Low-and-slow smoking transforms tough cuts into tender, flavorful cuisine

The benefits of sous vide: cooking food in bags immersed in water

Through this technique, food can be prepared to precise temperatures lower than those of open flames, without the risk of overcooking, with less oil, fat, and salt, and without requiring ongoing attention. By allowing for long cooking times, tougher cuts of meat can also be prepared at lower temperatures.

Discover the chemistry behind smoking foods, including the types of smoking and the source of smoking flavors and colors.

Understanding the biochemistry of ingredients and taste can improve flavor and texture

Keeping eggs at room temperature produces smoother batters when baking, and doing the same with tomatoes helps prevent a mealy, granular mouthfeel. Salting meat a day before gives more time for proteins to break down, improving flavor and tenderness, while cooking vegetables in well-salted water can lock in nutrients and color.

The food took root with Black Americans in the Civil War era

Because the technique requires little equipment and can tenderize tough or undesirable cuts of meat like ribs, barbecue took root among impoverished Black Americans in the late 1800s. When these communities moved north during the Great Migration, barbecue followed.

Barbecue can be made with direct or indirect heat

Direct heat, called “grilling” in the USA, involves quickly cooking ingredients directly over the heat source. It's usually used for hamburgers or Japanese yakitori skewers. Indirect heat, where the ingredients are placed adjacent to the flames to cook “low and slow,” is associated with American barbecue dishes like smoked brisket.

Memphis-style barbecue emphasizes pork

The cuisine's signature dish is dry-rubbed ribs. Before smoking, the meat gets a spice rub with paprika and chili powder. Some restaurants also offer their ribs “wet” (with sauce) or “muddy” (a mixture of sauce and rub).

Watch a pro butcher turn half a pig into eight common meals

The variety of food derived from a pig is enormous—from the common hot dog to delicate capicola. Watch butcher John Ratliff transform this meat into the basis of some of the most well-known meals.

Barbecue is a cooking style practiced across the globe

How many ways are there to cook meat over a fire? Tons, it turns out. Every continent, barring Antarctica, has a local version (or versions) of barbecue. For instance, in Japan, it’s meat-laden skewers cooked over Japanese oak charcoal. Head down to Argentina, and you’ll find parillas—open-flame grills that impart a smoky char to the ingredients.

Barbecue relies on a unique scientific equation

Barbecue's distinct flavor starts with an interaction between the heat source and food, which creates a Maillard Reaction—better known to diners as those crunchy, caramelized bits on the outside.

How to cook food with lasers

Creative Machines Lab at Columbia Engineering have developed a system of software-controlled lasers to cook food with precision, retain moisture with the final-cooked product, brown food within its original packaging, and create an entirely new meal creation process for a consumer. Watch this three-minute video to see for yourself.

How freeze-drying leaves food with less than 4% of its original water content

In specialized equipment, foods are brought down to temperatures below freezing before a vacuum pump removes the air from the container, lowering the pressure around the food and the boiling temperature of water. Heaters beneath the food slowly raise its temperature above the now-reduced boiling point, causing the water to go from a frozen to a gaseous state.

Kansas City barbecue makes use of 'burnt ends'

The Midwest city has its own delicious tradition, serving the double-smoked chunks of fatty brisket slathered in the region’s signature thick, sweet-and-spicy sauce.

The history of molecular gastronomy, from thickening yolks with alcohol to making art with food

Before understanding why they worked, humans used scientific principles, including designing solutions and analyzing outcomes, to develop preservation methods like curing meat and fermenting vegetables. By the 20th century, the application of industrialized food preparation to smaller kitchens set the stage for the subdiscipline of food science.

When it's good for your food to stick in the pan

Non-stick cookware has wired us to think any sticking in the pan is bad. While that's true for cleaning purposes, some foods—like thin smash burgers or sauces—require that stickiness to achieve the right taste or shape.

American barbecue varies by region, with particularly strong traditions in the 'barbecue belt' of Texas, Memphis, Kansas City, and the Carolinas.

Watch someone follow an early American recipe using 19th-century technology

Following an old cookbook, one woman makes meatballs, pastries, potatoes, and spinach over her fireplace. The springtime dinner is taken from a 1778 book titled The Art of Cookery, which remained a bestseller throughout the 1820s.

How Michelin-starred chefs cook steak

Earning a Michelin star is no easy feat; neither is cooking a steak. This tutorial, featuring three Michelin-starred chefs, shows how the pros tackle the subtle art, walking even the most kitchen-averse eaters through the best ways to cook a great cut.

What it's like to be a competitive barbecue judge

Follow food writer and barbecue lover Mattie John Bamman as he tries to become a certified barbecue judge. The training is practical and subjective, involving learning the strict Kansas City Barbecue Society standards and the judges’ (literal) tastes.

The importance of volatile aroma compounds in the flavor quality of food

Processes such as air movement and heating cause food to lose aroma molecules, which studies have shown play a major role in our sense of taste. While losing these molecules to the environment leaves fewer to be processed during consumption to intensify flavor, it can also produce previously nonexistent aroma compounds or release previously trapped ones, altering or enhancing the food's flavor.

Explaining why salt should be used to season food early in the cooking process

Experiments involving the same dishes, with salt added at the start of cooking versus at the end, have been shown to yield drastically different taste outcomes because salt takes time to diffuse into foods, particularly vegetables, whose cells are surrounded by cellular membranes and walls. Salting at the end will produce a concentrated surface coating, rather than even seasoning.

Americans' love of combining freedom and charred meat began in the 1800s

In the 19th century, politicians (particularly in Virginia) hosted large public barbecues to celebrate Independence Day and, of course, boost their own campaigns. When personal grills became common in the 20th century, the tradition moved into backyards and block parties, where it's still going strong today.

Blue zone cooking—a concept that journalist Dan Buettner developed from his reporting on centenarian populations—emphasizes cooking with simple, fresh ingredients and echoes themes of the well-known Mediterranean diet.

The basics of synthetic meat

Lab-grown meat companies promise to remove animal slaughter from the production process. But they have run into a few road bumps along the way.

A collection of molecular gastronomy techniques, from flavored air to turning oils into powder

Soy lecithin can be blended with flavored mixtures, such as herbs and Parmesan, to produce edible bubbles, which can be frozen into a solid foam. Maltodextrin can be combined with liquid fats in a food processor to create light, flavorful powders.

Cookout and barbecue culture boomed in post-war 1950s America

Magazines like "Life" fueled the outdoor cooking craze, and by 1955, barbecue had grown into a $100 million industry. American Studies scholar Kristin L. Matthews explains that the trend fit neatly with Cold War-era consumerism and the emphasis on home ownership.

How cultured meat is made

In recent years, a number of companies have debuted meatless alternatives to traditional burgers, chicken, and more. Some are made from soy, while others use molecular formulations to recreate the flavor profile and texture of meat. Now, actual meat...

How synthetic meat is made

The future of meat is cheaper, faster, and more environmentally friendly—it will also be grown in a lab. This three-minute video breaks down how exactly lab-grown meat is made.

Pellet grills evenly distribute heat across a grill

Using ignited wooden pellets and fans to evenly distribute the heat across the cooking surface, pellet grills give food deep flavor and grant cooks more control, offering a newfangled take on barbecue.

Korean barbecue uses thin slices of marinated beef

Korean food, and specifically Korean barbecue, jumped across the Pacific to become one of the fastest-growing international cuisines in the United States. In Korean restaurants, dishes like bulgogi (thin slices of marinated beef) are grilled at the table and accompanied by a wide variety of side dishes.

How the methods of catching fish for food affects their taste

Commercially caught fish are often killed through suffocation, allowing the causing the fish extreme stress and flooding their bodies with stress hormones and lactic acid. These chemicals cause the fish's flesh to become bitter where it was once rich and quickens the rotting process.

High freezing speed restricts the development of gritty crystal chunks in ice cream

For this reason, ice cream does not maintain its smoothness when refrozen in a traditional freezer over several hours. The smooth texture is also made possible by balancing fat, sugar, and emulsifiers.

A breakdown of gelling agents used to modify a liquid's texture

Gelatin, agar, and other substances form a structural network that traps liquid, making it appear solid and enabling chefs to create stable layers in pastries and confectionery products. In different concentrations, they can also be used to thicken liquids into gels or encase them in gelatinous spheres.

Meat raffles are charitable events popular in the Midwest

The events, which take place at bars, often during sporting events, allow you to buy a ticket (usually for a dollar) and earn the chance to win some uncooked meat to take home and throw on the barbecue.

How chefs suspend liquid in edible pearls resembling caviar to introduce a new texture to fluids

Through spherification, drops of a solution of sodium alginate and a flavored liquid are placed in a calcium lactate solution, which forms a chemical skin around them. This is because calcium replaces the sodium in the alginate chains, forming a gel around each drop's liquid interior.

Learn the history of food science breakthroughs from the 20th century

Long after humans developed the means to produce sufficient food to feed civilizations, scientific research focused on a wide variety of objectives, such as developing methods to preserve food quality (accomplished via frozen food), speeding up cooking (leading to the microwave), and lowering the cost of sweetening food, which high fructose corn syrup provides.

Watch the iterative process of successfully printing a slice of vegan cheesecake

3D printing food requires integrating ingredients with a variety of properties, which may not all resist the physical stress of stacking. This means successful 3D printing of food may require rethinking how ingredients are layered and modifying ratios of each, potentially sacrificing taste for structural integrity.

'Braai' is South Africa's take on barbecue

Braai—a colloquialism for the Afrikaner word for “grilled meat”—is a South African tradition similar to American cookouts, where communities gather to cook meat over a wood fire.

Spanish conquistadors encountered barbecue in the 16th century and called it 'barbacoa.'

The South prefers the term 'cookout'

A 2016 Eater poll showed that folks from the South generally prefer "cookout" to describe a backyard event centered around barbecued meat. In fact, that preference extends to much of the country, with 65% of Americans saying they prefer the term.

Beard was influenced by his godfather, a Chinese-born cook

Beard made no secret of the impact that Jue-Let, his godfather, had on his own love of food and cooking. Beard wrote about Let, though he has still been relegated to the annals of American cooking, something historians say is unfortunately common for minorities.

To reduce wrinkles in clothing, research recommends gentle wash cycles with more water and tumble drying with smaller loads and longer times.

Chemistry-informed advice for cooking pasta, including how to prevent clumping noodles

On a molecular level, pasta dough consists of protein structures that hold starch molecules, and the starches absorb water during cooking, forming a gel that softens the pasta. Pasta should not be rinsed after cooking. Instead, some of the pasta water should be added to the pasta sauce, as the gelatinous starch will help the sauce stick to the pasta.

What makes food crispy, and how science can be used to maximize this property

The fracturing texture experienced when biting into vegetable tempura, fried chicken, pastry crusts, and other foods comes from having a dehydrated, porous surface. When frying food in hot oil, trapped water vaporizes and escapes, creating tunnels and pores in the food as it dehydrates. Breading, particularly with the large, irregular shapes of panko, and leaveners can help create more air spaces.

Watch an animation of what happens inside cookies as they bake in an oven

As temperatures rise and butter melts, trapped water expands, spreading the dough, which remains held together by a network of proteins. Maillard reactions produce browning on the surface beyond 310 degrees Fahrenheit (154 degrees Celsius), while caramelization can be triggered by baking past 356 degrees Fahrenheit (180 degrees Celsius).

'Slow productivity' as a humane approach to work

Work is increasingly encroaching on every part of our lives, while digital technologies enable supervisors to micromanage every part of an employee’s day. “Slow productivity” is a movement to alter the pace and quality of one’s work to avoid burnout and provide a more humane approach to work.

Lasers can be used to reduce the motion of atoms because particles of light—photons—can collide with particles of matter, as billiard balls do, to slow them down.

How texture affects taste

Texture is the brain's interpretation of several sensations, including pressure, as registered by our teeth, tongue, and finger tips, and sound, as recorded by our ears. Texture also speaks to food particle sizes—smaller than 35 microns contributes to the sensation of creamy—and the balance between flavor and mouth time, such as the crunch of a crispy chip or the bounce of a chewy caramel.

Texas' includes German, Mexican, and Polish influences

Beef brisket, served with white bread and pickles, and sausage—a holdover from German immigration in the 1800s—are two of the most popular dishes. The southern end of the state brings together Mexican barbacoa and fajitas.

Cocktails now increasingly feature strange ingredients like bacon fat

Cocktail mixology has evolved in recent decades, shifting from a revival and reimagining of old favorites to pure experimentation. Where drinks were at one time anchored by a long-established favorite, now drink menus can feel incomprehensible to the average drinker, and little to indicate what the ultimate flavor profile of the libation will be.

How fermentation enables the pickling of food and the production of beer

This process occurs when microbes produce lactic acid, ethanol, or carbon dioxide after consuming sugars. The acid helps preserve vegetables in a brine solution during pickling and gives them a sour taste, while ethanol serves as the inebriant in alcoholic beverages. The acid and carbon dioxide give sourdough bread its taste and texture.