Zero Emissions Quotes

If stupid hippies hadn't killed nuclear power, we'd have nuclear power plants, safer and cheaper than coal-fired plants, all over, and electric cars really would be zero emissions.

The best scenario of all when it comes to air pollution has nothing to do with tailpipe filters or hybrid, electric, or zero emissions car technology. The way to reduce pollution is to reduce driving, plain and simple.

When it comes to climate, countries are just not sovereign. They are at the mercy of actions taken by people on the other side of the planet. The Republic of Kiribati, an island nation in the Pacific Ocean, could reduce its greenhouse gas emissions to zero and nevertheless be submerged under the rising waves if other countries don’t follow suit.

A brick could be used as a status symbol, much like a Mercedes is now. The cool thing about a brick is not only would it have zero emissions, but it would also have a top speed greater than that of most American cars.


Economic growth is a rising tide that lifts all boats.

If we can imagine something, there is a good chance that it will happen. If we don’t imagine it, there is almost no chance of it happening.

The best that we can hope for now is holding increases globally to around 1.75°C. This could be achieved if the world moves decisively towards zero net emissions by 2050. But temperatures over land will increase by more than the average over land and sea. An increase of 1.75°C for the whole world would mean more than 2°C for Australia – twice the increase that this year helped to bring bushfires in August to New South Wales and Queensland.

Hence there are many things that governments, corporations and individuals can do to avoid climate change. But to be effective, they must be done on a global level. When it comes to climate, countries are just not sovereign. They are at the mercy of actions taken by people on the other side of the planet. The Republic of Kiribati – an islands nation in the Pacific Ocean – could reduce its greenhouse gas emissions to zero and nevertheless be submerged under the rising waves if other countries don’t follow suit. Chad could put a solar panel on every roof in the country and yet become a barren desert due to the irresponsible environmental policies of distant foreigners. Even powerful nations such as China and Japan are not ecologically sovereign. To protect Shanghai, Hong Kong and Tokyo from destructive floods and typhoons, the Chinese and Japanese will have to convince the Russian and American governments to abandon their ‘business as usual’ approach.

What they found is that there’s simply no way for the states to do it without enhancing the power grid. The model also showed that regional and national approaches to transmission—rather than leaving each state to its own devices—would allow every state to meet the emission-reduction goals with 30 percent fewer renewables than they would need otherwise. In other words, we’ll save money by building renewables in the best locations, building a unified national grid, and shipping zero-emissions electrons wherever they’re needed.

Why two (or whole groups) of people can come up with the same story or idea at the same time, even when across the world from each-other: "A field is a region of influence, where a force will influence objects at a distance with nothing in between. We and our universe live in a Quantum sea of light. Scientists have found that the real currency of the universe is an exchange of energy. Life radiates light, even when grown in the dark. Creation takes place amidst a background sea of energy, which metaphysics might call the Force, and scientists call the "Field." (Officially the Zero Point Field) There is no empty space, even the darkest empty space is actually a cauldron of energies. Matter is simply concentrations of this energy (particles are just little knots of energy.) All life is energy (light) interacting. The universe is self-regenreating and eternal, constantly refreshing itself and in touch with every other part of itself instantaneously. Everything in it is giving, exchanging and interacting with energy, coming in and out of existence at every level. The self has a field of influence on the world and visa versa based on this energy. Biology has more and more been determined a quantum process, and consciousness as well, functions at the quantum level (connected to a universe of energy that underlies and connects everything). Scientist Walter Schempp's showed that long and short term memory is stored not in our brain but in this "Field" of energy or light that pervades and creates the universe and world we live in. A number of scientists since him would go on to argue that the brain is simply the retrieval and read-out mechanism of the ultimate storage medium - the Field. Associates from Japan would hypothesize that what we think of as memory is simply a coherent emission of signals from the "Field," and that longer memories are a structured grouping of this wave information. If this were true, it would explain why one tiny association often triggers a riot of sights, sounds and smells. It would also explain why, with long-term memory in particular, recall is instantaneous and doesn't require any scanning mechanism to sift through years and years of memory. If they are correct, our brain is not a storage medium but a receiving mechanism in every sense, and memory is simply a distant cousin of perception. Some scientists went as far as to suggest that all of our higher cognitive processes result from an interaction with the Field. This kind of constant interaction might account for intuition or creativity - and how ideas come to us in bursts of insight, sometimes in fragments but often as a miraculous whole. An intuitive leap might simply be a sudden coalescence of coherence in the Field. The fact that the human body was exchanging information with a mutable field of quantum fluctuation suggested something profound about the world. It hinted at human capabilities for knowledge and communication far deeper and more extended than we presently understand. It also blurred the boundary lines of our individuality - our very sense of separateness. If living things boil down to charged particles interacting with a Field and sending out and receiving quantum information, where did we end and the rest of the world began? Where was consciousness-encased inside our bodies or out there in the Field? Indeed, there was no more 'out there' if we and the rest of the world were so intrinsically interconnected. In ignoring the effect of the "Field" modern physicists set mankind back, by eliminating the possibility of interconnectedness and obscuring a scientific explanation for many kinds of miracles. In re-normalizing their equations (to leave this part out) what they'd been doing was a little like subtracting God.

RENEWABLE ENERGY REVOLUTION: SOLAR + WIND + BATTERIES In addition to AI, we are on the cusp of another important technological revolution—renewable energy. Together, solar photovoltaic, wind power, and lithium-ion battery storage technologies will create the capability of replacing most if not all of our energy infrastructure with renewable clean energy. By 2041, much of the developed world and some developing countries will be primarily powered by solar and wind. The cost of solar energy dropped 82 percent from 2010 to 2020, while the cost of wind energy dropped 46 percent. Solar and onshore wind are now the cheapest sources of electricity. In addition, lithium-ion battery storage cost has dropped 87 percent from 2010 to 2020. It will drop further thanks to the massive production of batteries for electrical vehicles. This rapid drop in the price of battery storage will make it possible to store the solar/wind energy from sunny and windy days for future use. Think tank RethinkX estimates that with a $2 trillion investment through 2030, the cost of energy in the United States will drop to 3 cents per kilowatt-hour, less than one-quarter of today’s cost. By 2041, it should be even lower, as the prices of these three components continue to descend. What happens on days when a given area’s battery energy storage is full—will any generated energy left unused be wasted? RethinkX predicts that these circumstances will create a new class of energy called “super power” at essentially zero cost, usually during the sunniest or most windy days. With intelligent scheduling, this “super power” can be used for non-time-sensitive applications such as charging batteries of idle cars, water desalination and treatment, waste recycling, metal refining, carbon removal, blockchain consensus algorithms, AI drug discovery, and manufacturing activities whose costs are energy-driven. Such a system would not only dramatically decrease energy cost, but also power new applications and inventions that were previously too expensive to pursue. As the cost of energy plummets, the cost of water, materials, manufacturing, computation, and anything that has a major energy component will drop, too. The solar + wind + batteries approach to new energy will also be 100-percent clean energy. Switching to this form of energy can eliminate more than 50 percent of all greenhouse gas emissions, which is by far the largest culprit of climate change.

We know exactly what we need to do in order to avert climate breakdown. We need to mobilise a rapid rollout of renewable energy – a global Green New Deal – to cut world emissions in half within a decade and get to zero before 2050. Keep in mind that this is a global average target. High-income nations, given their greater responsibility for historical emissions, need to do it much more quickly, reaching zero by 2030. It is impossible to overstate how dramatic this is; it is the single most challenging task that humanity has ever faced. The good news is that it is absolutely possible to achieve. But there’s a problem: scientists are clear that it cannot be done quickly enough to keep temperatures under 1.5°C, or even 2°C, if we keep growing the economy at the same time. Why? Because more growth means more energy demand, and more energy demand makes it all the more difficult – impossible, in fact – to roll out enough renewables to cover it in the short time we have left.

To have at least a 50 percent chance of success (which in itself is an unacceptably high level of risk), we must cut global emissions to half their current levels by 2030, half again by 2040, and finally to net zero by 2050 at the very latest.

That year, after years of discussion, the European Union adopted new standards that require a steep decline in CO2 emissions, averaged over the entire fleet, for cars sold in Europe. They were to go into effect in 2020 and 2021. “The only way to make this target is with zero emission vehicles” as a growing share of new car sales, said a senior executive at a major European company. Failure to meet these new standards could cost European automakers as much as $40 billion in fines. Given the half-decade lead time to bring on wholly new models, it meant starting to pivot to EVs right away.

How quickly do we need to get to zero? Science tells us that in order to avoid a climate catastrophe, rich countries should reach net-zero emissions by 2050. You’ve probably heard people say we can decarbonize deeply even sooner—by 2030.

At Breakthrough Energy, we fund only technologies that could remove at least 500 million tons a year if they’re successful and fully implemented. That’s roughly 1 percent of global emissions. Technologies that will never exceed 1 percent shouldn’t compete for the limited resources we have for getting to zero. There may be other good reasons to pursue them, but significantly reducing emissions won’t be one of them.

Emerging Possibilities for Space Propulsion Breakthroughs Originally published in the Interstellar Propulsion Society Newsletter, Vol. I, No. 1, July 1, 1995.  Marc. G. Millis, Space Propulsion Technology Division, NASA Lewis Research Center Cleveland, Ohio “New perspectives on the connection between gravity and electromagnetism have just emerged. A theory published in February 1994 (ref 11) suggests that inertia is nothing but an electromagnetic illusion. This theory builds on an earlier work (ref 12) that asserts that gravity is nothing other than an electromagnetic side-effect. Both of these works rely on the perspective that all matter is fundamentally made up of electrically charged particles, and they rely on the existence of Zero Point Energy. Zero Point Energy (ZPE) is the term used to describe the random electromagnetic oscillations that are left in a vacuum after all other energy has been removed (ref 13). This can be explained in terms of quantum theory, where there exists energy even in the absolute lowest state of a harmonic oscillator. The lowest state of an electromagnetic oscillation is equal to one-half the Planck constant times the frequency. If all the energy for all the possible frequencies is summed up, the result is an enormous energy density, ranging from 1036 to 1070 Joules/m3. In simplistic terms there is enough energy in a cubic centimeter of the empty vacuum to boil away Earth's oceans. First predicted in 1948, ZPE has been linked to a number of experimental observations. Examples include the Casimir effect (ref 14), Van der Waal forces (ref 15), the Lamb-Retherford Shift (ref 10, p. 427), explanations of the Planck blackbody radiation spectrum (ref 16), the stability of the ground state of the hydrogen atom from radiative collapse (ref 17), and the effect of cavities to inhibit or enhance the spontaneous emission from excited atoms (ref 18). Regarding the inertia and gravity theories mentioned earlier, they take the perspective that all matter is fundamentally constructed of electrically charged particles and that these particles are constantly interacting with this ZPE background. From this perspective the property of inertia, the resistance to change of a particle's velocity, is described as a high- frequency electromagnetic drag against the Zero Point Fluctuations. Gravity, the attraction between masses, is described as Van der Waals forces between oscillating dipoles, where these dipoles are the charged particles that have been set into oscillation by the ZPE background. It should be noted that these theories were not written in the context of propulsion and do not yet provide direct clues for how to electromagnetically manipulate inertia or gravity. Also, these theories are still too new to have either been confirmed or discounted. Despite these uncertainties, typical of any fledgling theory, these theories do provide new approaches to search for breakthrough propulsion physics.

It's already too hot on earth, and it's getting hotter by the year, and there's no end in sight to the heating unless emissions are cut to zero - but even then, it will still be too hot plus residual, potentially self-reinforcing heating in the atmospheric pipeline (the more of it, the longer mitigation waits), and so a worldwide cessation of fossil fuel combustion would not be enough. CO2 would also have to be drawn out of the air. This has been apparent for at least a decade: everybody says this. Everybody admits it. Everybody has decided it is so. Yet nothing is being done.

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The World Resources Institute explains, “Net zero carbon” is not the same as “zero carbon.” “Net” means minimizing “human-caused emissions” to “as close to zero as possible,” with “any remaining” emissions balanced out by the “equivalent amount of carbon removal”—for instance, by “restoring forests” or with carbon capture. In other words, carbon can be released, but in some way an equal amount of carbon must be captured.

The overall objective—net zero carbon by 2050—is a daunting ambition. How daunting is underscored by the estimate that, for Europe to achieve its target, per capita emissions will have to decline to the level of India, where the per capita income is about $2,000 a year, compared to Europe’s $38,000.

Mary Barra of GM said. “But they’re going to have multiple ways that they can do that.” Her ultimate goal, she said, is “a world with zero crashes, zero emissions, and zero congestion.

Instead, in all likelihood, in a zero-carbon future we will still be producing some emissions, but we’ll have ways to remove the carbon they emit.

The bottom line: Advanced production systems need not produce noxious emissions, greenhouse gases, or toxic wastes, and could meet zero-tolerance emission regulations at little cost.

In Brazil, the rainforests of the Amazon are being destroyed at an alarming rate by bulldozing and burning. There are many excellent reasons to prevent this continuing – loss of habitat for organisms, production of carbon dioxide from burning trees, destruction of the culture of native Indian tribes, and so on. What is not a good reason, though, is the phrase that is almost inevitably trotted out, to the effect that the rainforests are the ‘lungs of the planet’. The image here is that the ‘civilized’ regions – that is, the industrialized ones – are net producers of carbon dioxide. The pristine rainforest, in contrast, produces a gentle but enormous oxygen breeze, while absorbing the excess carbon dioxide produced by all those nasty people with cars. It must do, surely? A forest is full of plants, and plants produce oxygen. No, they don’t. The net oxygen production of a rainforest is, on average, zero. Trees produce carbon dioxide at night, when they are not photosynthesizing. They lock up oxygen and carbon into sugars, yes – but when they die, they rot, and release carbon dioxide. Forests can indirectly remove carbon dioxide by removing carbon and locking it up as coal or peat, and by releasing oxygen into the atmosphere. Ironically, that’s where a lot of the human production of carbon dioxide comes from – we dig it up and burn it again, using up the same amount of oxygen. If the theory that oil is the remains of plants from the carboniferous period is true, then our cars are burning up carbon that was once laid down by plants. Even if an alternative theory, growing in popularity, is true, and oil was produced by bacteria, then the problem remains the same. Either way, if you burn a rainforest you add a one-off surplus of carbon dioxide to the atmosphere, but you do not also reduce the Earth’s capacity to generate new oxygen. If you want to reduce atmospheric carbon dioxide permanently, and not just cut short-term emissions, the best bet is to build up a big library at home, locking carbon into paper, or put plenty of asphalt on roads. These don’t sound like ‘green’ activities, but they are. You can cycle on the roads if it makes you feel better.

The recent science has looked more closely at the implications of all greenhouse gases not being the same. There is more explicit recognition that zero net emissions can be achieved through a combination of zero emissions for long-lived gases (carbon dioxide) and stable emissions for short-lived gases (methane).

To sum up, the path to zero emissions in manufacturing looks like this: Electrify every process possible. This is going to take a lot of innovation. Get that electricity from a power grid that’s been decarbonized. This also will take a lot of innovation. Use carbon capture to absorb the remaining emissions. And so will this. Use materials more efficiently. Same.

I’ve been arguing that the capitalist system as we know it is harmful without a new sector—the social business sector—that is dedicated to solving the problems we are piling up around us. It is driven by a largely overlooked factor in human behavior: the drive to solve human problems unselfishly for the simple joy and pride that it brings.

If we want to have a decent shot at keeping temperatures under 1.5°C, we have to cut global emissions in half by 2030 and get to zero before 2050. It is impossible to overstate how dramatic this trajectory is. It means nothing less than the rapid and dramatic reversal of our present direction as a civilisation.

Don’t get me wrong. We have made extraordinary gains in renewable energy capacity over the past couple of decades, and this is wonderful news. Today the world is producing 8 billion more megawatt hours of clean energy each year than in 2000. That’s a lot – enough to power all of Russia. But over exactly the same period, economic growth has caused energy demand to increase by 48 billion megawatt hours. In other words, all the clean energy we’ve been rolling out covers only a fraction of new demand. It’s like shovelling sand into a pit that just keeps getting bigger. Even if we doubled or tripled the output of clean energy production, we would still make zero dent in global emissions. Growth keeps outstripping our best efforts to decarbonise.

The reason the world emits so much greenhouse gas is that—as long as you ignore the long-term damage they do—our current energy technologies are by and large the cheapest ones available. So moving our immense energy economy from “dirty,” carbon-emitting technologies to ones with zero emissions will cost something.

As more zero-emissions power surges through energy grids around the world, an even greater challenge looms. The 27,000 terawatt-hours of electricity generated by the world today will soon fall well short of our needs. By 2050, according to the International Energy Agency, we’ll need at least 50,000 terawatt-hours of capacity for tens of millions of additional electric cars, among other things. Once solar panels are powering homes, as Elon Musk and Lynn Jurich understood from the start, people’s garages will become their gas stations.

If we cannot even get rid of the most preposterously unnecessary emissions, how are we going to begin moving towards zero?

The logic of a Cold War with China is more complex. Not only are China’s digital products intertwined with the environmental and economic development goals of many countries around the world, but Beijing, with its Belt and Road Initiative, is also well placed to promote trade into strategic infrastructure alliances. China has become the top trading partner for more than two-thirds of the world’s nations.1 It has a broad industrial plan to dominate emerging digital technologies in renewable energy, advanced vehicle and mobility network services, and additive manufacturing, and it has shown a willingness to do so by taking undue advantage of the openness to the U.S. education, investment, and export control systems. To build its globalist image, China’s government has declared its intention to reach net zero emissions by 2060.

Climate Capitalism is an antidote to the dominant narrative that because we’ve ignored the climate crisis for so long, it will soon be too late.

Studies of Earth’s chemical and geophysical cycles indicate that temperatures and CO2 levels would remain high for centuries even if emissions were cut to zero today; thus, it seems that only atmospheric carbon capture technologies can provide a large enough drain to lower CO2 levels quickly and deeply.

even if today we reduced carbon emissions to zero—and we’re far from that—the amount of CO2 already in the atmosphere will cause the Earth to keep warming for a century or more.

Having spent the better part of my life for the past several decades trying to learn from experts on the climate crisis and working with technology and policy innovators to develop solutions for the unprecedented challenge humanity faces, I have never been more hopeful. At this point in the fight to solve the climate crisis, there are only three questions remaining: Must we change? Can we change? Will we change? In the pages that follow, you will find the best available evidence supporting the overwhelming conclusion that the answer to the first two of these three questions is a resounding “Yes.” I am convinced that the answer to the third question—“Will we change?”—is also “Yes,” but that conclusion, unlike the answer to the first two questions, is in the nature of a prediction. And in order for that prediction to come true, there must be a continued strengthening of the global consensus embodied in the Paris Agreement of December 2015, in which virtually every nation on Earth agreed to take concerted action to reduce net greenhouse gas emissions to zero as early in the second half of this century as possible.

What is the Paris Climate Agreement? 195 countries signed a pledge to keep global temperature rise below 2°C (3.6°F), and, if possible, below 1.5°C (2.7°F). All countries agree to reduce global greenhouse gas emissions to net zero as soon as possible in the second half of the century. The U.S. pledged to reduce greenhouse gas emissions by 26 to 28 percent below 2005 levels by 2025. India aims to install 175 gigawatts of renewable energy capacity by 2022. China will peak its CO2 emissions by 2030. Developed countries will provide $100 billion in climate finance by 2020. Countries should raise the ambition of their initial commitments over time to make sure we meet the goals of the Paris Agreement. The Paris Agreement entered into force on November 4, 2016.

GDP does not and cannot tell the whole story. Activities that do not require money changing hands are not counted as part of GDP—which means that, in effect, many of the things real human beings cherish most are treated as having no value. By contrast, money spent on weapons of

This month saw the launch of Foodlogica, which aims to contribute to the localised food system by providing affordable zero-emissions transport and less traffic congestion. This urban delivery service uses solar-powered electric tricycles for the final link in the food distribution system, as well as aiming to shorten the chain between local food producers and sellers.

nuclear power, with zero carbon emissions, is a much better answer than expensive, unreliable boutique methods such as wind and solar;

Even accepting that EVs and solar panels are or will one day be more energy-efficient than coal- and gas-burning technologies, the bigger question is how fast we attempt to transition. For renewables to provide a majority of our power, we would have to increase wind and solar twenty-fold. But there are not enough rare earth metals on the planet to build such an energy system and then replace it every couple of decades. Replacing a majority of our coal and gas industries with electric ones would exhaust all of our power and resources at one time, massively increasing emissions and environmental degradation in the short run. It could also increase energy inequality, by diverting power and resources to the rebuilding of the energy sector itself. Transitioning slowly, on the other hand, as things wear out, might not create such stresses, but would take many decades to bring us to zero net emissions. Both approaches result in catastrophe. The

Any version of the widely discussed Green New Deal project must include these priorities: 1. Greenhouse gas emissions reductions will at least achieve the targets set in 2018 by the Intergovernmental Panel on Climate Change, namely a 45 percent reduction in global emissions by 2030 and the attainment of net zero emissions by 2050. 2. Investments to dramatically raise energy efficiency standards and equally dramatically expand the supply of solar, wind, and other clean renewable energy sources will form the leading edge of the transition to a green economy in all regions of the world. 3. The green economy will not expose workers in the fossil fuel industry and other vulnerable groups to the plague of joblessness and the anxieties of economic insecurity. 4. Economic growth must proceed along a sustainable and egalitarian path, such that climate stabilization is unified with the equally important goals of expanding job opportunities and raising mass living standards for working people and the poor throughout the world.

In order to achieve the goals of the Paris Treaty – that global warming should not exceed 1.5 degrees Celsius – CO2 emissions must be reduced to zero by 2050. In order to succeed, we will also need to invent technologies that remove CO2 from the atmosphere in quantities that are equal to all today’s emissions. This is one of the biggest challenges humankind has ever faced. What is being proposed is an unprecedented turnaround in the world’s energy mechanisms. And 2050 is exactly as far into the future as 1990 is in the past. Since 1990, emissions have increased from twenty-two gigatons to thirty-six gigatons. That’s a 60 per cent increase. To get emissions down to zero in thirty years sounds like an unmanageable task. Like constructing a time machine, thwarting gravity or inventing a pill for bringing someone back to life. No one knows whether it’s technically possible to capture thirty gigatons per year. The technology is at an early stage and no one has figured out buildings or infrastructure that could enable us to achieve our goals. Even if we reduce emissions by 50 per cent, our problems will still have increased if we do nothing to remove the carbon dioxide already in the air. If we don’t succeed in that project, the Earth will continue to warm, the glaciers will continue to melt and the sea levels will continue to rise, submerging cities and coastal areas. The market value of a 100 million barrels of oil is about $6 billion, assuming a $60/barrel price for oil. We therefore burn approximately $600 billion a day. If anyone thinks changing our sources of energy will

When you buy local, your money stays local. Instead of heading to a big-name chain, consider purchasing items within your community. The practice supports your neighbors, encourages job creation, curbs carbon emissions associated with product shipment over long distances, and in the case of food, reduces packaging waste.33 Perhaps the biggest benefit to supporting your local economy is that it strengthens community resilience, a necessity for combatting future challenges associated with climate change.

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And yet the world’s greenhouse gas emissions probably dropped just 5 percent, and possibly less than that. What’s remarkable to me is not how much emissions went down because of the pandemic, but how little. This small decline in emissions is proof that we cannot get to zero emissions simply—or even mostly—by flying and driving less. Just as we needed new tests, treatments, and vaccines for the novel coronavirus, we need new tools for fighting climate change: zero-carbon ways to produce electricity, make things, grow food, keep our buildings cool and warm, and move people and goods around the world. And we need new seeds and other innovations to help the world’s poorest people—many of whom are smallholder farmers—adapt to a warmer climate.

Thus, in June 2019, New York State passed the most ambitious set of climate targets in the country, including carbon-free electricity by 2040 and a net zero emissions economy by 2050.

The diverse pathways that we have towards zero carbon emissions are complementary to each other. Your target is to reduce at least your current carbon emission by 50% per year from now on.

To stay under 2°C, global emissions would have to fall nearly to zero within the next several decades. To stave off 1.5°C, they’d have to drop most of the way toward zero within a single decade. This would entail, for starters: revamping agricultural systems, transforming manufacturing, scrapping gasoline- and diesel-powered vehicles, and replacing most of the world’s power plants.

The Greek root of crisis is “krisis”—to choose. Solving the climate crisis confronts us with a myriad of choices in redressing social and economic injustice, health disparities, and gender inequality. If we fail in our net-zero ambition, these problems will surely get worse. But here is a more positive outlook: the current emissions emergency is an extraordinary opportunity to address deep inequities that have persisted for generations.

Werner was right to point out that mass resistance movements have grabbed the wheel before and could very well do so again. At the same time, we must reckon with the fact that lowering global emissions in line with climate scientists’ urgent warnings demands changes of a truly daunting speed and scale. Meeting science-based targets will mean forcing some of the most profitable companies on the planet to forfeit trillions of dollars of future earnings by leaving the vast majority of proven fossil fuel reserves in the ground.7 It will also require coming up with trillions more to pay for zero-carbon, disaster-ready societal transformations. And let’s take for granted that we want to do these radical things democratically and without a bloodbath, so violent, vanguardist revolutions don’t have much to offer in the way of road maps.

Zero-point energy is one of the most counterintuitive ideas in quantum physics, telling us that nothing can ever be perfectly at rest. It means that there is always some energy present in any system, no matter how hard you try to extract all the energy. Even empty space has zero-point energy, which leads to some surprising consequences, including the spontaneous emission of photons from atoms and tiny forces (called “Casimir forces”) between metal plates in a vacuum.

In 2009, the International Institute for Environment and Development released a report which showed that, in most cases, urban centers have fewer emissions per capita than do rural areas.

What we cannot do, under any circumstances, is precisely what the fossil fuel industry is determined to do and what your government is so intent on helping them do: dig new coal mines, open new fracking fields, and sink new offshore drilling rigs. All that needs to stay in the ground. What we must do instead is clear: carefully wind down existing fossil fuel projects, at the same time as we rapidly ramp up renewables until we get global emissions down to zero globally by mid-century. The good news is that we can do it with existing technologies. The good news is that we can create millions of well-paying jobs around the world in the shift to a postcarbon economy - in renewables, in public transit, in efficiency, in retrofits, in cleaning up polluted land and water.

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