The 11 stranger things we’ve learned about science, technology, engineering, and math

The American Institute of Physics (AIP) will host its 11th annual conference later this month.

This year, the AIP will focus on “The Eleven Stranger Things We’ve Learned About Science, Technology, Engineering, and Math.”

According to the conference’s website, this year’s theme is “The Next 10 Years: Exploring The Future Of the 21st Century.”

The theme is part of the AIA’s 10-year Vision for the future.

This theme was previously offered at the 2012 AIA conference in Chicago.

The 10-years vision describes a “world in which science and technology are embraced by society as a way to benefit humanity, and in which the arts, sciences, and humanities are developed and encouraged to enrich our lives and enhance our quality of life.”

In the AIE, the theme is that “the world is becoming more and more interconnected,” and that this is a “good thing.”

The AIP describes its vision as follows: The 10th anniversary of the 10th International Conference on the Future of the 21-Century was held in Boston.

The theme was ‘The Next Ten Years: Explore the Future Of The 21st Climate.’

In the 10 years that have gone by since then, the global population has increased from 2 billion to 8 billion.

The AIA has a goal to increase the number of people on the planet to 10 billion by 2026, and to achieve this goal by 2050, it will be “making a concerted effort to expand the range of possibilities for human interaction with nature.”

The conference’s “vision,” according to the AIES website, is that the “science and technology community has the tools and expertise to solve complex problems and create a sustainable and prosperous world, a world that includes people who can learn to live together in harmony, and a world where our children can enjoy the same opportunities as our parents.”

The “vision” also includes “developing a new paradigm for public-private partnership, in which public investment is shared and shared benefits are shared with society and citizens.

The “next 10 years” vision says that this means “developments in human-computer interaction, the development of robotics, AI, nanotechnology, renewable energy, advanced robotics, sustainable manufacturing, nanotechnologies, energy storage, and clean technologies are the way forward.

The vision also includes an emphasis on “the interdependence of human and machine and the value of human creativity.”

In other words, we want to build a society where “creativity is embraced, where science and engineering are embraced, and where science is harnessed to solve problems and build a sustainable world.”

There is a sense that this will be the year where the AIGA will make a “big splash,” because the Aies vision is that it will “build a new future for humanity.”

The idea of creating a new “future” in the 21 century is not new.

For many years, the American Association for the Advancement of Science (AAAS) and the National Academy of Sciences (NAS) have worked together on the theme of the Next 10 years.

The AAAS has a “vision for the next decade,” which it describes as follows (in part): In the next 10 years, we will advance knowledge about our planet, our environment, our species, and our world as a whole.

Our planet will be more habitable.

We will have more renewable resources, better water supplies, and less pollution.

We can design a sustainable energy system.

We need to create jobs for the 1 percent.

We are more connected than ever before.

We must address climate change, the pollution of our oceans, and the threat of pandemic.

And we will make progress on the “next generation of sustainable technologies.”

There’s a bit more to this theme.

In a 2012 paper, “The Future of Science, Engineering and Math: The Vision for a New Millennium,” the authors write that “humanity must lead the world toward a more prosperous future.”

The authors write: We can accomplish these goals by building a future in which our world’s capacity for creative thinking and scientific discovery is harnessing and harnessing science to help us improve the quality of our lives, our world, and, ultimately, our future.

We should be proud of our successes.

And in a 2013 paper, titled “What’s Next?

A Framework for an Adaptive Vision for Our 21st century,” the AIC authors wrote that “a new century should be the decade of a more inclusive, open, and prosperous society.”

They also wrote: As our world becomes more connected, we must invest in new technologies and services that make it possible to create more opportunities for the 99 percent of people in the United States, the world.

AIC also has a section on the topic of “Science and Technology in the Next 20 Years.”

It states: As we build and expand our capacity to explore, harness, and apply new scientific and engineering

How to increase your potassium intake from vegetables and fruits

I know what you’re thinking: this is all about eating more vegetables, right?

Well, that’s partly true, but the truth is that we’re actually really not really getting any potassium out of these foods at all.

Our bodies actually convert the potassium in fruits and vegetables to the same kind of potassium we get from meat, which is why we get a lot of potassium from grains and beans.

What we’re really getting from them is sugar.

And if you’re really serious about increasing your potassium intakes, you need to eat more fruits and veggies.

You can get potassium from the same types of fruits and the same vegetables, so it’s not that simple.

But this article isn’t about how to increase the potassium you need in your diet from the right kinds of foods.

It’s about how you can increase the amount of potassium you get from vegetables.

How do we do this?

By eating more fruits, especially fresh, raw ones.

A few simple rules to remember here: You need to consume enough fruit to get about half of your daily potassium requirement from the potassium-rich fruit.

You need a little more than that to get most of your potassium from vegetables (like potatoes, cauliflower and broccoli).

You can increase your fruit intake by eating more green leafy vegetables, like spinach and kale.

But remember that you need more than half of the daily potassium from each food to get it from vegetables; this is a function of the potassium content in each food.

If you’re looking for more advice on how to maximize potassium intake, check out our tips for getting the most out of your day.

How to maximize your potassium in vegetables The first thing you need is a good salad.

You want to keep it simple, with just one or two vegetables in it.

You’ll want to choose the most fresh, leafy variety.

But there’s one rule: you don’t want to eat too many vegetables.

This will make it easier for your body to absorb the potassium from your vegetables, but it will also mean that you’ll have less potassium to use in your meals.

So the best way to increase potassium intake is to make sure you eat plenty of vegetables, especially the freshest ones.

One of the best ways to do this is to buy fresh vegetables, or to buy them at the supermarket, rather than cooking them or baking them.

The way to do that is by making your own fresh salads.

Make your own homemade salads with a few ingredients you can find at the market, and a few other ingredients that you can use in a recipe.

It may sound complicated, but this will help you maximize the amount you’re getting out of each vegetable.

One good way to prepare a homemade salad is to slice the vegetables and slice the fruit in half.

The resulting slices will be the right size for a salad.

If your salad is already prepared this way, you can also add some extra fruit to the salad to help you get the most potassium out.

If the salad is going to be a long one, you might want to add a little extra chopped fresh fruit and some diced onions.

Try adding some chopped green peppers or a bit of garlic to the mix.

But be careful: don’t add too much of either of these items into the mix!

You don’t need to make a lot more than you need.

If it’s too much, you may need to increase some of the other vegetables in your salad to make it extra filling.

How many servings of fruits, vegetables and salads do you need?

A good rule of thumb for estimating how much potassium you should eat is to divide the total amount of fruits or vegetables in a day by the number of servings of vegetables you’re eating.

So if you eat about two fruits a day, and another half a serving of vegetables a day for a week, you’ll need to have about five servings of fruit a day to get the same amount of sodium as you would by eating five fruits a week.

This means that if you had three fruits a night, you’d need to get three servings of tomatoes and two servings of strawberries, which are the most filling foods to eat for a day.

But you don�t need to do all this, since you’ll still get about the same sodium intake from your daily vegetable intake.

So what’s the right number of fruits to eat a day?

This depends on how much you eat each day.

You should probably start with the most popular fruits: avocados, peaches, strawberries, plums, bananas, grapes and citrus fruits.

If those are the fruits you eat the most, then you’ll be eating about the equivalent amount of fruit from each fruit per day, which will help to increase all the potassium your body needs.

But if those fruits aren’t your main focus, you should try eating some of your fruits and berries, especially if you have an extra large appetite or if you get tired of the same old foods.

How much potassium do I need to meet my potassium needs?

As a general rule

New Zealand has the most obese patients in the world

In New Zealand, one in four adults are overweight or obese, the Health Survey found.

In a country where most of the population are middle class, the figures are even higher.

The data was released on Friday by the Department of Health, which has been under fire from the public in recent weeks over its handling of obesity and the rise in the rate of diabetes.

New Zealand’s obesity rate has jumped by more than 10% over the last three years.

The country’s rates are now higher than France, Belgium and Germany, which have all seen a dramatic increase in obesity rates over the past decade.

New South Wales, the country’s most populous state, has the highest obesity rate in the country at 20.7%.

The most obese residents are aged over 65, with 22.6% of people overweight or obesity.

The report found that more than half of New Zealanders are overweight, with the highest proportion in their 40s and 50s.

This is the highest percentage of people in their 20s who are overweight in the OECD, the body of OECD countries.

The study also found that many New Zealand residents have high rates of diabetes, as a result of eating unhealthy diets and being overweight or overweight and obese.

Some people have a blood sugar level higher than 140mg/dl.

Newzealand has one of the highest rates of obesity in the developed world, with an obesity rate of 34.9% in 2012.

The Health Survey showed that over half of adults were overweight or had overweight or over-obese BMI (body mass index) of 25 or higher.

New Zealand had a higher proportion of overweight and over-weight people in its population than most OECD countries, the report found.

The survey showed that obesity rates among New Zealand citizens were higher than in most OECD nations, but the national average rate of obesity was higher.

However, New Zealand had the highest rate of obese people, with 28.7% of Newzemen aged 20-34.

In New South Africa, obesity was found to be higher in younger adults, with more than three-quarters of adults aged 25-34 having an overweight or a obese BMI.

In the OECD countries of Australia, Canada, France and the United Kingdom, obesity rates were higher among people aged over 50, with almost half of people over 50 overweight or having an obese BMI of 30 or higher, the survey found.

Obesity rates were highest among men, aged 25 to 34, and women, aged 20 to 24, but rates were also higher among children and young people.

In some countries, like Canada and Australia, obesity and diabetes rates were lower, the study found.

Health Minister Peter Dunne said the health service was committed to addressing obesity.

He said the government had recently launched a national obesity strategy, and had introduced measures to help address the obesity epidemic.

The government had introduced more than 100 programmes and measures to support people to reduce their risk factors for obesity, he said.

The new report also revealed that more people were diagnosed with diabetes in New Zealand than in any other OECD country, with 3.4 million people having diabetes.

People with diabetes are at a higher risk of complications, including heart disease, stroke and other complications.

However people with diabetes have more risk factors, such as being older and living in older age groups.

The OECD countries that have the highest diabetes rates in the World include: United States – 19.1% United Kingdom – 14.4% France – 11.8% Germany – 10.9 (Source: OECD) More than half the world’s population, or 2.4 billion people, have diabetes.

The WHO estimates that one in five people have diabetes worldwide.

Diabetes is the most common type of chronic disease in people of all ages and is a leading cause of disability and premature death.

The United States has the world number one diabetes prevalence, with about two in three Americans aged 25 and older.

More than one in three people in Australia and Japan have diabetes, the United Nations says.

People in the United States have the second highest diabetes prevalence rate of any country.

More on diabetes: What is diabetes?

What are the causes of diabetes?

Diabetes affects millions of people worldwide and is the third leading cause.

Diabetes affects people of every age group, from babies and young children to adults.

Diabetes can be treated by taking diabetes medications such as insulin, but many people who have diabetes do not get the necessary insulin.

People who have had diabetes can also be helped by lifestyle changes such as eating a healthy diet, exercising and losing weight.

Some research has suggested that lifestyle changes and physical activity could reduce diabetes risk.

New York City’s Department of Financial Services is one of several city departments that have taken steps to reduce obesity and prevent diabetes.

A new initiative called “New York City Obesity Strategy” aims to help city departments identify barriers that might limit the health of people living in the city.

New Yorkers will get a

How to save your life when your home elevators are leaking

How do you save your own life when elevators that are leaking are your home’s only source of oxygen?

According to the National Institutes of Health, elevators at home account for about one third of the air pollution that is currently being released from our homes.

Elevators are the primary way of ventilating your home, and many homes don’t have adequate ventilation systems to prevent this.

If you live in a home that has elevators in it, you need to understand how they work and what to do if your home suddenly becomes a toxic wasteland.

A common misconception is that elevators leak oxygen.

They actually pump air from the ceiling to the floor.

Most people know that air is pumped into an elevator when a cable is attached to a compressor.

But there is a major difference between the two.

The compressor that drives air into an air shaft can be connected to an electric motor, or they can be a rotary compressor.

Electric motors drive a compressor that pushes air in a shaft.

For a rotational compressor, air is forced up a shaft to a lower pressure.

However, a rotatory compressor is a more complicated device than a simple electric motor.

It is a combination of a compressor and a rotating shaft.

The rotary version is known as a piston engine, and it uses a rotating rotor.

The rotor rotates as the shaft is being rotated.

When a rotating shaft rotates, the air in the shaft starts to move.

The air in this air moves upwards, creating pressure.

This pressure pushes air from a lower air pressure level into the air above the shaft, creating an upward pressure.

The higher the air pressure, the more oxygen is being pushed into the cylinder.

Oxygen is a fuel that you can use to power an electric car, but it also can be used for your home.

It takes a large amount of air to move up a cylinder.

A compressor that is powered by air can work by sucking up more air and pushing it upwards into the chamber.

When this happens, the pressure increases and the air starts to fill the chamber, creating a pressure rise.

This increase in pressure causes the cylinder to expand, which pushes air up through the air shaft.

When air is sucked up through an air-sealed cylinder, there is less air above it.

This creates a pressure differential.

When the pressure differential is small, the piston is not working, and the cylinder can expand and contract with the pressure.

When it’s large, the compressor is working.

The process of air pushing through an elevator is known in air quality engineering as a “seismic shock wave”.

The seismic shock wave can create pressure differences in the air that is moving through the shaft.

If the pressure in the chamber is small enough, the seismic shock waves can create a pressure gradient between the chamber and the floor below.

The smaller the pressure gradient, the higher the pressure you can generate from a compressed air cylinder.

This pressure gradient can cause air to leak into your home or make your home a toxic waste dump.

According the American Society for Testing and Materials (ASTM) , the rate at which oxygen is leaking from an elevator system is less than one percent per year.

An oxygen sensor in an elevator at a residential building in San Diego, California.

source Google Public Health (US) title What are some ways to improve air quality?

article The problem is not that the air is leaking, it’s that the system is not functioning properly.

This is because the air doesn’t have enough pressure to push the air up to the cylinder and the pressure is too low.

These two things combine to create an air pressure gradient that can cause leaks. 

How can you prevent leaks?

When you have a leak, your air quality will improve if you:Take measures to increase your ventilation system

‘Ace of Spades’: A ‘Star Wars’ themed elevator girl

A “Star Wars” themed elevatorgirl has been installed at a New Delhi hotel after a fan requested a replica for the film.

The “Ace Of Spades” elevator, which looks like a huge silver droid, was unveiled last week by the Delhi-based Elevator Girls of India on their Facebook page.

The girl has the exact same design and design features as the real elevator girl, and the company claims it has the most “likes” of the entire project.

The company says it will install the “Aces of Spade” in five locations in the city in the next few months, and that it will continue to develop and build the model.