Particulate Matter Quotes

...friendship stands as a small affront to the total control of all things by mass entertainment and mass media and mass education and mass politics. For wherever such friendships persist, there persists the possibility of imaginative leaps that threaten the comfort of the banal. For you look at the friend and you remember the past, and treasure it. You love the friend, and suddenly you understand that this life of ours cannot fully be described by the motion of particulate matter in empty space. You see instantly that politics fades into unimportance, with all its noisy glamour and empty promises. You feel that others before you have known what it is to have the true friend, the one before whom you can, as Cicero put it, think out loud. You feel that, and it is like an earnest of eternity, of being grounded in a a love and beauty and goodness that is at the heart of all ages, and that transcends them all. Pals we may have, in the flatlands of contemporary life. Political allies, sure. Coworkers, aplenty. But not friends.

Between stations there was a gray shudder beyond the windows of the silent train. Not as of surfaces rushing past, but as if particulate matter were being vibrated there at some crucial rate, just prior to the emergence of a new order of being. Chia and Masahiko

ozone and particulate matter contribute to 8,800 deaths and $71 billion in health care costs every year. The connection with global warming is nothing more than simple chemistry. Higher temperatures increase the formation of ground-level ozone and particulate matter. Ambient ozone also reduces crop yields and harms the ecosystem.

On the north-western coasts of Britain and Ireland, the air has a remarkable transparency, for it is almost free of particulate matter. Little loose dust rises from the wet land, and the winds blow prevailingly off the sea. Through such air, photons can proceed without obstacle. The light moves, unscattered, and falls upon the forms and objects of those regions with candour. Standing within such a light, you feel thankful for its openness. There is a sense of something having been freely given, without its store having been diminished.

Cosmologists say that the universe as we know it began about 13.7 billion years ago in a flash of energy that resulted in electromagnetic radiation and some particulate matter that was so hot that matter as we know it could not even form. As soon as the universe came into being, it instantaneously expanded in a process known as inflation by a factor of a billion billion billion times. After inflation, which lasted less time than you can even imagine, the universe was a seething, hot soup of particles and radiation. The universe was so dense that the radiation could not escape. 380,000 years after the new universe was expanding and cooling, it had cooled enough so that radiation could escape and this radiation is still detectable today! This is called the “cosmic microwave background radiation.

On the night of August 6th, 1957, Babe endures stroke after stroke, and his body is contorted by spasms. Lucille climbs into bed beside her husband, and cradles him in her arms, this child of a man, the frailty of him, heedless of the stink of mortality as she buries her face in his scalp and his skin, knowing only that this is his essence, the best of him in noble rot, and each aspect particulate is to her a transference, and she does not relinquish her hold until Babe dies the next morning, and she feels his passing as an exhalation, an exclamation, as though Babe, in his agonies, has at last comprehended a matter elusive but long guessed.

We all know that air is the essential and important factor on order to live in the world but have we ever thought about that this air in which we breathe possesses specific matter from a range of the natural as well as human related sources. This particulate matter which is found by the Best Engineering colleges Rajasthan 2017 in air is responsible for all premature deaths across the world. But legislation from the different protection agencies has been credited with significantly reduction in this number along with the amount of particulate manner in the presented atmosphere.

Responsibility has a role too. Even though my particles, and hence my behaviors, are under the full jurisdiction of physical law, “I” am in a very literal if unfamiliar way responsible for my actions. At any given moment, I am my collection of particles; “I” is nothing but a shorthand that signifies my specific particulate configuration (which, although dynamic, maintains sufficiently stable patterns to provide a consistent sense of personal identity45). Accordingly, the behavior of my particles is my behavior. That physics underlies this behavior through its control of my particles is surely interesting. That such behavior is not freely willed is worthy of acknowledgment. But these observations do not diminish the higher-level description which recognizes that my specific particle configuration—the way my particles are arranged into an intricate chemical and biological network including genes, proteins, cells, neurons, synaptic connections, and so on—responds in a manner that is unique to me. You and I speak differently, act differently, respond differently, and think differently because our particles are arranged differently. As my particle arrangement learns and thinks and synthesizes and interacts and responds, it imprints my individuality and stamps my responsibility on every action I take.

Jains teach that your karma, meaning the deeds or actions that you perform in one birth, decides the level of birth in your next incarnation. For Jains, karma is a particulate substance, especially something produced by violence of any type. Some actions are so bad in karmic terms, like killing another jiva, that they are very substantial. Other actions are less violent, like violent thoughts, so the bad karmic matter they produce is subtler. [...] How can a person get rid of the karma that attaches to his or her jiva? The process of living in this world burns off some karma. People, animals, divinities, and other beings who burn off more karma than they produce through violence will move a little higher in the next life.

Cosmologists say that the universe as we know it began about 13.7 billion years ago in a flash of energy that resulted in electromagnetic radiation and some particulate matter that was so hot that matter as we know it could not even form. As soon as the universe came into being, it instantaneously expanded in a process known as inflation by a factor of a billion billion billion times. After inflation, which lasted less time than you can even imagine, the universe was a seething, hot soup of particles and radiation. The universe was so dense that the radiation could not escape.

I can feel how large, how essential this moment is as it's happening: that is what I have come to love about being an adult, to the extent that I can claim that title: that one knows more about how good things are, how much they matter, as they' happening, that knowledge isn't necessarily more. When I was younger, I missed so much, failing to fully present, only recognizing the quality of particul moments and gifts after the fact. Perhaps that's one thing that 'grown-up' is: to realize in the present the magnitude grace of what we're being offered.

Let me take you back in time a little,” says Anumita Roychowdhury, an elegant woman in a beige and pale blue wrap. She’s the director of the Center for Science and Environment, a group that’s played a leading role in the years of battles over air quality. In the 1990s, she tells me, Delhi’s air was so bad “you couldn’t go out in the city without your eyes watering.” India had no regulations on vehicles or fuel, so despite advances elsewhere in the world, engines here hadn’t improved for 40 years, and fuel quality was abysmal. It was the activist Supreme Court that changed that. Its judges started issuing orders, and from 1998 to about 2003, a series of important new rules came into force. Polluting industries were pushed out of the city, auto-rickshaws and buses were converted to CNG, and emission limits for vehicles were introduced, then tightened. “These were pretty big steps,” Roychowdhury says, and they brought results. “If you plot the graph of particulate matter in Delhi, you will see after 2002 the levels actually coming down.” The public noticed. “I still remember the 2004 Assembly elections in Delhi, where the political parties were actually fighting with each other to take credit for the cleaner air. It had become an electoral issue.” So how did things go so wrong? The burst of activity petered out, and rapid growth in car ownership erased the improvements that had been won. “If you look at the pollution levels again from 2008 and ’09 onwards, you now see a steady increase,” Roychowdhury says. “We could not keep the momentum going.” Indeed, particulate levels jumped 75 percent in just a few years.14 Even the action that was taken, she believes, “was too little. We had to do a lot more, more aggressively.” Part of the reason government stopped pushing, Roychowdhury believes, is that the moves needed next would have had to address Delhiites’ growing fondness for cars, so would surely have prompted public anger. “There is a hidden subsidy for all of us who use cars today,” she says. “We barely pay anything in terms of parking charges, we barely pay anything in terms of road taxes. It is so easy to buy a car because of easy loans. So there is absolutely no disincentive.” About 80 percent of transportation spending is focused on drivers, even though they’re only about 15 percent of Delhiites. “The entire infrastructure of the city is getting redesigned to facilitate car movement, but not people’s movement.

Clausius also extended Bernoulli’s theory about the particulate nature of gases to liquids and solids, reasoning that all matter consists of trillions of particles in constant motion. In solids, these molecules vibrate around a fixed position. In liquids, Clausius theorized, the particles are in a constant flux, making bonds and breaking them at the same rate to produce the fluid form. In a gas, the molecules are completely free to move independently and in any direction.

The use of coal should be discouraged, limited, and phased out as soon as possible.109 Coal production and consumption causes enormous damages. Coal contains mercury, lead, cadmium, arsenic, manganese, beryllium, chromium, and other toxic and carcinogenic substances. Coal crushing, processing, and washing releases tons of particulate matter and chemicals that contaminate water, harm public health, and damage ecological systems. Burning coal results in emissions of nitrogen oxides, sulfur dioxide, particulates and mercury, all of which affect air quality and damage public health.

Behind him, the late-afternoon sun ignited the particulate matter in the Los Angeles sky a polluted shade of gold. The

the “long nineteenth century” between 1789 and 1914 provided ideal conditions for a respiratory epidemic. These conditions included crowded tenements, sweatshops, poor ventilation, air thick with particulate matter, poor hygiene, and bodies whose powers of resistance were compromised by poverty, malnutrition, and preexisting diseases.