.
Carroll isnt the only one that has examined the possibility of many alternate realities. The likes of Stephen Hawking and Erwin Schrdinger have suggested that many other parallel worlds exist as well.
In his most recent work work, Hawking suggested that thanks to quantum mechanics, the Big Bang supplied us with an endless number of universes, not just one.
As for the ability to visit other parallel universes, a topic thats come up countless times in science fiction, Carroll is not hopeful.
[Alternate universes] dont interact, they dont influence each other in any form, he said. Crossing over is like traveling faster than the speed of light. Its not something that you can do.
READ MORE: The weirdest idea in quantum physics is catching on: There may be endless worlds with countless versions of you. [NBC]
More on parallel universes: Parallel Universes Could Solve One of the Biggest Mysteries in Physics
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This Physicist Believes There Are Countless Parallel Universes - Futurism
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Putting the Bang in the Big Bang Reheating Universes First Fractions of a Second – SciTechDaily
Posted: at 2:48 pm
Credit: Christine Daniloff, MIT, ESA/Hubble and NASA
As the Big Bang theory goes, somewhere around 13.8 billion years ago the universe exploded into being, as an infinitely small, compact fireball of matter that cooled as it expanded, triggering reactions that cooked up the first stars and galaxies, and all the forms of matter that we see (and are) today.
Just before the Big Bang launched the universe onto its ever-expanding course, physicists believe, there was another, more explosive phase of the early universe at play: cosmic inflation, which lasted less than a trillionth of a second. During this period, matter a cold, homogeneous goop inflated exponentially quickly before processes of the Big Bang took over to more slowly expand and diversify the infant universe.
Recent observations have independently supported theories for both the Big Bang and cosmic inflation. But the two processes are so radically different from each other that scientists have struggled to conceive of how one followed the other.
Now physicists at MIT, Kenyon College, and elsewhere have simulated in detail an intermediary phase of the early universe that may have bridged cosmic inflation with the Big Bang. This phase, known as reheating, occurred at the end of cosmic inflation and involved processes that wrestled inflations cold, uniform matter into the ultrahot, complex soup that was in place at the start of the Big Bang.
The postinflation reheating period sets up the conditions for the Big Bang, and in some sense puts the bang in the Big Bang, says David Kaiser, the Germeshausen Professor of the History of Science and professor of physics at MIT. Its this bridge period where all hell breaks loose and matter behaves in anything but a simple way.
Kaiser and his colleagues simulated in detail how multiple forms of matter would have interacted during this chaotic period at the end of inflation. Their simulations show that the extreme energy that drove inflation could have been redistributed just as quickly, within an even smaller fraction of a second, and in a way that produced conditions that would have been required for the start of the Big Bang.
The team found this extreme transformation would have been even faster and more efficient if quantum effects modified the way that matter responded to gravity at very high energies, deviating from the way Einsteins theory of general relativity predicts matter and gravity should interact.
This enables us to tell an unbroken story, from inflation to the postinflation period, to the Big Bang and beyond, Kaiser says. We can trace a continuous set of processes, all with known physics, to say this is one plausible way in which the universe came to look the way we see it today.
The teams results appear today in Physical Review Letters. Kaisers co-authors are lead author Rachel Nguyen, and John T. Giblin, both of Kenyon College, and former MIT graduate student Evangelos Sfakianakis and Jorinde van de Vis, both of Leiden University in the Netherlands.
The theory of cosmic inflation, first proposed in the 1980s by MITs Alan Guth, the V.F. Weisskopf Professor of Physics, predicts that the universe began as an extremely small speck of matter, possibly about a hundred-billionth the size of a proton. This speck was filled with ultra-high-energy matter, so energetic that the pressures within generated a repulsive gravitational force the driving force behind inflation. Like a spark to a fuse, this gravitational force exploded the infant universe outward, at an ever-faster rate, inflating it to nearly an octillion times its original size (thats the number 1 followed by 26 zeroes), in less than a trillionth of a second.
Kaiser and his colleagues attempted to work out what the earliest phases of reheating that bridge interval at the end of cosmic inflation and just before the Big Bang might have looked like.
The earliest phases of reheating should be marked by resonances. One form of high-energy matter dominates, and its shaking back and forth in sync with itself across large expanses of space, leading to explosive production of new particles, Kaiser says. That behavior wont last forever, and once it starts transferring energy to a second form of matter, its own swings will get more choppy and uneven across space. We wanted to measure how long it would take for that resonant effect to break up, and for the produced particles to scatter off each other and come to some sort of thermal equilibrium, reminiscent of Big Bang conditions.
The teams computer simulations represent a large lattice onto which they mapped multiple forms of matter and tracked how their energy and distribution changed in space and over time as the scientists varied certain conditions. The simulations initial conditions were based on a particular inflationary model a set of predictions for how the early universes distribution of matter may have behaved during cosmic inflation.
The scientists chose this particular model of inflation over others because its predictions closely match high-precision measurements of the cosmic microwave background a remnant glow of radiation emitted just 380,000 years after the Big Bang, which is thought to contain traces of the inflationary period.
The simulation tracked the behavior of two types of matter that may have been dominant during inflation, very similar to a type of particle, the Higgs boson, that was recently observed in other experiments.
Before running their simulations, the team added a slight tweak to the models description of gravity. While ordinary matter that we see today responds to gravity just as Einstein predicted in his theory of general relativity, matter at much higher energies, such as whats thought to have existed during cosmic inflation, should behave slightly differently, interacting with gravity in ways that are modified by quantum mechanics, or interactions at the atomic scale.
In Einsteins theory of general relativity, the strength of gravity is represented as a constant, with what physicists refer to as a minimal coupling, meaning that, no matter the energy of a particular particle, it will respond to gravitational effects with a strength set by a universal constant.
However, at the very high energies that are predicted in cosmic inflation, matter interacts with gravity in a slightly more complicated way. Quantum-mechanical effects predict that the strength of gravity can vary in space and time when interacting with ultra-high-energy matter a phenomenon known as nonminimal coupling.
Kaiser and his colleagues incorporated a nonminimal coupling term to their inflationary model and observed how the distribution of matter and energy changed as they turned this quantum effect up or down.
In the end they found that the stronger the quantum-modified gravitational effect was in affecting matter, the faster the universe transitioned from the cold, homogeneous matter in inflation to the much hotter, diverse forms of matter that are characteristic of the Big Bang.
By tuning this quantum effect, they could make this crucial transition take place over 2 to 3 e-folds, referring to the amount of time it takes for the universe to (roughly) triple in size. In this case, they managed to simulate the reheating phase within the time it takes for the universe to triple in size two to three times. By comparison, inflation itself took place over about 60 e-folds.
Reheating was an insane time, when everything went haywire, Kaiser says. We show that matter was interacting so strongly at that time that it could relax correspondingly quickly as well, beautifully setting the stage for the Big Bang. We didnt know that to be the case, but thats whats emerging from these simulations, all with known physics. Thats whats exciting for us.
This research was supported, in part, by the U.S. Department of Energy and the National Science Foundation.
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Derek H. Burney: Good luck with these foreign policy challenges, Mr. Trudeau – National Post
Posted: at 2:47 pm
Foreign policy issues were not prominent during the election but there are now significant challenges ahead especially on trade, national security, climate change and relations with the U.S. and China that present opportunities that would enhance the national interest. As a general principle, instead of proclaiming smugly that the world needs more Canada, the government should assert clearly how and why Canada needs more from the world.
On trade, we need to concentrate on ratification of the USMCA. While Canadas influence on Congress will not be significant, we should not hesitate to register firmly with all American interlocutors in government and business that early ratification is very much in Americas interest, as well as that of Canada and Mexico. As demonstrated by the cut and run from northern Syria and the chaos that ensued, President Donald Trump may become even more impulsive should impeachment threats intensify in coming months. Any threat to abrogate NAFTA in the absence of ratification should be firmly resisted recognizing that ultimately this is a matter for Congress to decide.
The best way to temper our excessive dependence on the U.S. market and our vulnerability to the proclivities of American politics is trade diversification, not as a substitute but to provide more balanced and more certain opportunities for economic growth. Specifically, Canada should broaden its trade footprint in markets like the EU, Korea, Japan, Malaysia, Vietnam and others in the Comprehensive and Progressive Agreement for Trans-Pacific Partnership, where we have preferential trade agreements. We should also move swiftly to negotiate a free trade agreement with a post-Brexit Britain emulating as much as possible the provisions of the Canada-Europe Trade Agreement. As well, a new strategic priority on trade should be given to India and to the fast-growing economies of Africa.
On national security, we should explore the prospects of joining the U.S. ballistic missile defence system for North America. In todays world that would provide the essence of security and is an advantage on defence that many other countries would envy. It would also serve to rejuvenate the otherwise rather dormant NORAD. Canada should bolster its military in order to strengthen its commitment to NATO and give us needed credibility to help reposition NATOs purpose.
We should explore the prospects of joining the U.S. ballistic missile defence system for North America
Recognizing that cyber security is, according to many experts, the most serious threat to global stability, Canada needs to overhaul our strategy and our organizational capacity to manage this unrelenting challenge one posed against us most provocatively by China and Russia. In a similar vein, we need to repair serious breaches in our intelligence operations so as to deny further degradation of standing within the Five Eyes alliance exclusive intelligence sharing with the U.S., Australia, New Zealand and Britain.
On climate change, we should not allow our position to become a prisoner of inflexible, hyperbolic rhetoric. Canada is 1.6 per cent of the global emissions problem. We are and will continue to be a resource-based economy. Unless there are serious commitments by such major emitters as the U.S, China and India, there will be no realistic solution on a global scale. That is why it would be economic suicide for Canada to act unilaterally. A better tactic would be to encourage U.S. re-engagement as the first step towards timely and more realistic commitments from the U.S., China and India, among others. Instead of more self-congratulatory global conferences that do little to move the needle, the climate challenge calls for hard-headed negotiation by credible negotiators who can gauge the economic as well as the environmental implications of commitments, and not activists whose efforts may generate headlines but tend to be more aspirational than consequential.
Management of relations with the U.S. will always be a top priority for Canada
Management of relations with the U.S. will always be a top priority for Canada. Along with ratification of the USMCA and exploration of participation in the anti-ballistic missile system, we should seek to negotiate with the U.S. a more comprehensive Safe Third Country Agreement on refugees. The ultimate test of sovereignty for any country is the ability to control its borders. With the Trump administration there may be little scope for any pragmatic negotiation and even less in an election year but staunching the flow of illegal refugees into Canada is a key responsibility for the federal government.
Relations with China are deadlocked in the face of outright bullying by the Chinese authorities actions that contravene basic tenets of international law. Canada cannot avoid searching for ways to break the current imbroglio and return to a level of civility but we should never sublimate our fundamental concerns about human rights in order to curry favour with China. Nor should we adopt a rose-coloured view of Chinese behaviour. We have to learn to deal with the ascending and increasingly arrogant global giant as it is rather than as we would like it to be. That is the essence of diplomacy.
Given the lopsided nature of our trade relationship, we do have some leverage with China. If the U.S. succeeds in negotiating bilateral agreements on trade to curtail theft of intellectual property and to prevent forced diversification of foreign technology, Canada should move to secure similar assurances from China as well as improved prospects for access to the worlds second largest economy.
The fundamental pillars for any Canadian government are prosperity, security and national unity. Concrete foreign policy moves as suggested above would serve Canadian interests on each of these pillars and, at the same time, reinforce our basic democratic values.
Derek H. Burney, a former Canadian ambassador to the U.S. and chief of staff to Brian Mulroney, is the co-author of a new book: Braver Canada: Shaping Our Destiny in a Precarious World, published byMcGill-Queens University Press.
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Yes, Reversing the Climate Crisis Will Be Profitable – Sierra Magazine
Posted: at 2:47 pm
Ibrahim AlHusseini, thefounder and CEO of the investment firm FullCycle Energy Fund, which aims to scout and back those companies most likely to solve the climate crisis, never thought his career would take an environmental turn. The Palestinian-American businessmanan early investor in Tesla and Ubergrew up as a refugee in Saudi Arabia. But after coming to America for college and realizing he had a knack for entrepreneurship, he found himself increasingly alarmed whenever hed travel back home to visit his parents. Saudi Arabia was a fast-deteriorating desertfull of dusty palm trees and locusts, whereas in the eighties it was super lush, AlHusseini told Sierra. Id go scuba diving in the same spot year after yearthat spot, too, over time went from lush, colorful, rich, and inspiring to barren, full of plastic, and devoid of life. It really woke me up.
He got to thinking, Whats the point of accumulating wealth if the things I care most about are fading away from the planet? I wasnt a politician or activist, but I knew how to build businesses and I knew how to invest, says ALHusseini, who in 2003 decided to take a year off and study climate science. When I went back to work, I decided that since the decisions that were made 30 years prior had resulted in the world I was then living in, I would make investment decisions thatll impact the world 30 years from now, based on my understanding of what the world needswhich is largely based on IPCC [UN Intergovernmental Panel on Climate Change] reports.
Sierra recently sat down with AlHusseini (a new friend of Jane Fondas!) to learn more about promising clean-tech ventures, the private sectors power to reverse the planetary crisis, and why the immigration issue is really a climate issue.
***
Sierra: Tell us about your inspiration for launching FullCycle in 2013.
Ibrahim AlHusseini: Growing up in the 80s as a Palestinian refugee in Saudi Arabia, I felt very unsafe geopolitically, and the idea of having a little power and respect in the world was very appealing. Most people dont realize how ubiquitous American media isI grew up watching Miami Vice, Dallas, Dynasty, and Lifestyles of the Rich and Famous. As a child I was kind of indoctrinated in the idea that if you want to be validated/respected, that somehow is correlated with your net worth. So that was my goal, and it was only after moving to the US that I realized our modern world is built on systems. And many current structures were built at a time when we thought the world was infiniteits why weve been extracting old fossil fuels and cutting down trees, why we ended up with a generation that has to reconcile that: ours. So how do we quickly replace old, crummy infrastructure with new infrastructure that was designed in the 21st century, by scientists who understand we live on a finite planet with finite resources? And how do we make it profitable? Those are the questions that brought my entrepreneurial investment journey into the realm of climate.
What kinds of companies and technologies are you most excited about right now?
Tech that turns waste back into the elements that we can turn back into whatever the market needs. Im excited about Synova Power, which breaks down hydrocarbons to their component elements, so you can recombine them to create almost anything you wantyou can create virgin plastic out of plastic, and not use fossil fuels, so theres no more downcycling. There are also opportunities to turn component elements into biofuels, or into renewable natural gas. The point is that youre getting the efficiency of turning something that the world is currently burying in the ground or throwing into the ocean into a valuable resource that can perpetually be part of a closed-loop system thats taking us closer to a sustainable society.
You know and I know that sometimes we use the word we and that we is not really the encompassing weMalaysia has no idea about any of these narratives were considering, nor do India and Indonesia and almost the whole continent of Africa. So we have to work for the overall we and not just for the rich progressive bubble weand thats what I like again about this technology: It makes modern civilization less burdensome on the planet without trying to elevate the behavior of 11 billion people. Because the best that you and I can do as conscious, aware individuals is to have a lower carbon footprintby our existence we wont be carbon neutral, but we can reconcile that by making sure that modern civilization itself gets closer to carbon neutral.
There are also exciting probiotic mixtures that you can put into irrigation systems that make plant immune systems so much stronger, so they need 60 percent less herbicides and fungicides. It makes the soil sequester way more carbon without any big fancy technology. Using natural soil remediation in a natural mixture of probiotics.
"We have to work for the overall we and not just for the rich progressive bubble weand thats what I like again about this technology: It makes modern civilization less burdensome on the planet without trying to elevate the behavior of 11 billion people."
What are the advantages of coming at these issues from the private sector, rather than from a policy standpoint?
Youre making choices that are based on economic sustainability as well, so we can look at things for both carbon math and financial math, and only do things that work for both. Were not going to get the traction and scale we want if things are not profitablewe have to make it more profitable to reverse the climate crisis, so that investors are not giving us tiny little amounts of their portfolio, but rather big ones. You also dont have to have ideological debates in this space, because no one can deny that we need more fruits and veggies, or that waste management is not a net positive. Its a conversation that makes a lot of sense, and I always emphasize that technology inflection points are massive wealth opportunitieswhether were going from horse-and-buggy to car, or from paper to digital, or from a high-carbon to a low-carbon economy. Its not just a nice-to-have; were talking about the sustainability of life itself on the only home that we know. But who are the people who are going to benefit financially from that transition? Its amazing how amicable people are once dollar signs are involved.
Can you talk more about the return potential when it comes to climate-smart tech?
First, I want to make one important distinction, given the venture capital mindset in urban Californiaits too late for venture! The climate has no timeline for venture; were already there. And remember, low-carbon infrastructure isnt an app; were talking about a power plan! This is very complex hardware that is going to need to be built on a municipal scalein order for that to go from a lab to a pilot to demonstration to being commercially viable, were talking about 12 years. So Full Cycle only focuses on market-ready stuffwere here to accelerate the deployment of market-ready tech.
Climate is a race against time! How quickly can we transform our relationship to waste worldwide? Take waste managementit starts with closing landfills, because if we can turn garbage into money, no one throws money away! Were here to quickly condense the business plans of all these climate-smart technologies so they can replace existing systems. Were not VC; were a Private Equity firm investing in sustainable infrastructure. We back companies so they can build on RFPs [requests for proposals] quickly so they have the financing ready to go once they win those RFPs. That way instead of having, like, eight clean waste management plants by year 5, they have 48 plants by year 5and hopefully 850 by year 12, and then by year 20, they have 5500 plants all over the world, and in our lifetime, weve transformed our relationship to waste, and were saying things like, Can you believe people used to throw things away and itd end up in whale stomachs.
Where do you project well see the most growth in the clean energy sector?
The technologies that have to explode are in agricultural techits one of the biggest carbon-contributing industries. As we knew would happen, the electrification of transportation is upon us; its happening. We just have to make sure we create better infrastructuremake sure theres more places for us to plug in our carsso people cannot have that range anxiety. And of course, the more autonomous vehicles there are, the less people need to own cars. Waste is a huge one, too, especially because waste breaks down into methane and short-lived climate pollutants like HFCs (which are refrigerants) that are far more heat-trapping than CO2. We have to focus on those initiallyand because the supermarket doesnt have an incentive to fix those leaks, we need a new business model there.
What should consumers expect of businesses in the age of climate change, and whats a sign that a business is truly going above and beyond to address the climate crisis?
First of all, theres not enough time left for the Trump administration to lull businesses into thinking that all of the regulation reversals are going to show up in their bottom lines, and not enough time to take advantage of that before we correct it. Look at big car companieseven though Trump is trying to fight California in federal court, getting them to roll back their mileage emissions regulations, a lot of companies are saying, Listen, were not going to play along, because theyre smart enough to know that this is an anomaly, not the standard. So my advice to businesses is, dont change the trajectory of your business based on a year-and-a-half-left administration. And stop pretending youre an eco-hero for some kind of incremental behaviorits way too late for incrementalism; the house is on fire.
Speaking of the Trump administration, youve been a vocal critic of its immigration policies. A lot of self-proclaimed environmentalists are anti-immigration; can you talk about immigrations connection to the climate crisis?
Forty percent of the worlds population lives in the subtropicsand if you look at climate models, the subtropics are all going to have permanent droughts. Itll be virtually impossible to grow food there, and these are poor countriesthey wont be able to make up for it. Either theyll starve to death or migrate north. And when you have billions of people who need to migrate north, a steel barrier is not going to stop them. And you know whos going to break down that steel barrier? There are going to be enough people in America and Europe who are not going to let children starve to death and pretend this is not happening. We are going to break down that barrier from our end to let them in. Your only pragmatic solution is to keep nations stable by investing in clean infrastructure in their countries.
Immigrants are painted as these pariahs who are here to suck on the resources of wealthier, more developed nations. But I can speak for myself and the fellow immigrants I knowwe come from nations that do not have rule of law, that have dictatorships, that are not a meritocracy, that dont provide a system where anybody can be rewarded according to the degree that theyre willing to work and think and contributeand that contrast actually gives us a true appreciation of America.
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The road to nowhere: Claims Ontario’s Ring of Fire is worth $60-billion are nonsense – The Globe and Mail
Posted: at 2:47 pm
Ontario Premier Doug Ford has talking points hes fond of repeating over and over again and one of his favourites is a pledge to build a billion-dollar road to a boggy, remote region of Northern Ontario known as the Ring of Fire.
When asked about the promise by a reporter at a plowing match in September, Mr. Ford repeated almost verbatim an infamous tweet from last years provincial election campaign: "If I have to hop on a bulldozer myself, were going to start building roads to the Ring of Fire.
Youre going to see me on that bulldozer, Mr. Ford declared, with a confident chuckle.
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The declaration by the Ontario premier is just one example of the big talk over the past decade by politicians of all stripes about the Ring of Fire.
DeBeers Victor
diamond mine
JOHN SOPINSKI/THE GLOBE AND MAIL
SOURCE: noront resources; geology.com
DeBeers Victor
diamond mine
JOHN SOPINSKI/THE GLOBE AND MAIL
SOURCE: noront resources; geology.com
DeBeers Victor
diamond mine
JOHN SOPINSKI/THE GLOBE AND MAIL, SOURCE: noront resources; geology.com
The Ontario government has repeatedly played up the prospects for the region with breathless assertions about the supposedly stratospheric value of minerals in the ground, and an apparent bonanza of jobs and economic benefits that lie in wait for locals.
In a throne speech nine years ago, then-premier Dalton McGuintys Liberal government zeroed in on the Ring of Fire as one of the keys to reviving Ontarios sputtering economy.
In 2013, his successor, Kathleen Wynne, started claiming the mineral deposits were worth upwards of $60-billion.
That same year, Tony Clement, then federal minister responsible for northern Ontarios economic development, likened the financial impact of the Ring of Fire to Albertas oil sands. In an interview with Huffington Post Canada, Mr. Clement claimed the riches could generate as much as $120-billion for the economy.
During the 2018 provincial election campaign, Mr. Fords Progressive Conservatives promised to "finally, open up the incredible resources of our North, starting by cutting through the special-interest and bureaucratic delays blocking us from developing the Ring of Fire.
Theres only one problem with all these grand pronouncements about this crescent-shaped mineral discovery about 550 kilometres northeast of Thunder Bay: Its mostly aspirational hogwash.
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The financial case for heavily indebted Ontario to invest in the Ring of Fire has always been questionable.
In 2014, the Wynne government pledged to spend $1-billion of taxpayers money to build an access road connecting the deposits to a provincial highway 300 kilometres to the south. But at least another $1-billion is needed for added industrial infrastructure such as bridges and electrical power. At the moment, nobody is willing to pick up that tab.
More importantly, there is no evidence that minerals in the Ring of Fire mostly chromite, which is used to make stainless steel, but also nickel, copper, palladium and platinum are worth anything near $60-billion. In fact, there may not be much of anything worth mining, for that matter, beyond one moderately promising nickel project.
No comprehensive study has ever been done that analyzes the costs of extracting minerals from the Ring of Fire and, ultimately, whether there is an investment case to do so. Despite years of boosterism from politicians and regional business leaders, industry experts say its highly unlikely it will ever live up to even a fraction of the hype.
Global demand for new sources of chromite, experts say, ranks between low and non-existent. And the company that holds more than three-quarters of the mining concessions in the Ring of Fire, tiny Noront Resources Ltd., has raised concerns about its ability to continue as a going concern.
CHROMITE WORLD MINE PRODUCTION AND RESERVES
RESERVES (SHIPPING GRADE)
THE GLOBE AND MAIL, SOURCE:BARCHART;
U.S. GEOLOGICAL SURVEY
WORLD MINE PRODUCTION AND RESERVES
RESERVES (SHIPPING GRADE)
THE GLOBE AND MAIL, SOURCE:BARCHART;
U.S. GEOLOGICAL SURVEY
CHROMITE WORLD MINE PRODUCTION AND RESERVES
RESERVES (SHIPPING GRADE)
THE GLOBE AND MAIL, SOURCE:BARCHART; U.S. GEOLOGICAL SURVEY
Patrick Ryan, a mining consultant with Mining For Facts, who has followed the chromite market for four decades, says the world is awash in the commodity, with no need for any new product from the Ring of Fire, or anywhere else.
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Its incomprehensible that this was ever a viable project, says Mr. Ryan. No one in their right mind would put a dime into it.
This past summer, it became clear that neither Premier Ford, nor anyone else, will be jumping on any bulldozers any time soon. In August, the Ontario government announced that a five-year effort to reach a framework agreement with a large group of First Nations on the sharing of economic benefits and the construction of a road to the Ring of Fire had failed. The province will instead try to reach accords on a piecemeal basis with nine individual First Nations, a process that will likely bog down the project for years to come.
Prime Minister Justin Trudeaus government hasnt shown much enthusiasm for investing in the Ring of Fire, either.
But at Queens Park, Mr. Fords government insist that all systems are still go. Even more committed to the cause is teetering Noront, with CEO Alan Coutts vowing in an interview with The Globe and Mail that 100 years of prosperity lie ahead for Ontarians.
The key to unlocking everything is a gravel road that is about 300 kilometres long, he says.
Alan Coutts, CEO of Noront Resources, seen here on Oct. 24, 2019, vows that '100 years of prosperity' lie ahead for Ontarians.
Christopher Katsarov
Its hard to think of a more hostile place in the country to operate a mine than the dense boreal forest and vast swampland around the James Bay Lowlands in Ontarios Far North. There are no access roads to the Ring of Fire and no power, and the tiny First Nations communities in the vicinity rely on airstrips for access to the outside world.
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Due to the extremely remote terrain, the area had been largely unexplored for much of its history. In the early 2000s, geologists looking for diamonds accidentally stumbled upon a kind of rock that typically houses base metals. In 2007, Noront discovered a rich nickel deposit, and the following year found what appeared to be a vast chromite deposit.
The company christened the region the Ring of Fire because it vaguely resembled a ring, and Noront employees had an affinity for the hit song of the same name by Johnny Cash. The discoveries prompted a kind of hysteria, as scores of prospectors engulfed the area. In 2009, about 100 junior mining companies had staked more than 8,000 claims. It was the biggest staking frenzy in Canada since the diamond rush of the early 1990s in the Northwest Territories.
Mohan Srivastava, a Toronto-based geostatistician, remembers the hype in the late-2000s as a kind of breathless excitement about how Ontario was destined to become a world hub for a rare and strategically important commodity."
In 2009, a large U.S. mining company took a big swing. Cleveland-based Cliffs Natural Resources Inc. (now Cleveland Cliffs Inc.) outmanoeuvred Noront and paid $350-million to win a takeover battle for a junior producer with the three most promising chromite finds in the region.
Over the next few years, Cliffs invested a further $200-million on the development, and vowed to spend about $3-billion to build a giant chromite mine and a smelter to process the ore. The company planned to use the chromite in its core stainless steel business. But it was soon under pressure from all sides: escalating costs, falling commodity prices, a failure to score a cheap electricity deal and the inability to get environmental permits amid opposition from First Nations.
Cliffs had also hoped both the Ontario government and the federal government would participate in a public-private partnership to help fund the more than $2-billion needed to build the critical road link and infrastructure, but the funds never materialized.
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Five years in, Cliffs threw up its hands, and sold its Ring of Fire assets at a 95-per-cent discount to Noront in 2014. Cliffs CEO, Lourenco Goncalves, told The Globe and Mail he had no hope the Ring of Fire would be developed in the next 50 years, calling it beyond the point of no return.
Around the time Cliffs was giving up, the Ring of Fire got an unexpected boost from an unlikely source: James Franklin, a respected geologist. The former chief scientist for the Geological Survey of Canada (GSC) mused that the Ring of Fire could contain $60-billion worth of minerals. He mentioned the figure in a talk at the 2013 Prospectors & Developers Association of Canada (PDAC) convention, a popular international mining conference held every year in Toronto.
Geologist Jim Franklin, seen here on Oct. 25, 2019, mused that the Ring of Fire could contain $60-billion worth of minerals.
Justin Tang
Mr. Franklin said he came up with this astronomical number by looking at all the public companies that had published resource estimates of their Ring of Fire discoveries. He simply added up the total projections for minerals in the ground from these reports, and calculated the value if the metals were sold at market prices.
But Mr. Franklin also readily admits the figure contained no analysis of costs or potential return, and no insight on whether any project should be developed.
"There might well be $60-billion worth of metal sitting in the ground, but it might cost you $80-billion to get it out, he said.
Even the most promotional of mining companies wouldnt dare print such a figure in a regulatory document, because it would be misleading to investors.
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If any company did the same kind of thing, they would have gotten slapped down by regulators," said Mr. Srivastava.
In the mining industry, geologists categorize deposits based on how sure they are that the metals found underground can be mined economically. Proven and probable is the highest bar, meaning metal that can be mined for a profit.
The vast majority of mines around the world are built off of a proven and probable resource. One notch below proven and probable is measured and indicated, a far less certain category in which economics have not been proved. Inferred is the lowest tier, essentially an educated guess.
No one sober would build a mine off an inferred resource, said Mr. Srivastava.
Mr. Franklin says about 70 per cent of his Ring of Fire estimate came from the inferred category, with the rest coming from measured and indicated. Now, he has second thoughts about including any of the inferred in his calculation.
I [did something] that youre not supposed to, he said.
Despite its shaky foundation, that $60-billion figure had a big impact on the public imagination. The number has been cited in scores of news articles and other media (including The Globe and Mail), rarely explaining how it was calculated or attributing its source.
The Ontario Chamber of Commerce in 2014 released studies predicting Ring of Fire would create 5,000 new jobs and a $9-billion boost to GDP, and said over its first 32 years of its development, it would generate more than $25-billion in economic activity across numerous sectors in Ontario.
Mr. Franklin says he has tried to stop the rampant use of the $60-billion figure, and raised concerns with a senior official in Ontarios Ministry of Northern Development, Mines and Forestry.
I contacted [them and said], You guys should do your own evaluation of this. You should not be using some number that I came up with at PDAC because we all know the unreliability of my number,' Mr. Franklin said. Its just not proper.
The $60-billion number does appear to have been dropped from most Ontario government statements in the past year or two, but officials havent pulled back their estimates or added context.
Mr. Franklin says if he could do his PDAC talk over again, he would have made it much clearer what the potential downsides and risks are of trying to develop the Ring of Fire. As someone who has worked as a consultant for Noront, and been to its mining camp, he has no illusions about the harsh realities of operating there.
Its an area thats just terrible to work in because its the worlds largest swamp, he said.
When youre [working on the ground] youre just gradually sinking into the swamp. Its hard to know where the lake stops and the land begins, Mr. Franklin said. Its about the worst place you can think of to try to work.
Noronts CEO, Mr. Coutts, isnt interested in talking about any potential downsides. Hes adamant the company will eventually have three mines in production, build a smelter in Sault Ste. Marie and employ hundreds of people -- all told, an investment of several billion dollars.
The reality is Noront doesnt have the money to do any of this. In fact, the company is in dire financial shape. It has US$47.8-million in debt, but is holding only US$4.1-million in cash. A US$32.8-million loan from Franco Nevada Corp. is coming due in April of next year. While Noront has held talks with Franco about an extension, in August it warned investors there is no assurance it will be able to repay or refinance the loan.
They need huge amounts of money, and they cant attract any money," said Mr. Ryan.
Theyre walking around talking about this stuff as if its real. I mean, its a penny stock. Why does anyone take them seriously?"
Heres another harsh reality Noront must face: Even if an access road into the Ring of Fire appeared tomorrow, it isnt in a position to move forward on any of its projects, because it hasnt proved they are viable. In its marketing materials, Noront flaunts a feasibility study conducted in 2012 on a nickel-copper-palladium project called Eagles Nest, which Mr. Coutts says will be its first mine.
Yet in the same breath, Mr. Coutts acknowledges that feasibility study is no longer valid. A lot has changed since 2012, including copper and nickel prices. The company assumed materially higher prices for both.
Mr. Coutts is optimistic that Eagles Nest could still be profitable, especially in light of significantly higher palladium prices, used in the manufacture of catalytic converters for autos. But the company has to conduct a new study to prove the investment case.
As for the much-hyped chromite deposits, while Cliffs once planned to build a massive chromite mine, called Black Thor, Noront has drastically scaled back its ambitions. Instead, it hopes to eventually develop a much smaller one, called Blackbird, and then possibly Black Thor. But the timeline for all of this is uncertain, and Noront has no proof that any of it is feasible.
Lost in all the hullabaloo is the harsh reality that there doesnt appear to be a broader economic case for building a chromite mine in the region, or any other place in the world, for that matter.
According to a May report by the U.S. Geological Survey, there are already enough proven chromite reserves in the world to last for centuries. South Africa and Kazakhstan dominate the production side of the market, and they provide China, which controls much of the worlds stainless steel market, a steady supply of cheap raw ore.
Mr. Coutts says the companys plan is to sell ferrochrome -- smelted chromite ore -- to the much smaller U.S. market. But even he admits that breaking into that market will be tough for an untested and unknown producer.
Youve got to establish yourself in the chrome world. You got to understand it. You got to prove yourself as a consistent high-quality producer, he said.
"[The Americans] are getting product right now from other suppliers that theyve taken for 20 or 30 years. Theyre comfortable with that. So theyre going to all of a sudden turn around, and the South African product that theyve been getting for the last 20 years from a consistent supplier, and go, Oh yeah, Ill buy it from Noront, who Ive never heard of, up in the Ring of Fire.
Another point of contention is whether building the much-vaunted road into the Ring of Fire would even suffice. Mr. Franklin says that trucks carrying heavy chromite would quickly wreck a gravel road. Only a railroad could support the weight, but a railroad would likely cost orders of magnitude more.
The all-season road will work just fine for nickel and base metals but it will not work for chromite, said Mr. Franklin. You just wouldnt do it by truck.
Mr. Coutts dismisses this as nonsense, and says that the road can easily handle the transportation of the chromite.
Doug Fords point man on the Ring of Fire is Greg Rickford. The Kenora-Rainy River MPP is Ontarios Minister of Energy, Northern Development and Mines. Hes also Minister of Indigenous Affairs. By all accounts, he should know the project well. He succeeded Mr. Clement as the minister who oversaw economic development in northern Ontario in Stephen Harpers government, and then served as Minister of Natural Resources.
While out of office from 2015 to 2018, Mr. Rickford served on Noronts board. (He says he has since sold his shares in the company.) He has also worked as a nurse and lawyer in the remote First Nations communities near the Ring of Fire, something he says gives him a window on the regions need for hope and jobs.
Mr. Rickford acknowledges the wild claims over the past decade including the promise of tens of billions of dollars in riches have raised expectations to dizzying heights.
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New technologies and how to build a circular economy – Recycling International
Posted: at 2:47 pm
The year 2019 is shaping up as a tipping point for action to address the challenges surrounding global sustainability and waste management. This positive development comes as discussion among governments, researchers, not-for-profits and corporates is shifting towards a can do attitude to reducing waste and changing attitudes, behaviours and practices.
This article was published in Recycling Technology / Reading time: 5 min.
A new groundswell isunderway across the globe as corporates, communities and societies are movingfrom the linear economic approach of make, use, dispose to a circular economywhere the aspiration is to keep materials out of landfill and incinerators, andin use for as long as possible.
Realisation of the need to close the economic loop so that used materials and waste streams are treated as the renewable resources they truly are is dawning on decision-makers the world over. This coincides with increased scientific focus on, and business innovation around, viewing waste as a commodity to better manage long-term social, environmental and economic impacts.
For instance, new technology and capability derived from the Centre for Sustainable Materials Research and Technology (SMaRT) at the University of New South Wales (UNSW) in Sydney, Australia, can produce building panels from old clothing and textiles, as well as plastics, waste timber and glass.
This Microfactory technology can transform waste glass into engineered flat ceramic products, which have been used to make stools and table-tops, as well as for decorative purposes. They are now also being tested for flooring and walling applications.
It can also transformelectronic waste such as phones, laptops and printers into high-quality plasticfilaments for 3D printing, and to extract and reform metal alloys from printedcircuit boards, eliminating the need for conventional smelting technologies.
These scientificallydeveloped microrecycling processes can provide game-changing solutions toproduce materials from waste on a small scale, and demonstrate that a period ofdisruption is underway.
A key challenge is to harness the commercial appetite and opportunity to create value from the materials that end up in landfill to ensure societies divert at scale the waste that can be reformed into new, valued-added materials, products and manufacturing feedstock.
This involves actively working with companies and organisations seeking to enshrine circular economy principles in their operations so they can know who are the other participants in these new supply chains, understand where and how they fit in, and what the opportunities are.
The main difficulty is there are so many stakeholdersacross all the supply chains that there is no effective connectivity processfor circular economy participants. For example, an organisation with a wasteproblem might be able to send these materials to another company which is ableto use them in its operations, but there is no awareness of this win-winsolution within local economies.
Another challenge is the need to encourage designers andproducers of products, packaging and applicable services to build in from thevery beginning of the product lifecycle a consideration for how all of thematerials used will become part of the circular economy when an end-user has nofurther need for the product and treats it as waste.
Chinas National Sword policy banning other countries from sending their waste to that country is being replicated across Asia, and the silver lining in this development has been to cause an acceleration of positive reform around waste and recycling policy among many national, state and local governments.
In Australia, thenational government re-elected in May 2019 announced the countrys first-everministerial role for waste reduction, to be connected to its foreshadowedWaste Recycling Investment Plan. Each of the state governments in Australia nowalso has circular economy policies and statements, and is working hard tochange the value chain around waste.
Another positivedevelopment has been the establishment of dedicated initiatives to createnetworks and hubs that bring together the various stakeholders across supplychains so as to work together to find the opportunities necessary to makechanges that not only reduce waste but also ensure it can be valued and used asa renewable resource through circular solutions.
In the state of New South Wales (NSW), for example, weare working hard to close the loop wherever possible on materials in localeconomies by building awareness and new connections to create value-addedproducts through materials reuse or transformation, particularly for materialswhich can be directed into high-quality manufacturing solutions.
I was honoured to be appointed in March this year as theDirector of the new government-funded NSW Circular Economy Innovation Network, whichhas been tasked with helping drive this change across Australias largest state.
At an international level, there has been growingmomentum in this space. This type of work is perhaps best known through UNEnvironment, the World Economic Forum and the Ellen MacArthur Foundation, withinitiatives such as the Platform for Accelerating the Circular Economy. However,small-scale actions and solutions through market-based networks like ours arerequired to meet the needs of local businesses that make up the majority ofeconomies.
In March 2019, the European Commission adopted acomprehensive report on the implementation of the Circular Economy Action Plan,which presents its main achievements so far and sketches out future challengesto developing circular economies to reduce pressure on natural and freshwaterresources, as well as ecosystems.
To demonstrate the growing importance of circular economyprinciples, a new Technical Committee under the International Organization forStandardization was announced in July 2019 with the objective to help make theglobal circular economy a reality by steering local projects towards asustainable, agreed global standard.
Known as ISO/TC 323 Circular Economy, this TechnicalCommittee will develop requirements, frameworks, guidance and support tools,with the aim of ensuring implementation of UN Sustainable Development Goals.The Committee comprises experts from over 65 countries, with Australia sittingas an observer member.
So while there is growing concern around the need forgreater sustainability, I actually see 2019 as a tipping point year when themomentum of change is starting to crystallise the concept of a circulareconomy. This is a period of disruption we must have.
The bottom line is a circular economy creates local jobs,enhances the economy, and improves social and environmental wellbeing. The paceof change must accelerate into the next decade so we can live more sustainablyand harmoniously on our planet.
Would you like to share any interesting developments or article ideas with us? Don't hesitate to contact us.
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Five business tax credits scrapped; UCP abandons targeted programs in favour of lower corporate taxes – Calgary Herald
Posted: at 2:47 pm
Travis Toews, President of Treasury Board and Minister of Finance, talks with the media after a Conversation with Calgary Chamber on Wednesday, September 4, 2019. Azin Ghaffari/Postmedia CalgaryAzin Ghaffari / Azin Ghaffari/Postmedia Calgary
The UCP government will cancel a business tax credit program that had been widely praised by Alberta companies working in non-traditional sectors such as technology.
The future of the Alberta Investor Tax Credit which was introduced by the previous NDP government and provided a 30 per cent tax credit to investors who put money into targeted growth industries such as clean technology and digital animation has been up in the air since Premier Jason Kenneys government was elected in the spring.
In Thursdays provincial budget, the UCP confirmed it will eliminate the program, along with other targeted tax credits intended to support business and economic diversification in Alberta.
The Capital Investment Tax Credit, the Community Economic Development Corporation Tax Credit, the Capital Investment Tax Credit, the Interactive Digital Media Tax Credit and the Scientific Research and Experimental Development Tax Credit are all being cancelled, a move the government says will result in $400 million in savings by 2022-23.
The UCP said the programs have been hampered by red tape and have been shown to be a relatively inefficient way of delivering benefits to businesses.
It said its move to lower the corporate tax rate for all businesses to eight per cent from 12 per cent by 2022 is a better way to support job creation and grow the economy, since 100,000 Alberta companies will benefit from the tax cut while only 1,500 companies would have benefited from the tax credit programs.
The corporate tax cut translates into a net $2.4-billion revenue reduction for the government over four years.
We made a commitment to Albertans that we were going to implement initiatives that increase job opportunities and improve the economy, and thats why we implemented the Job Creation Tax Cut, Finance Minister Travis Toews told reporters. Research upon research upon research has demonstrated that as you improve the business environment, as you reduce the taxes in the business environment, you attract investment and create jobs in the long term.
Toews said reducing the corporate tax rate is expected to lead to $4 billion annually in increased investment in Alberta by 2022-23, and will encourage sustainable diversification of the economy without relying on government handouts.
However, not everyone believes an across-the-board tax cut is preferable to the cancelled tax credits.
Many people in Albertas burgeoning tech sector say the Investor Tax Credit in particular which had approved $28.1 million in tax credits by the end of 2018 and leveraged $94 million in investment for small and mid-sized businesses helped get much-needed venture capital into the hands of new industries in a province where investment dollars have typically gone to oil and gas.
The tech sector also benefited from the Interactive Digital Media Tax Credit, which put Alberta companies on a more level playing field with other provinces that have offered similar tax credits for years, said Trent Oster, CEO of Edmonton-based video game developer Beamdog.
On a dollar per dollar basis, we cant compete with Quebec, with B.C., with Winnipeg. Its actually a bad business decision for a video game company to do business in Alberta right now, so this (the cancellation of the tax credits) is so disappointing, Oster said. A four per cent corporate tax cut doesnt help establish a new industry, it just helps make existing industries more profitable.
Mike Holden, vice-president of policy and chief economist with the Business Council of Alberta, said his organization believes the governments move to cut the overall corporate tax rate is part of a good path forward that will enhance competitiveness and investment attractiveness in Alberta.
However, Holden added the Business Council is disappointed to see some of the tax credits, particularly the Alberta Investor Tax Credit, eliminated.
Technology and innovation is of strategic importance to the Alberta economy . . . its key to our long-term economic prosperity and competitiveness, Holden said. We would support some effort on a redesigned or improved policy that enables activity in that sector.
The Calgary Chamber of Commerce while a vocal supporter of lower corporate taxes had also been a supporter of the investor tax credit and had lobbied the previous NDP government to create the program.
The government said broad-based business tax cuts have already been proven to work in Alberta.
According to the budget document, a low-rate, broad-based corporate tax approach was provincial policy from 2001 to 2014 and, during that time, Alberta led all provinces in growth across nearly every industry sector with growth in non-resource sectors generally outpacing that in the resource sector.
Twitter: @AmandaMsteph
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KOESLAG: The agriculture sector has very real immigration needs – Toronto Sun
Posted: at 2:47 pm
Canadas immigration discussions continue to be centred on numbers. How many refugees? How many economic immigrants? How many family members?
At the same time the economic immigration policy has become increasingly focused on recruiting higher-skilled for jobs in urban centres.
But Canadas agriculture sector needs more people working in agriculture in rural Canada. So we need something different. We are looking for a made in Canada solution for our permanent labour shortage.
Why do we need this?
The agriculture supply chain is contributing $111 billion per year to the Canadian economy, over 6% of Canadas GDP. Thats more than $30 million per day, creating 2.3 million jobs. The mushroom sector contributes close to $1 billion a year to the economy with export increases of over $50 million last year alone.
Yet, there are 16,500 job vacancies on Canadian farms. This labour crisis is causing $2.9 billion lost sales to the economy. Mushroom farms have close to 20% job vacancy rate.
Many farms run ongoing ads and receive no applicants. Even though we pay competitive wages, offer stable work that provides a good quality of life in rural Canada. A wage survey conducted by the Canadian Agricultural Human Resource Council (CAHRC) shows entry level mushroom harvesters start at minimum wage and after training, experienced workers can make up to $29 per hour. Supervisors earn between $35,000 to $80,000 annually.
The most in-demand jobs are our entry level harvester positions picking mushrooms. For occupations like this, the most difficult to find people for, these are classified as lower-skilled. So even when there are no Canadian applicants, and we already have a trained workforce of Agricultural Temporary Foreign Workers (TFWs), there are very few immigration options that allow them to stay.
Farmers and processors recruit for something not included in the Canadian immigration merit-based point system. We need people interested in working in agriculture, with experience, who want to participate in rural Canadian life. We can prove this actually supports a very high level of retention.
What we propose in our Give Rural Canada a Chance report, is a new immigration program where rural Canada and agriculture are prioritized. A program that supports job matching of immigrants to regions and sectors with high job vacancies. Where an immigrant coming to Canada has a job from day one in rural Canada, working in an important industry that grows our food, so we can all go to the grocery store and eat Canadian food every day.
In many ways the Temporary Foreign Worker Program (TFWP) already allows for job matching, while providing a Canadian first approach that we support. However, we need a permanent made-in-Canada Agri-Food solution, not a temporary program.
We are happy a new Agri-Food Immigration Pilot was announced this summer. Criteria is being finalized. This is a step in the right direction, but we need to make sure it allows real immigration access to workers wanting to work on the farm.
We believe work in rural Canada has value. We believe hard work on the farm has value. We want to support the TFWs on our farms to a clear pathway to citizenship because we want our workers who are employed in year-round jobs to be allowed to stay. In our new video, we show how we support farm workers, including family reunification.
Weve done the research and we have the plan to make this happen. Were ready for action.
We call on the Government of Canada and all political parties to work with us on a made in Canada solution to support farm workers, farmers, and safe and affordable Canadian food on our grocery shelves.
Ryan Koeslag is the executive VP for Canadian Mushroom Growers Association. Learn more at facebook.com/MushroomsGrowers
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KOESLAG: The agriculture sector has very real immigration needs - Toronto Sun
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