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The Scientific Secret to Perfect Nachos

Thanksgiving has its turkey. Valentine’s Day, its chocolates. And Super Bowl Sunday has chips, wings, pizza, pretzels, and perhaps most importantly, nachos. If you want the best nachos (and who doesn’t?) the above video from Reactions has got you covered. 

It seems like it would be easy to make great nachos. Get some tortilla chips, sprinkle (or dump) on your favorite ingredients, and melt some cheese over the top. But things tend to go wrong at that last step. Processed cheese sauce often makes chips soggy and can’t quite replicate that real-cheese taste. But melting cheddar or pepper jack never achieves that ooey gooey consistency. You end up with a pot full of charred chunks or oily cheese sludge. Not so delicious.

Fortunately, science has a solution, and if you’re quick, you can have it in hand by game day. Check out the video for the details, and follow the Reactions squad’s scientifically proven nacho cheese recipe below.

Next-Level Nacho Cheese

1. Put a pot on the stove at medium heat.
2. Add one cup of your favorite beer
3. Add two teaspoons of sodium citrate and stir until dissolved.
4. Bring beer to a simmer and slowly add your favorite cheese, preferably a cheddar, and whisk it in there until you've got yourself a smooth, creamy cheese sauce.
5. Take it to the next level with your own special ingredient(s). Hot sauce? Peppers? Onions? Whatever floats your boat.
6. Pour over your nachos, or hey, it works great as a solo dip as well.
7. Become a Super Bowl snack legend.
8. Profit. 

Header image and recipe from YouTube/Reactions.

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science
New Clear Coating for Everyday Objects Repels Practically All Liquids
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A new clear coating that is said to repel just about everything—peanut butter included—aims to halt the advance of sticky fingers. Developed by researchers at the University of Michigan, the substance can be applied to a variety of surfaces to keep them smudge- and crud-free, including smartphone and laptop screens, windows, walls, and countertops.

Researchers used algorithms to predict which substances would yield an efficient omniphobic coating, or in other words, something capable of repelling oils, alcohols, and other liquids while remaining durable and smooth. Made from a mix of fluorinated polyurethane and a fluid-repellent molecule called F-POSS, the coating can be “sprayed, brushed, dipped, or spin-coated onto a wide variety of surfaces, where it binds tightly,” according to the University of Michigan’s website.

The team’s findings were published in the March issue of the journal ACS Applied Materials Interfaces. Associate professor Anish Tuteja, who headed up the University of Michigan research team, says it could be a godsend for parents of young tots.

"I have a 2-year-old at home, so for me, this particular project was about more than just the science," Tuteja said in a statement. "We're excited about what this could do to make homes and daycares cleaner places, and we're looking at a variety of possible applications in industry as well."

The team is currently conducting follow-up tests to ensure the coating is nontoxic, but if all checks out, it could find its way into kindergarten classes and daycare centers within the next two years.

Child-proofing everyday objects for the sake of cleanliness isn’t its only potential application, though. The university notes that it could be beneficial to “all industries that depend on the condensation of liquids,” such as refrigeration, power generation, and oil refining.

In recent years, other researchers have set out to create omniphobic coatings, some of which have been successful. However, this undertaking is typically challenging and involves complex synthetic chemistry, according to Chemistry World.

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Food
Why You Never See Fresh Olives at the Grocery Store
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If given a choice, most grocery shoppers prefer fresh produce over something that's been pumped full of preservatives. Yet shoppers are almost never given that choice when it comes to olives. The small, meaty fruits can be found floating in brines, packed in cans, and stuffed with pimentos, but they're hardly ever shipped to the store straight off the tree. As the video series Reactions explains, there's a good reason for that.

In their natural state, because they contain high concentrations of a bitter-tasting compound called oleuropein, fresh olives are practically inedible. To make the food palatable, olive producers have to get rid of these nasty-tasting chemicals, either by soaking them in water, fermenting them in salt brine, or treating them with sodium hydroxide.

Because of its speed, food manufacturers prefer the sodium hydroxide method. Commonly known as lye, sodium hydroxide accelerates the chemical breakdown of oleuropein into compounds that have a less aggressive taste. While other processes can take several weeks to work, sodium hydroxide only takes one week.

Afterward, the olives are washed to remove the caustic lye, then packed with water and salt to extend their shelf life, giving them their distinct briny flavor.

For more on the chemistry of olives, check out the full video from Reactions below.

[h/t Reactions]

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