Thursday, December 20, 2012

Without love there could be no life!

"Give a Little Love" video shows the importance of giving to others:

http://touch.dailymotion.com/video/xvtu7r_give-a-little-love_shortfilms

http://www.huffingtonpost.ca/2012/12/10/give-a-little-love-ad_n_2271121.html

"If you give a little love, you can get a little love of your own."

Using this quote as the inspiration for a video that has gone viral, this four-minute clip, which looks to be the work of non-profit Christian organizationKřižovatka Olomouc in Czech Republic or talented YouTube user Graham Kervin, shows us the importance of doing good deeds.And a good deed can mean anything from holding the elevator for a stranger, helping your neigothers doesn't need to be a huge effort, but only means going out of your way slightly to take others into consideration.Labelled "A few minutes of perfection," by a user on Facebook, it has over 140,000 shares and 45,000 likes. It follows an average day for a group of strangers, who each get inspired to perform an act of kindness after watching someone else do so — the perfect example of the domino effect. It also mixes in video clips of a young boy who painted over a vandalized wall. 



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love brings life into the world/universe!
Without love there would be no life!!!


"They drew a circle that shut me out.
But love and I had the wit to win.
We drew a circle that took them in!"

_poet Edwin Markham

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10th National Symons Lecture

David Suzuki delivers the 10th National Symons Lecture on the State of Canadian Confederation entitled "Humankind as a Geological Force." (November 16, 2012)

http://cpac.ca/eng/programs/podium/episodes/david-suzuki-10th-national-symons-lecture

Wednesday, November 7, 2012

Election elation: people power rules

Americans re-elect Obama to second term Americans reject right wing extremist ideology, and embrace Obama leadership
Obama's victory speech (video and transcript):

http://www.nytimes.com/interactive/2012/11/06/us/politics/06-obama-election-night-speech.html?ref=politics

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November 7, 2012, 2:41 AM ET Transcript of Obama’s Victory Speech:

"Thank you so much.
Tonight,more than 200 years after a former colony won the right to determine its own destiny, the task of perfecting our union moves forward.It moves forward because of you. It moves forward because you reaffirmed the spirit that has triumphed over war and depression, the spirit that has lifted this country from the depths of despair to the great heights of hope, the belief that while each of us will pursue our own individual dreams, we are an American family and we rise or fall together as one nation and as one people.Tonight, in this election, you, the American people, reminded us that while our road has been hard, while our journey has been long, we have picked ourselves up, we have fought our way back, and we know in our hearts that for the United States of America the best is yet to come.I want to thank every American who participated in this election, whether you voted for the very first time or waited in line for a very long time. By the way, we have to fix that. Whether you pounded the pavement or picked up the phone, whether you held an Obama sign or a Romney sign, you made your voice heard and you made a difference. I just spoke with Gov. Romney and I congratulated him andPaul Ryan on a hard-fought campaign. We may have battled fiercely, but it’s only because we love this country deeply and we care so strongly about its future. From George to Lenore to their son Mitt, the Romney family has chosen to give back to America through public service and that is the legacy that we honor and applaud tonight. In the weeks ahead, I also look forward to sitting down with Gov. Romney to talk about where we can work together to move this country forward.I want to thank my friend and partner of the last four years, America’s happy warrior, the best vice president anybody could ever hope for, Joe Biden.And I wouldn’t be the man I am today without the woman who agreed to marry me 20 years ago. Let me say this publicly: Michelle, I have never loved you more. I have never been prouder to watch the rest of America fall in love with you, too, as our nation’s first lady. Sasha and Malia, before our very eyes you’re growing up to become two strong, smart beautiful young women, just like your mom. And I’m so proud of you guys. But I will say that for now one dog’s probably enough.To the best campaign team and volunteers in the history of politics. The best. The best ever. Some of you were new this time around, and some of you have been at my side since the very beginning. But all of you are family. No matter what you do or where you go from here, you will carry the memory of the history we made together and you will have the lifelong appreciation of a grateful president. Thank you for believing all the way, through every hill, through every valley. You lifted me up the whole way and I will always be grateful for everything that you’ve done and all the incredible work that you put in.I know that political campaigns can sometimes seem small, even silly. And that provides plenty of fodder for the cynics that tell us that politics is nothing more than a contest of egos or the domain of special interests. But if you ever get the chance to talk to folks who turned out at our rallies and crowded along a rope line in a high school gym, or saw folks working late in a campaign office in some tiny county far away from home, you’ll discover something else.You’ll hear the determination in the voice of a young field organizer who’s working his way through college and wants to make sure every child has that same opportunity. You’ll hear the pride in the voice of a volunteer who’s going door to door because her brother was finally hired when the local auto plant added another shift. You’ll hear the deep patriotism in the voice of a military spouse who’s working the phones late at night to make sure that no one who fights for this country ever has to fight for a job or a roof over their head when they come home.That’s why we do this. That’s what politics can be. That’s why elections matter. It’s not small, it’s big. It’s important. Democracy in a nation of 300 million can be noisy and messy and complicated. We have our own opinions. Each of us has deeply held beliefs. And when we go through tough times, when we make big decisions as a country, it necessarily stirs passions, stirs up controversy.That won’t change after tonight, and it shouldn’t. These arguments we have are a mark of our liberty. We can never forget that as we speak people in distant nations are risking their lives right now just for a chance to argue about the issues that matter, the chance to cast their ballots like we did today.But despite all our differences, most of us share certain hopes for America’s future. We want our kids to grow up in a country where they have access to the best schools and the best teachers. A country that lives up to its legacy as the global leader in technology and discovery and innovation, with all the good jobs and new businesses that follow.We want our children to live in an America that isn’t of et. that’s safe and respected and admired aro yheworld, a nation that is defended by the strongest military on earth and the best troops this — this world has ever known. But also a country that moves with confidence beyond this time of war, to shape a peace that is built on the promise of freedom and dignity for every human being.We believe in a generous America, in a compassionate America, in a tolerant America, open to the dreams of an immigrant’s daughter who studies in our schools and pledges to our flag. To the young boy on the south side of Chicago who sees a life beyond the nearest street corner. To the furniture wor ker’s child in North Carolina who wants to become a doctor or a scientist, an engineer or an entrepreneur, a diplomat or even a president — that’s the future we hope for. That’s the vision we share. That’s where we need to go — forward. That’s where we need to go.Now, we will disagree, sometimes fiercely, about how to get there. As it has for more than two centuries, progress will come in fits and starts. It’s not always a straight line. It’s not always a smooth path.By itself, the recognition that we have common hopes and dreams won’t end all the gridlock or solve all our problems or substitute for the painstaking work of building consensus and making the difficult compromises needed to move this country forward. But that common bond is where we must begin.Our economy is recovering. A decade of war is ending. A long campaign our struggles, I return to the White House more determined and more inspired than ever about the work there is to do and the future that lies ahead.Tonight you voted for action, not politics as usual. You elected us to focus on your jobs, not ours. And in the coming weeks and months, I am looking forward to reaching out and working with leaders of

Friday, September 14, 2012

1984 in 2012 :the disappearance of fact

The assault on reason:


 http://www.ipolitics.ca/2012/09/08/1984-in-2012-the-assault-on-reason-speech/ 

http://allangregg.com/?p=80  

Thursday, August 23, 2012

why its best to eliminate all processed food from one's diet



Be afraid of the chemical compounds that have been added to food!

The US Food and Drug Administration has approved more than 3,000 additives, most of which you've never heard of. But the truth is, you don't have to know them all. You just need to be able to parse out the bad stuff. Do that and you'll have a pretty good idea how your future will shape up—whether you'll end up overweight and unhealthy (with healthcare costs that will bankrupt you)...or turn out to be fit, happy, and energetic.
Here are just a few ingredients you never want to see on the "list of ingredients" label.

BHA :
This preservative is used to prevent rancidity in foods that contain oils. Unfortunately, BHA (butylated hydroxyanisole) has been shown to cause cancer in rats, mice, and hamsters. The reason the FDA hasn’t banned it is largely technical—the cancers all occurred in the rodents’ forestomachs, an organ that humans don’t have. Nevertheless, the study, published in theJapanese Journal of Cancer Research, concluded that BHA was “reasonably anticipated to be a carcinogen,” and as far as I’m concerned, that’s reason enough to eliminate it from your diet.You’ll find it in:Fruity Pebbles, Cocoa Pebbles

Parabens :
These synthetic preservatives are used to inhibit mold and yeast in food. The problem is parabens may also disrupt your body’s hormonal balance. A study inFood Chemical Toxicologyfound that daily ingestion decreased sperm and testosterone production in rats, and parabens have been found present in breast cancer tissues.You’ll find it in:Baskin-Robbins sundaes 

Partially Hydrogenated Oil ;
I’ve harped on this before, but it bears repeating: Don’t confuse “0 g trans fat” with being trans fat-free. The FDA allows products to claim zero grams of trans fat as long as they have less than half a gram per serving. That means they can have 0.49 grams per serving and still be labeled a no-trans-fat food. Considering that two grams is the absolute most you ought to consume in a day, those fractions can quickly add up. The telltale sign that your snack is soiled with the stuff? Look for partially hydrogenated oil on the ingredient statement. If it’s anywhere on there, then you’re ingesting artery-clogging trans fat.You’ll find it in:Long John Silver’s Popcorn Shrimp, Celeste frozen pizzas.

Sodium Nitrite:
Nitrites and nitrates are used to inhibit botulism-causing bacteria and to maintain processed meats’ pink hues, which is why the FDA allows their use. Unfortunately, once ingested, nitrite can fuse with amino acids (of which meat is a prime source) to form nitrosamines, powerful carcinogenic compounds. Ascorbic and erythorbic acids—essentially vitamin C—have been shown to decrease the risk, and most manufacturers now add one or both to their products, which has helped. Still, the best way to reduce risk is to limit your intake.You’ll find it in:Oscar Mayer hot dogs, Hormel bacon

Caramel Coloring:
This additive wouldn't be dangerous if you made it the old-fashioned way—with water and sugar, on top of a stove. But the food industry follows a different recipe: They treat sugar with ammonia, which can produce some nasty carcinogens. How carcinogenic are these compounds? A Center for Science in the Public Interest report asserted that the high levels of caramel color found in soda account for roughly 15,000 cancers in the U.S. annually. Another good reason to scrap soft drinks? They’re among The 20 Worst Drinks in America .You’ll find it in:Coke/Diet Coke, Pepsi/Diet Pepsi

Castoreum:h
Castoreum is one of the many nebulous “natural ingredients” used to flavor food. Though it isn’t harmful, it is unsettling. Castoreum is a substance made from beavers’ castor sacs, or anal scent glands. These glands produce potent secretions that help the animals mark their territory in the wild. In the food industry, however, 1,000 pounds of the unsavory ingredient are used annually to imbue foods—usually vanilla or raspberry flavored—with a distinctive, musky flavor.You’ll find it in:Potentially any food containing “natural ingredients”

 Food Dyes:
Plenty of fruit-flavored candies and sugary cereals don’t contain a single gram of produce, but instead rely on artificial dyes and flavorings to suggest a relationship with nature. Not only do these dyes allow manufacturers to mask the drab colors of heavily processed foods, but certain hues have been linked to more serious ailments. AJournal of Pediatricsstudy linked Yellow 5 to hyperactivity in children, Canadian researchers found Yellow 6 and Red 40 to be contaminated with known carcinogens, and Red 3 is known to cause tumors. The bottom line? Avoid artificial dyes as much as possible.You’ll find it in:Lucky Charms, Skittles, Jell-O

Hydrolyzed Vegetable Protein:
Hydrolyzed vegetable protein, used as a flavor enhancer, is plant protein that has been chemically broken down into amino acids. One of these acids, glutamic acid, can release free glutamate. When this glutamate joins with free sodium in your body, they form monosodium glutamate (MSG), an additive known to cause adverse reactions—headaches, nausea, and weakness, among others—in sensitive individuals. When MSG is added to products directly, the FDA requires manufacturers to disclose its inclusion on the ingredient statement. But when it occurs as a byproduct of hydrolyzed protein, the FDA allows it to go unrecognized.You’ll find it in:Knorr Noodle Sides,

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Tuesday, July 17, 2012

Higgs Boson-- its discovery is said to show tbat an invisible energy field fills the vacuum of space 

----------Questions:
Q. I understand that it is the Higgs field that confers mass but what is the relationship of the Higgs boson to the field? And if it is the field that confers mass, what does the Higgs boson do?
SS: "In quantum theory all fields have "quanta" associated with them. As an example, the photon is the quantum of the electromagnetic field. In analogy, the Higgs boson is the particle related to the Higgs field."
JG: "The Higgs field permeates throughout the whole universe. A Higgs boson can be thought of as a little ripple of the Higgs field. It is the smallest ripple allowed by quantum mechanics."
Q. I understand that the field is around us all the time. Are Higgs bosons there too? I.e. are they being made in nature all the time or were they only made in the fraction of the second after the Big Bang, hence the need to recreate these conditions?
SS: "Higgs particles are very heavy and it therefore requires a lot of energy to produce them. This is the reason we need high-energy accelerators like the LHC."JG: "It takes a lot of energy to create real Higgs bosons. Also they are very short lived and decay rapidly into other particles. It is this process that is being observed at LHC."
Q. if the field is there all the time, why not just look for it? Or is it even harder to detect?SS: "The Higgs field interacts with the fundamental particles that make up the world around us and it gives them their mass. When measuring particle masses we see the Higgs field at work. However, to get a positive proof that this theory is really correct we need to find the Higgs particle which comes with the field. Peter Higgs actually postulated the existence of the Higgs particle as an afterthought to his original paper as a possible experimental signature of his theory."
JG: "The Higgs field provides a mechanism to generate mass in various elementary particles. In particular, the fact that the W-bosons and the Z-bosons have mass is good indirect evidence for the Higgs field. Detecting the Higgs boson will provide a direct test for the existence of the Higgs field itself."
SS = Stefan Söldner-Rembold at the University of ManchesterJG = Prof Jerome Gauntlett, Head of Theoretical Physics at the Blackett Laboratory, Imperial College LondonSource: AusSMC, UKSM


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This clustering effect is the Higgs mechanism, postulated by British physicist Peter Higgs in the 1960s. The theory hypothesizes that a sort of lattice, referred to as the Higgs field, fills the universe. This is something like an electromagnetic field, in that it affects the particles that move through it, but it is also related to the physics of solid materials. Scientists know that when an electron passes through a positively charged crystal lattice of atoms (a solid), the electron's mass can increase as much as 40 times. The same might be true in the Higgs field: a particle moving through it creates a little bit of distortion -- like the crowd around the star at the party -- and that lends mass to the particle.photo: CERNScientists at CERN use the enormous ALEPHdetector in their search for the Higgs particle.The question of mass has been an especially puzzling one, and has left the Higgs boson as the single missing piece of the Standard Model yet
to be spotted. The Standard Model describes three of nature's four forces: electromagnetism and the strong and weak nuclear forces. Electromagnetism has been fairly well understood for many decades. Recently, physicists have learned much more about the strong force, which binds the elements of atomic nuclei together, and the weak force, which governs radioactivity and hydrogen fusion (which generates the sun's energy). Electromagnetism describes how particles interact with photons, tiny packets of electromagnetic radiation. In a similar way, the weak force describes how two other entities, the W and Z particles, interact with electrons, quarks, neutrinos and others. There is one very important difference between these two interactions: photons have no mass, while the masses of W and Z are huge. In fact, they are some of the most massive particles known. The first inclination is to assume that W and Z simply exist and interact with other elemental
particles. But for mathematical reasons, the giant masses of W and Z raise inconsistencies in the Standard Model. To address this, physicists postulate that there must be at least one other particle -- the Higgs boson. The simplest theories predict only one boson, but others say there might be several. In fact, the search for the Higgs particle(s) is some of the most exciting research happening, because it could lead to completely new discoveries in particle physics. Some theorists say it could bring to light entirely new types of strong interactions, and others believe research will reveal a new fundamental physical symmetry called "supersymmetry." photo: CERNCERN scientists were unsure whether these events recorded by the ALEPH detector indicated the presence of a Higgs boson. Check out the links listed below for the latest information on the search for the Higgs Boson.First, though, scientists want to determine whether the Higgs boson exists. The
search has been on for over ten years, both at CERN's Large Electron Positron Collider (LEP) in Geneva and at Fermilab in Illinois. To look for the particle, researchers must smash other particles together at very high speeds. If the energy from that collision is high enough, it is converted into smaller bits of matter -- particles -- one of which could be a Higgs boson. The Higgs will only last for a small fraction of a second, and then decay into other particles. So in order to tell whether the Higgs appeared in the collision, researchers look for evidence of what it would have decayed into.In August 2000, physicists working at CERN's LEP saw traces of particles that might fit the right pattern, but the evidence is still inconclusive. LEP was closed down in the beginning of November, 2000, but the search continues at Fermilab in Illinois, and will pick up again at CERN when the LHC (Large Hadron Collider) begins experiments in 2005. 

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Scientists have no hope of seeing the field itself, so they search instead for its signature particle, the Higgs boson, which is essentially a ripple in the Higgs field.According to theory, the Higgs field switched on a trillionth of a second after the big bang blasted the universe into existence. Before this moment, all of the particles in the cosmos weighed nothing at all and zipped around chaotically at the speed of light.When the Higgs field switched on, some particles began to feel a "drag" as they moved around, as though caught in cosmic glue. By clinging to the particles, the field gave them mass, making them move around more slowly. This was a crucial moment in the formation of the universe, because it allowed particles to come together and form all the atoms and molecules around today.But the Higgs field is selective. Particles of light, or photons, move through the Higgs field as if it wasn't there. Because the field does not cling top them,
they remain weightless and destined to move around at the speed of light forever. Other particles, like quarks and electrons – the smallest constituents of atoms – get caught in the field and gain mass in the process.The field has enormous implications. Without it, the smallest building blocks of matter, from which all else is made, would forever rush around at the speed of light. They would never come together to make stars, planets, or life as we know it.12.58pm: The Higgs field is often said to give mass to everything. That is wrong. The Higgs field only gives mass to some very simple particles. The field accounts for only one or two percent of the mass of more complex things like atoms, molecules and everyday objects, from your mobile phone to your pet llama. The vast majority of mass comes from the energy needed to hold quarks together inside atoms.

Can the Higg's Boson really explain why matter has mass?

http://www.cbc.ca/news/technology/story/2013/03/14/wrd-science-higgs-boson-particle-discovery.html