Sweet Potatoes

Sweet Potatoes Farmers Market Sweet Potato

What would you say to a very versatile food that’s fat-free and loaded with nutrients?

This’wonder vegetable’ is as sweet as pumpkin pie or could be salt and peppered and treated just like a French Frye!

Just as easy to prepare as any white potato, the sweet potato far surpasses its brightly colored cousin in nutrient performance.

White potatoes contains no vitamin A, however the sweet potato is loaded with vitamin A (from beta-carotene).

They are also a excellent source of manganese, vitamin B-6, potassium, iron and copper.

Along with being a powerful anti-oxidant source, SP’s have a very low glycemic index. This means that the carbohydrates in a SP have a very low effect on blood sugar levels. This means steady energy and less prospect of body fat production.

White potatoes on the other hand have a high glycemic index, which may raise glucose levels rapidly and cause body fat storage.

A small sweet potato (about 3 oz or 80 grams) has about 90 calories. Even a medium sized SP only has about 130-160 calories.

Don’t worry about the kids liking them. That is easy! I have fed many young children SP chips (which I bake). Kids find the new’orange colored French fries’ enjoyable and exciting. Slather with ketchup, mustard, or any other way you would eat a normal French Frye.

Let’s not forget the sweet potato patties, which it is easy to make or locate pre-made. Brown them up quickly in a skillet or bake.

Sweet potatoes are so good however, that it is not hard to eat them the easiest way of all. Baked, microwave, or boiled.

Treat them just like any white potato. But for a tasty twist, sprinkle some cinnamon (which is excellent for helping to stabilize blood glucose ) on top. If you want it a little sweeter, add only a teaspoon or two of brown sugar.

The tender sweet potato – dab them with salt and pepper, cinnamon, brown sugar, ketchup, mustard, baked with cheddar cheese (like scalloped potatoes), so many creative ways to enjoy this super healthy and delicious food! Enjoy and be healthy! They are even great with hot sauce!

Peanut Butter and weight gain

Peanut Butter Breakfast Food Dinner Jelly

Critics point out that peanut butter is rich is fat which could result in obesity and a range of diseases. How true is this?

A tbsp has 100 calories.

But don’t allow the fear of fat spoil your appetite. The fantastic news is that the fat in many nuts – including peanut butter – is largely monosaturated. That’s the kind that cleans your blood .

Additionally,”defatted” roasted peanuts are now available for people who value their waistline.

For starters, US regulations state that peanut butter has to be composed of 90 percent peanuts. Replacing the coconut oil with something less fattening may appeal to the health-conscious, but the mix would not taste like peanut butter at all.

So moderation is in order, especially if you’re concerned about those extra pounds. Many processed brands are also high in salt and sugar so read the labels before buying a product.

The same, peanut oil has received considerable scrutiny since researchers in 1970 concluded it somehow caused cholesterol to build up on artery walls. As it turned out, the researchers seem to have misinterpreted the nature of the artery damage they’d seen,” explained Mary Roach in Hippocrates magazine.

If you don’t consume the jar of peanut butter you bought, there’s no need to worry. Unopened jars can last up to a year in a cool, dry place based on Janet Bailey in Keeping Food Fresh. Refrigeration extends the shelf life of peanut butter. But before keeping yours in the refrigerator, use a good spoon to combine the peanut oil in organic products.

Indeed, all appears well with peanut butter until the aflatoxin scare witch rocked the United States and some Asian countries a few years ago. After reading about it in the papers, my world and those of other passionate peanut butter fans suddenly came tumbling down.

Is there sufficient reason to be worried about this aspect? Should we leave our love for the gooey stuff in view of published reports that some brands contain high levels of aflatoxin – a possible carcinogen? Find out in the third part of this series.

Risotto

Rice Vegetables Herbs Vegetarian Carrot Ro

The Italian food of the Veneto region poses a perplexing question: With so many dishes to choose from, how can anybody have only one favorite? Given the great regional variations within the area, not to mention between Veneto and the rest of the nation, there are a lot of special dishes waiting for you to discover them. But if risotto is something you crave, Veneto is definitely for you.

Aside from pasta, risotto is one of the most famous of Italian foods. And if some of the greatest Italian food dishes in existence are what you’re looking for, Veneto is a place you must visit, at least via the dinner table.

Risotto is a particular way of cooking rice, and is growing in popularity to take it’s rightful place alongside pasta in the pantheon of Italian food, such as many specialties of the Veneto area. To make a real risotto, the rice must first be cooked in olive oil or butter.

The rice has to be coated evenly in the butter oil, and toasted just until translucent. Broth is then added just a bit at a time, the idea is to gradually saturate the rice together with the broth, which helps it achieve it’s distinctive risotto texture. Unless the rice is toasted, it’s not risotto. Even if it’s served in the best of Italian food restaurants, it just isn’t the same unless toasted.

Risotto is an incredibly versatile dish; almost anything may be added to it. Due to the diversity of top quality local ingredients in the Veneto region, this makes for a fascinating variety of risottos to be tried. The local specialty (for example, seafood and fish in coastal regions ) tends to put in an appearance in the risotto.

The possibilities go far beyond seafood though, all sorts of fresh local specialties appear in the Veneto region. Pumpkin, asparagus, even radicchio turn up in these regional gems. Frog legs might even be found, a more trivial part of Italian food than many would suppose.

Italian food differs from the stereotype held by many; this is doubly true in the Veneto area, which features some wonderful dishes not found elsewhere in the country. Pasta and beans, for example is a very popular dish in Veneto and is turning up at more and more Italian restaurants all of the time.

Anchovy, in addition to stockfish are found in certain dishes of the Veneto area. However, the popularity of sausages dwarfs that of the humble anchovy, with the neighborhood dry-cured, pressed salami (sopressata) and garlic salami being special favorites.

In Veneto, the Italian food prominently features the local produce; radicchio and asparagus are things the Veneto region is well known for, as are legumes with rice. This is a dish found only in Veneto, and is something of a departure from what Italian food is generally assumed to be.

The Veneto region offers many distinct choices for the discriminating diner. From sopressata to vegetable dishes to it is unparalleled risotto, the Italian food of Veneto is an embarrassment of riches. If you require risotto to make it an Italian meal, the foods of Veneto are just the thing for you.

Questions about Acid Rain

Dying Tree Dead Wood Dead Plant Acid Rain

Acid rain, also known as”acid deposition”, is something we all have heard about, but it’s not uncommon not to fully understand what it means. Astringent precipitation is only rain, but with a higher concentration of acidity, meaning a lower pH value. You see, all rain has a small level of acidity as a result of mixing with naturally occurring oxides from the air.

Normal rain has a pH level between 5 and 7, making it either slightly acidic, slightly alkaline, or neutral. High acetic rain measures in at pH levels between 2 and 4. The most astringent rain ever recorded had a pH value of 2, which is similar to your household vinegar or lemon juice, which has pH values between 2.2 and 2.3.

What Causes it?

Acid rain is caused by air pollution resulting from burning coal and other fossil fuels, and the following chemical production from those procedures. Factories, power stations, and motor vehicles are a huge contributor to this kind of air pollution. When rain falls from these clouds, it is higher astringent rain.

How Does This Affect the Environment?

It’s suggested by scientists and scientist that acid rain dissolves essential minerals and nutrients in soil before plants and trees can use them. It’s thought that as a result, forests and coastal environments are declining in several parts of the world. More studies are still being conducted on the link between forest/aquatic decline and acetic rain, in various areas of the world.

Will it Hurt You?

Astringent rain cannot hurt humans or animals, directly. Since high acidity rain has pH levels similar to your everyday household vinegar or lemon juice, it will not burn your skin or damage you. Likewise, it will not burn or harm animals or pets .

Can it Damage Gardens?

Higher acidity rain can slow the growth and production of plants, trees, and more since it limits the number of minerals and nutrients they get from the soil. However, the chances of acid rain affecting your spring and summer gardens this year are very unlikely. The effects of acid rain take a substantial amount of time, and a considerable amount of high-acetic precipitation.

In very tiny doses, acid rain won’t likely harm you. In actuality, the majority of drinking water is seldom neutral since it contains a minimal amount of dissolved minerals. What’s more, all rain is naturally acetic, with an average pH around 5.6 or so. Truly acidic rain which you can’t drink because it will harm you can only be found in extreme environments, like in the mouth of an active volcano; so drinking acid rain is not a severe or necessary concern.

How Can We Stop it?

Using renewable energy sources such as solar power and wind power are highly effective initiatives for reducing air pollution and dangerous residual chemical production.

What to use instead of plastic

Plastic Cups Garbage Disposable Cups Empty

You understand well enough that vinyl is among the primary sources of contamination on our beautiful world. Embarking on a quest to reduce the amount of plastic waste should be on top of your list of priorities if you ever wish to pursue the eco-friendly means of living. Instead of putting up with the waste removal of what often feels like heaps of plastic, you should look into alternatives for this everyday material, which takes many shapes and forms. There are healthier choices, which you may do well to consider:

A thin film of plastic is enough to deter your good intentions. Some also come with a polystyrene tray to further burden the environment once the inevitable moment comes and you will need to dispose of everything but the food. Stop buying this and instead turn your sights to fresh produce instead. Pay more attention to the local farmer’s market.

Most teabags in the UK include a thin layer of polypropylene plastic, which eventually ends up leaking into the soil once teabags end up in a landfill. That’s just one reason you should substitute teabags with loose tea. Another one is the fact that it just tastes way better.

Plastic straws – if you’re looking to cull plastic things from your life, begin with the most useless one anyway – plastic straws. Drinking from glass or some other container with no straw changes nothing about the taste qualities of the beverage itself, so make certain to say no to a plastic straw offering.

Reuse your laundry bottle – if you have used the last drop of your laundry detergent, don’t be quick to dispose of the bottle. A lot of stores offer the opportunity to refill an empty bottle without needing to have a new one. It often comes out cheaper too.

Toothbrushes – traditionally, toothbrushes feature plastic fittings, which is somewhat gruesome. But you can replace your brush with one made of bamboo to leave the bristles as the sole plastic component in there,

Cotton buds – cotton buds aren’t only bad for the environment; they are also bad for your health. It has been proven again and again that cleaning your ears together poses serious health risks and does nothing to alleviate you from ear wax. If you’re using them just for other cleaning purposes, you need to replace with degradable card sticks.

Coffee cups – java movies have a plastic film on the inside, which makes them hard to recycle. This is so easy to fix: bring your disposable coffee cup and use just that to receive your morning dose of this empowering drink.

There are quite a lot of everyday plastic items you can replace with more environmentally friendly alternatives. It’s up to you to do so and ease the waste removal process.

How much oil is left

Oil Rig Oil Platform Oil Rig Repairs Oil R

There is coconut oil, you will find essential oils and then there’s cooking oil! There is a whole lot of those around the globe. Is there any crude oil on the market? What’s the situation of crude oil like?
This is a really tricky question.

While some major dailies are of the opinion thatwe still have 53.3 years of oil left, some others think that oil is still available in abundance.

Now, an individual would not know one from the other when so many opinions are thrown at them. Moreover, even though there are petroleum resources in abundance, lots of them are withheld either by terrorist organisations or by first world countries to sell at a really high price during the anticipated crisis.

How many manufacturing units will have the ability to buy crude oil at such high cost is unknown. It will definitely mean the end of Small and Medium Enterprises in the petroleum market as they obviously would not have that much capital. Thus, if oil was really available in abundance, industries would not close down due to shortage of raw material.

Well, this is the deal! Although it’s true that there are oil reserves in prosperity from the Middle East, Mexico and Venezuela, these reserves are not going to meet with the demand for oil. There’s a lot more need of oil than the oil in the reserves. This requirement will be extremely difficult to meet and sooner or later, the oil industry is going to go into a crisis. In fact, the crisis has already begun for small-scale businesses.

Thus, while we may continue to get a steady source of oil for a couple more decades, this supply will aid only those businesses and enterprises who can afford it. That will mainly be company giants and a few others who have done well. Even then, there may not be enough for all of them after state 50 years. Moreover, experts have estimated an increase in the requirement as time goes by.

Hence, one can estimate that oil industries are going to be in a challenging spot if quick action is not taken straight away. But is there a way out? Emulsified Oil is a green fuel that is manufactured out of by-products and can assist the world oil situation in a massive way. It is among the most plausible solutions available to us as of today. Moreover, Emulsified Heavy Furnace Oil or quantity 6 E.F.O isn’t just an eco friendly but also a cost efficient solution to the current issue. This will definitely help the businesses that have shut down due to raw material shortage in a huge way.

Why we need to recycle cardboard

Cardboard Box Cardboard Box Container Open

Ever wonder what happens to cardboard that you put into your recycling bin? Ever wonder what all those retail stores do with that cardboard that what comes in? Well, once the boxes are crushed they are sent for recycling, turns out cardboard is truly worth something, and there is a shortage, most of it ends up in”empty” cargo containers going back to China. The Chinese are huge buyers of our recyclables, cardboard very much included. Most of the boxes we get in the mail or delivered are made from recycled material, but not all.

Really, our think tank was talking this not long ago, and we did a little experiment to see, one of our members told us that he saw a stamp on one of his cardboard boxes – made in the US, and it was virgin cardboard never from recycled material, see we do create something still in the US apart from airliners and burgers. I told our think tank guy;”I am very happy to see your Virgin Cardboard Box was actually made in the united states, as I am confident you are as well.”

Is there a better way to recycle cardboard which makes it stronger next-round? What if we add ingredients as it’s broken down during the recycling phase, then during the next recycling stage, it might need a different procedure than present, although if the added components are broken down, dissolved and precipitated out, like the clear packaging tape is, during a very similar procedure, then we can win this way.

Still, if updates are needed, we catch the Chinese off their game, meaning we must process the cardboard from here on out, as they won’t have the amenities yet, and we can send rolls of product back to them at the freight containers as opposed to crushed and bundled cardboard cubes strapped with ties. What if we were to add rubber strands from old tires too recycled?

If the rubber remains equally distributed in the mulch, not much must be achieved, micro-fine ground sawdust is extremely flammable, but highly abundant around pre-fab components for building homes, lumber yards, furniture factories (sadly few left in the US – NAFTA sent them to Mexico, today however in Asia). So, sawdust is an abundant substance it seems. Are not there strict regulations on sawdust in the US? I mean OSHA, EPA, fire rules, etc.? It would be nice to get the rubber you mention from used tires, although that may be tough too as a result of toxins from the melting of rubber + the steel in the steel belted radial tires for advantage – certainly something to take into account.

How to make the electric vehicle more competitive

Amsterdam Smartcar Electric Car Eco Green

Electric vehicles have made some substantial headway in the marketplace, but still the amount on the street compared to gas powered vehicles is quite small, only a few percent at best. There are a few barriers to such a dream of everyone driving an electric car in the future. Let’s address some of them.

Here are five things to think about and challenges for EVs (electric vehicles) if they are to compete at the numbers of gasoline manufactured cars annually:

1). Road Tax Subsidies: In many states Departments of Motor Vehicles give registration discounts for EVs, meaning other car owners pay more, and a few states note they cannot take care of the reduction in revenues, so those tax breaks will soon disappear – again removing incentives to purchase an EV, in a time when the EV market is starting to take off.

2). Electricity Costs to Consumers: Consumers are currently being charged more for electricity as a result of mandates for alternative energy electrical grid electricity. During drought times hydro is diminished, and solar farms are generally put in areas far from the big metro users, meaning greater transmission lines are taking way to the desert costing billions of dollars + energy is lost for each mile of transmission. The price of solar isn’t cheap, nor is the cost of wind-energy. Although both are becoming more efficient, many of those formerly built solar, wind farms need a decent ROI and their prices were higher than the costs to construct new now. Higher electricity prices change the value and prices to consumers who charge their cars at home.

3). Electric Car Range: Proponents say it is improving by leaps and bounds, TRUE. That customer sentiment and perception is a PR problem to overcome for the EV industry and will take the time to reverse, thus hurting sales from the short-term.

4). Deficiency of Charging Stations: Proponents note that Tesla is working on this issue of EV charging stations – and yes, so that they are, good for them, but not everyone owns a Tesla or can afford you. As the price drops can Tesla still offer this? What about other buyers of smaller EVs, because if we want full-adoption men and women need charging stations so that they can go on excursions, not just driving. EVs limit consumer travel options, and because these vehicles cost more on average than regular cars, people will keep on buying what they are used to. EV industry will need to sell a few millions of cars a year before full adoption is achieved.

5). Time to Charge: Proponents note that the time to charge EVS is coming down dramatically, yes, but again the perception is not there in the minds of their consumers yet. And, not all of electric cars are built equally nor do they have similar battery technology letting them charge faster. Being from juice and having to wait to drive your car is exactly the same as being”stuck” and consumers hate the notion of that.

As we speak, engineers, scientists and business professionals are working on these things, but there is a ways to go, that means a good deal of upside yes, but still it is a long road ahead. Please consider this.

Ancient Star

Milky Way, Starry Sky, Night Sky, Star

As we gaze up at the night sky, while standing far from the interfering glare of bright city lights, we can see our Milky Way Galaxy stretching from horizon to horizon like a sparkling starlit grin –telling us that we are only a small part of something vast, ancient, and mysterious. Astronomers have long believed that our Galaxy is extremely old. Indeed, scientists have proposed that it may be almost as old as the Universe itself. In November 2018, astronomers with the Gemini Observatory announced they have discovered a tiny tattle-tale star that is likely the oldest known star dwelling in the disk of our Milky Way. Despite its unimpressive size, this diminutive star could play a significant role in our scientific knowledge of the true history and age of our Galaxy. The early star also sheds fresh light on the mysterious conditions that existed in the newborn Universe soon after its arrival in the Big Bang almost 14 billion years ago.

The Gemini Observatory is composed of twin 8.1-meter diameter optical/infrared telescopes that can together scan the entire sky. Gemini North and Gemini South are situated at two different locations in Hawaii and Chile, respectively.

The little tattle-tale celebrity has a very interesting story to tell. It’s old, small, and most importantly composed of components very similar to those that formed from the Big Bang. In order to host a star like this, the disk of our Milky Way might well be up to three billion years older than previously thought. Our Galaxy’s age was calculated to be roughly 13.51 billion years, while our Universe is believed to be roughly 13.8 billion years old.

“Our Sun likely descended from thousands of generations of short-lived massive stars that have lived and died since the Big Bang. However, what’s most interesting about this star is that it’d perhaps just one ancestor separating it and the beginnings of everything,” commented Dr. Kevin Schlaufman in a November 5, 2018 Gemini Observatory Press Release. Dr. Schlaufman is of Johns Hopkins University in Maryland, and lead author of this study published in the November 5, 2018 dilemma of The Astrophysical Journal.

The Big Bang theory suggests that the first generation of stars were composed almost entirely of hydrogen and helium. The Big Bang birth of the Universe formed only the lightest of nuclear elements–hydrogen, helium, and small quantities of lithium (Big Bang Nucleosynthesis). All nuclear elements heavier than helium–termed metals by astronomers–were made by the stars in their nuclear-fusing furnaces (Stellar Nucleosynthesis). Alternatively, in the event of the heaviest atomic components of –such as gold and uranium–in the powerful and fiery supernovae blasts that heralded the explosive demise of massive stars (Supernova Nucleosynthess).

When celebrities perish, their leading material is recycled to be utilised in the creation of new baby stars. Newborn stars receive–as their heritage from earlier generations of stars–all the elder stars newly forged heavier atomic elements. The oxygen you breathe, the iron in your blood, the calcium in your bones, the sand beneath your feet, the water that you drink, were all formed in the nuclear-fusing hearts of the Universe’s myriad stars.

Astronomers refer to stars which are depleted of nuclear elements heavier than helium as low metallicity stars. “However, this one has such low metallicity it’s known as an ultra metal poor star–this star could be one in ten million,” Dr. Schlaufman continued to explain in the Gemini Observatory Press Release.

The birth of the first generation of stars is among the most fascinating mysteries haunting cosmologists. However, the first stars to form in the Universe were unlike the celebrities we know today. This is because they formed directly from the pristine primordial gases churned out in the Big Bang itself. These primordial gases were mostly hydrogen and helium, and these two lightest of atomic components are believed to have gravitationally pulled themselves together to form ever tighter and tighter knots. The cores of the first generation of protostars to emerge from our ancient Universe first caught fire within the mysterious dark and frigid hearts of these exceptionally cold dense knots of pristine ancient gases–that finally collapsed under their own relentless, heavy gravitational pull. The very first stars did not form the same manner or even from the same elements as celebrities do now. The first stars are known as Population III stars. Our own Sun is a part of the youngest stellar generation, and is classified as a Population I star. Sandwiched between the youngest and oldest stellar generations are the Population II stars.

It’s been proposed that the massive primordial Population III stars were brilliant, and their existence is regarded as responsible for causing the Universe to change from what it once was to what it now is. These cryptic, dazzling first celebrities altered the dynamics of the Universe by heating it up and ionizing the present gases.

The metallicity of a star refers to the fraction of its substance that’s made up of atomic elements–metals–which are heavier than hydrogen and helium. Stars account for nearly all of the nuclear (visible) thing in the Cosmos, being composed primarily of hydrogen and helium. A star, regardless of which of the three leading generations it belongs to, will be a gigantic roiling, searing-hot sphere composed mostly of hydrogen gas. The term metallic in astronomical jargon doesn’t mean the same thing that it does in chemistry. Metallic bonds cannot exist at the extremely hot cores of stars, and the strongest of chemical bonds are only possible from the outer layers of cool”failed stars” called brown dwarfs. Brown dwarfs might be born the same manner as true stars, but they never quite manage to attain the necessary mass to light their nuclear-fusing stellar fires.

The metallicity of a celebrity offers an important tool that astronomers use to ascertain a specific celebrity’s true age. When the Universe was born, its”ordinary” atomic matter was mostly hydrogen which, by way of the process of primordial nucleosynthesis, proceeded to create a large amount of helium along with much smaller quantities of beryllium and lithium–but nothing thicker. The expression nucleosynthesis itself is defined as the process by which heavier atomic elements are made out of lighter ones, as the result of nuclear fusion (the combination of atomic nuclei.

Therefore, the leading Populations I, II, and III, display an increasing metal content with decreasing age. Population I stars, such as our Sun, have the maximum metal content, while Population III stars are depleted of metals. Population II stars have only trace quantities of metals.

A Big Starlit Smile

Galaxies like our Milky Way, are gravitationally bound systems composed of stars, interstellar gas, dust, stellar relics, and dark matter. Dark matter is regarded as composed of exotic non-atomic particles that do not interact with light or any other form of electromagnetic radiation, which makes it invisible. However, most astronomers believe that it really exists in the Universe since it does interact gravitationally with objects which can be observed. Dark matter is a far more abundant form of matter compared to”ordinary” atomic matter that composes the Universe that we’re most familiar with.

The word galaxy itself is taken from the Greek galaxias, translated literally as “milky”. Galaxies can range in size from dwarfs that sponsor just a couple hundred million stars to galactic behemoths that contain an astounding one hundred trillion stellar inhabitants, each orbiting around its galaxy’s center of mass.

Relatively small, spherical, and closely bound collections of celebrities termed globular clusters are one of the most ancient objects in our Milky Way. The ages of individual stars in our Galaxy could be estimated by measuring the abundance of long-lived radioactive elements such as thorium-232 and uranium-238. Astronomers can then compare the results to estimates of their original abundance, by means of a technique termed nucleocosmochronology.

Several individual stars have been discovered in our Galaxy’s halo with ages measured very close to the 13.80-billion-year-old Universe. As the most ancient known item inhabiting our Milky Way at the moment, this dimension put a lower limit on our Galaxy’s age.

The era of stars dwelling from the Galactic thin disk was also estimated by astronomers with nucleocosmochronology. Measurements of stars inhabiting the thin disk indicate they were created roughly 8.8 billion years ago–give or take about 1.7 billion years. These measurements indicate that there was an interval of nearly 5 billion years between the creation of the Galactic halo and the thin disk. More recent studies of the chemical signatures of thousands of stars indicate that starbirth might have plummeted by an order of magnitude at the time of disc formation, 8 to 10 billion years ago, when interstellar gas was much too hot to give birth to new baby stars at precisely the same rate as before. Even though it seems counterintuitive, things have to get really cold for a fiery new stellar baby to be born.

Satellite galaxies surrounding our Milky Way aren’t dispersed randomly. Indeed, they appear to be the result of an early break-up of some larger system that produced a ring arrangement about 500,000 light-years in diameter and 50,000 light-years wide. Close and catastrophic encounters between galaxies tear off enormous tails of gas which, over time, can coalesce to make dwarf galaxies.

In November 2018, astronomers reported the discovery of the small tattle-tale star that’s one of the oldest inhabiting the Universe. This tiny star may also be one of the very first stars to be born in the Cosmos, and it is categorized as an ultra-metal-poor (UMP) star composed almost entirely of matter formed in the Big Bang. Astronomers refer to these stars that are depleted of heavy metals as low metallicity stars. “But this one has such low metallicity, its known as an ultra metal poor star–this star could be one in ten thousand,” Dr. Schlaufman commented in the November 5, 2018 Gemini Observatory Press Release.

2MASS J18082002-5104378 B

Really, this star’s location within our Milky Way’s disc –that is usually both crowded and extremely active–is a surprise.

2MASS J18082002-5104378 B is a member of a binary stellar system. It is the smaller companion of a low-metallicity celebrity observed in 2014 and 2015 from the European Southern Observatory’s (ESO’s) Very Large Telescope UT2. Before the discovery of the tiny tattle-tale star, astronomers had wrongly assumed that the binary system could host a stellar mass black hole or a neutron star. Stellar mass black holes and neutron stars are the relics that massive stars leave behind once they’ve gone supernova. From April 2016 to July 2017, Dr. Schlaufman and his colleagues used the Gemini Multi Object Spectrograph (GMOS) on the Gemini South telescope in Chile and the Magellan Clay Telescope located at Las Campanas Observatory, so as to study the stellar system’s light and measure its relative motions, like this discovering the small UMP by spotting its gravitational pull on its stellar partner.

“Gemini was critical for this discovery, as the elastic observing modes allowed weekly check-ins on the system over six months,” Dr. Schlaufman commented in the November 5, 2018 Gemini Observatory Press Release.

“Understanding the history of our own Galaxy is critical for humanity to comprehend the wider history of the whole Universe,” noted Dr. Chris Davis at the same Press Release. NSF Offers financing for the Gemini Observatory on behalf of the USA.

2MASS J18082002-5104378 B comprises approximately a mere 14 percent of the mass of our Sun which makes it a red dwarf star. Red dwarfs are also the most numerous stars inhabiting our Galaxy.

“Diminutive stars like these tend to shine for a very long time. This star has aged well. It looks precisely the same now as it did when it formed 13.5 billion years back,” Dr. Schlaufman stated in the November 5, 2018 Gemini Observatory Press Release.

The discovery of 2MASS J18082002-5104378 B is important since it provides astronomers with new hope for discovering more of those ancient stars which shed new light on what happened in the primordial Universe. Just about 30 UMPs have been identified so far. However, as Dr. Schlaufman concluded,”Observations such as these are paving the way to possibly one day finding that elusive first generation star.”

Judith E. Braffman-Miller is a writer and astronomer whose articles have been published since 1981 in various magazines, journals, and papers. Although she has written on a variety of topics, she especially loves writing about astronomy as it gives her the opportunity to communicate to others some of the numerous wonders of her field. Her first book,”Wisps, Ashes, and Smoke,” will be released soon.

Engineering, is it for you

Trinity College Dublin Ireland Building Hi

Maybe it’s not a million dollar question, but definitely, it is going to enable you to earn million dollars if you are smart enough to make a life-changing decision and find the right answer!

The world is digitized, organized, and united implementations of calculative ideas to enhance the innovations for better , so the value for skilled engineers will not fade in days to come. Therefore engineering is still the best career option.

In our everyday life, we constantly prefer a safe method to deal with many situations, and education is no different in this context. But, we always give special importance to the career-related decisions, getting to the intermediate instruction could be one of the best examples. We all know that higher education system needs transparency in every movement, but still, we give equal attention to intermediate study circle also, simply to upkeep the basic level education. But this kind of strategy is now moved to next level; as a consequence, our taste is more towards the reputed schools these days, and the instructional environment will help a student to build a strong base to perform well in higher studies.

Moreover, the higher education system is not different in comparison with lower grade studies. Whereas the choice of a college depends upon the placement track record of prior years and the current education standard of the institute, the best part is people are getting used to this type of process. But the means of thinking changes according to the time, and the surrounding environment. Thus, we can say that our tastes for the studies aren’t same as before, the majority of our decisions are now based on the current trend and the best choice to match our requirements.

Over the past ten years, engineering has been one of the top-rated career choices around the country. Big cities such as Bengaluru, Delhi, Pune, Hyderabad, and Chennai has generated the numerous job opportunities and provided a nest to several engineers. However, in last four years, the lack of jobs in engineering field has affected the budding engineers and prominence to the technology is decreasing. The abrupt downfall in employment is only a sign of lacking an excellent education, and the lack of required skills in a graduate, which are fundamental need to fulfill the industry standard.

“In present days, the technology jobs are skills pushed, so the companies will give prominence to the skills set rather than only academic performance.”

The change is unavoidable for a reason, if it confides a strong intent, then we must adapt it for a fruitful outcome. In precisely the same way, if you’re not sure about your decision of choosing engineer as a career path, then ask these questions to yourself, if you have the ability to answer them with no hiccups then you will be confident about your next move!

* Is that okay if you are surrounded by challenging atmosphere?
* Heartbreaks are typical in examinations, is that manageable for you?
* Days after engineering: You will get a job opportunity based on your abilities; grades might be just part of it
* The beginning: Selecting an engineering college is the newest challenge, how will you handle it?

The modern engineering education system has changed the way of teaching, and the students don’t rely on the faculty anymore, instead, they study independently and seek faculty help only when required. So the mindset of a pupil should welcome such practices.

Initial days of engineering would make you feel uneasy because of college environment, interaction with the lecturers, and the daily routine. It takes a while to adjust to the new beginning, and it is challenging for a student to understand how to take an individualistic decision in day-to-day life to deal with the new world.

Learning is not merely limited to the professors; you may need to appear beyond the eyesight to search for new opportunities to achieve the heights. The quick learning and adaption of new practices can help you to be a better person, and it’s a quality of powerful engineer however. If you are capable of accepting the challenges and confident enough to tackle the hurdles, then the engineering is the best career choice for you!