DennisLinkletter

Progress Report Legs are not what I want them to be but it's fun to share the progress with you..

Second Peek.. 19.5" OTB She's coming together.. still needs some fine tuning but the essence is there.

Please don't ask when!

Here it is the first stages of my new 19.5" OTB New lower standing next to it's big brother.. Measure your KK as you wish, I choose to measure my Komodos like a monitor diagonally front to rear. As you can see this new Komodo is a 19.5 And big brother is 23"

New Box going out soon.. All Gen II OTBs

That's the long way home.. If you really, really wanted to do this......you could drill out the shaft going from basket to the socket, the inside of the basket, the socket, the socket to motor shaft and extend it. Then lastly drill out the back of the motor. Hehe -=Jasen=- If I were to put a sprung drilled out solid shaft with a bearing on the left side and put a plug connection in the bottom of the socket, the cradle shaft could have the male counterpart.. Out the LEFT side.

Yup, still comes with a harness.

That's water bugs and bamboo worms! This, from a guy who lets his kids eat water bugs and maggots. Not to mention, eats them himself! Thanks, Dennis. Really. Thanks. But, uh... no thanks. Maggots.. eew yuck! Come on, even us bug eaters gotta draw the line somewhere.. That's water bugs and bamboo worms! But Sanny, I'm only talking watermelon..

I think we should try one.. Living in a third world country I see food left unrefrigerated and unheated everywhere and of course this would be considered a potentially hazardous to us Americans. You would think that lots of people would get sick but somehow that's not the situation. I've come to the conclusion that if one is exposed to these high bacteria levels for years or since childhood, it boosts your immunity to them. I think that these purported high bacteria levels might be dangerous for old or sickly people but are generally fine for healthy (non-American;-) adults. The poorest majority of course do not even have refridgerators.. To compensate for this, they over cook everything to protect themselves against bacteria blooms.

While reading the other heat article, they wrote about "sous-vide" cooking, in which food is sealed in a plastic bag, placed in a precisely controlled water bath and heated through at exactly the temperature that gives the desired doneness. A quick google search turned up this fascinating article. Hate to promote non Q cooking but I think we can learn about temp control and how important it is from this science/art. I gotta try that egg at 64.5 degrees Celsius.. Enjoy... August 14, 2005 Under Pressure By AMANDA HESSER A few weeks ago at Per Se, Thomas Keller's four-star restaurant in New York City, a waiter set a salad of diced watermelon and hearts of peach palm in front of me. ''This is watermelon that has been Cryovacked,'' he explained. ''It's something new we're doing. I think you will like it.'' This was a watershed moment on two accounts. First, because Keller had indeed managed to make something as mundane as watermelon taste different -- it had the crisp density of a McIntosh apple. But also because American dining has reached the level of sophistication at which a waiter will assume that a diner knows what ''Cryovacked'' is, and that this knowledge will enhance the experience of tasting diced watermelon. That won't be assumed here. ''Cryovacking'' is an industry term for putting food in a plastic bag and vacuum-packing it. Sometimes the food is then cooked in the bag. Other times, the pressure of the packing process is used to infuse flavors into ingredients. The watermelon, for instance, was vacuum-packed with 20 pounds of pressure per square centimeter, to compact the fruit's cells and concentrate its flavor. It had the texture of meat. Just the thing for backyard picnics. Cryovacking, which is more often called sous vide (French for ''under vacuum''), is poised to change the way restaurant chefs cook -- and like the Wolf stove and the immersion blender, it will probably trickle down to the home kitchen someday. Cryovacking has also given great momentum to the scientific cooking revolution of the last five years. Chefs have begun using techniques developed for industrial food production and advances in science to manipulate the chemical make-up of proteins, starches and fats to create new textures and flavors -- everything from fried mayonnaise to hot gelatins. Ferran Adriá is often seen as the hero of this movement. From his tiny restaurant, El Bulli, in Rosas, Spain, Adriá has sought to reform diners' expectations of ingredients like caviar (his might look just like osetra but is made of squid ink and calcium chloride) and to invent new flavors and textures (carrot juice frothed to a texture he calls ''air''). But the man who helped Keller master the technique that would compress watermelon and poach lobster with exquisite results, who taught Wylie Dufresne how to ''flash pickle'' water chestnuts with honey and sherry vinegar and who is having a greater impact on how people cook than anyone since Escoffier is not even a chef. Bruno Goussault, 63, is both a scientist and an economist. He has been training chefs like Fabio Trabocchi at the Ritz-Carlton and Michel Richard at Citronelle, both in Washington, Dan Barber at Blue Hill in New York and Daniel Boulud at Daniel, also in New York, not only how to use sous vide but also to understand the science behind it. Where Escoffier organized the way chefs cook, dividing the professional kitchen into stations (sauces, cold foods, sautéing, pastry), Goussault has reprogrammed their approach to temperature, technique and taste -- their fundamental understanding of cooking. At Charlie Trotter's in Chicago, the intense heat and scrape of pans against the stove is giving way to an almost placid atmosphere, the barely audible hum of water baths that run 24 hours a day. Dufresne, the chef at the innovative Manhattan restaurant WD-50, calls Goussault's contribution to cooking ''monumental.'' The advancements he has made are on par with the invention of the food processor and the gas stove, Thomas Keller says, and they will be around forever. ''With the Cuisinart,'' Keller says, ''there was no one that came with it. You got the book inside. With sous vide, the technology is so complex and there are so many variables. The thing that comes with sous vide is Bruno.'' When I met Goussault this past June, he was working at the American office of Cuisine Solutions, a food manufacturer in Alexandria, Va. He had on a blue checked shirt and a tie dotted with tiny bunnies. Goussault wanted to show me around the Cuisine Solutions plant, so we dressed in lab coats, booties, shower caps and masks, as if we were preparing for surgery, then headed into the damp, cold world of a food factory. In one room, a row of square steel vats was set on a platform. Inside one of the vats, hundreds of lamb shanks, sealed in vacuum-packed plastic bags, were submerged in water, cooking. There was no scent of food, nor the kind of steam and heat we normally associate with cooking. ''When you cook at home, you have a lot of flavor in your apartment,'' Goussault explained. ''And when you cook sous vide, all that flavor is inside the bag.'' The sous vide bag works as a hermetic seal, keeping in both juices and aroma; and by cooking in water, you get better heat transfer than you would in, say, an oven. Goussault began working more intensively with Cuisine Solutions' American operations in 1998. The company, which now grosses $50 million a year, prepares food for the Super Bowl, Costco, the first-class cabins on Air France and American Airlines, the MGM Grand in Las Vegas and large hotel chains like Westin and Hyatt. Much of that food is cooked sous vide. When you order braised short ribs at the Hyatt Regency in Phoenix, what you are served was actually cooked for 42 hours in Virginia and then simply reheated in the bag and garnished in Phoenix. Until recently, Goussault's most significant work had been on this scale. He developed the sous vide process for a number of hotels and food companies in France, Japan, Hong Kong, the Philippines and the U.S., enabling them to produce higher quality foods without preservatives. And in Norway, Chile and Africa, he designed fish-processing factories, where line-caught fish are cleaned and cooked (some of them before the fish can go into rigor mortis, and therefore before enzymes begin breaking down the flesh), yielding better quality fish with a longer shelf life. Goussault, who logged more than 120,000 miles on airplanes last year, has more plans yet: he hopes to take sous vide to the Niger River basin between Mali and Niger, where farmers from surrounding regions take their cattle. He would build feedlots, using the local abundance of cottonseed for feed. After slaughtering, the meat could be cooked, sous vide of course, using solar power. Goussault designed the production line at Cuisine Solutions for 130,000 meals a day. Like most food factories, it is very cold, with large refrigerated rooms that decrease the risk of bacteria. Long conveyor grills sear hundreds of chicken breasts at a time; steel tumblers the size of jet engines are filled with ingredients, then pressurized, a process that forces seasonings to penetrate the foods more deeply. This is Goussault's real domain. He is as much an engineer as a scientist -- as pleased with his invention of nonslip doilies for French train tables as he is with his cooking techniques. For decades, food was poached in sturdy plastic bags at traditional temperatures, simmering or boiling. Goussault discovered that keeping the temperature as low as possible and later cooling the food in several stages yielded a wildly different -- and tastier -- result. A piece of fish, for instance, can be cooked at about 130 degrees -- a hot bath, essentially -- for 30 minutes, then cooled, successively, at room temperature, in cold water, then in ice water, before being reheated and served. Cooking in bags at such low temperatures was long considered a recipe for botulism, but Goussault has debunked this fear, proving that the long cooking times followed by proper cooling kill bacteria with the same effectiveness as higher temperatures, also stabilizing the food so it can be stored longer before serving. Higher temperatures, Goussault argues, do irreparable damage to food. The cell walls in the food burst, making it impossible for the food to reabsorb the liquid it loses. Roasting a chicken at 350 degrees until its internal temperature reaches 180 degrees (as the U.S.D.A. recommends) causes the breast meat to dry out and juices to accumulate in the bottom of the pan. Tradition has it that cooks use those lost juices to make a gravy, which is later reapplied to the dry meat. All of which, come to think of it, doesn't make much sense. Low temperatures make for extremely succulent food because there is virtually no loss of natural juices. All of the gravy is reabsorbed by the meat, intensifying its flavor and allowing it to retain its structural integrity. As Goussault explains, ''You have the expansion, you have a little purge and during the chilling system -- if you have a good chilling system -- you can absorb this exudation.'' There's nothing more romantic to a chef than absorbing exudation. Vacuum-packing foods provides a number of other advantages. The hermetic seal created in a sous vide bag traps flavor that would otherwise be lost. Carrots simmered in water, for instance, bleed off much of their flavor. As Yannick Alléno, the chef at Le Meurice, a two-star restaurant in Paris, points out, ''You would almost be better off drinking the water.'' The atmospheric pressure created during the vacuum-packing process also promotes osmosis among the contents of the bag, so sous vide has become an important tool for marinating and curing foods and infusing oils with spices and herbs. As a result, chefs don't need to use as much seasoning, either. When they are marinating a food with an expensive aromatic like truffles, this can make all the difference. After the tour, we sat down in a small test kitchen above the factory floor to taste some of the company's products -- a lamb shank that had been cooked for 36 hours, scallops and the like. Goussault ate with relish, washing it down with red wine. When he is at home in Paris, he likes to grill steaks and roast lamb, but for now those primitive techniques were far from view. Goussault instructed the chef in the kitchen to drop an egg into a thermal circulator, sous vide's ''oven'' -- a circulating water bath whose temperature can be adjusted to within a tenth of a degree. It was set at 64.5 degrees Celsius (about 148 degrees Fahrenheit), which he calculated as the perfect egg-cooking temperature. Chefs, Goussault said, ''need people like me to regulate and to push the creativity to the next place.'' He quantifies what chefs aim to do intuitively. Some need less help than others. ''I was in Joël's kitchen,'' Goussault said, referring to Joël Robuchon, one of France's most revered chefs, ''and he was cooking eggs, so I tested the temperature; I put in my probe, and it was 64.5. I asked him how he knew this, and he just said that was how he liked it best.'' After 45 minutes, the chef removed the egg from the water and Goussault cracked it over his plate. I had never seen an egg like this: the whites and yolk, cooked to precisely the same consistency, spilled out like a wobbly custard, and Goussault, using a spoon, began pulling the whites from the yolk. The yolk was bright and creamy and stood up like a marshmallow. ''You see, you see!'' Goussault said. ''It's all about the temperature.'' Sous Vide has been around since the late 1960's, when food-grade plastic films and vacuum packing were mastered by French and American engineers and later manufactured under the aegis of the Cryovac division of the W. R. Grace Company. Originally, vacuum-packing was used to seal and pasteurize industrial foods for a longer shelf life. In 1974, Pierre Troisgros, a three-star chef in Roanne, France, decided to look for a new way to cook his foie gras, which shed 30 to 50 percent of its original weight in cooking. He enlisted Georges Pralus, a chef, to help. Pralus had the idea of wrapping the foie gras in layers of plastic before they cooked it and, after a number of experiments, they had their breakthrough: the foie gras lost only 5 percent of its weight -- an enormous savings. Pralus, now widely known as the father of sous vide, eventually worked with Cryovac to open his own school, Culinary Innovation, where he taught the technique. Over the years, thousands of chefs from around the world have come to study with him. Goussault, as it happens, was working along the same lines, but at an industrial level. In 1974, Goussault worked on a study that was presented on the sous vide cooking of beef shoulder at an international frozen-foods conference in Strasbourg, France. They found that cooking the beef sous vide extended its shelf life to 60 days. France, however, would not change its food-safety laws regarding perishability until the 1990's. ''The thing I write today is the same thing I wrote 34 years ago,'' Goussault says, laughing, ''but nobody listened. Now, a few people listen.'' Today Goussault is friends with Pralus and even invests in his school, although they teach different approaches (Pralus cooks sous vide at higher temperatures), and they continue to subtly disparage each other's work. ''He might have done the research,'' Pralus said of Goussault, ''but I was the first one who did sous vide for restaurants, who made it a culinary endeavor.'' Without Pralus, sous vide might never have reached the temples of cuisine. Smiling, Goussault said: ''Pralus calls himself the pope of sous vide. He tells people he invented sous vide, but it's not true. But I let him say that because it makes him feel better. So after he said he was the pope, I said I was the sous-pope.'' Chefs say that Pralus is the artist, Goussault the scientist. It just happens that the artistry in sous vide can be extremely dangerous from a food-safety perspective, which is why the two began collaborating in 1980, when executives at Cryovac asked Goussault to add a scientific basis to Pralus's training. ''They asked me to give it the right system because Georges Pralus is completely undisciplined,'' Goussault explained. He has been the man behind the curtain all along. Goussault became a scientist almost as a last resort. He had previously studied in a seminary (an experiment that ended, he said, ''because I was not able to respect the vow of chastity''), lived in a commune, earned degrees in economics, agriculture and psychology and spent time in Niger before settling in Paris in 1970 as a scientist in food-safety laboratories. In the 1980's, a project with SNCF, France's national train system, gave him the opportunity to work with Joel Robuchon to create a menu for its first-class service between Paris and Strasbourg. Robuchon, concerned about the fragility of high-quality food, knew there was no way to assemble fresh ingredients at 100 miles per hour. With Goussault, he developed a menu based on foods that could be prepared sous vide and simply reheated on the train. In 1991, Goussault started his own consulting company, the Centre de Recherche et d'Études Pour l'Alimentation, where he now trains chefs like Michel Bras and Alain Ducasse in everything from the use of carrageenan and seaweed extracts to sous vide. Goussault's team of seven engineers also develops products for companies like Nestlé, and it tests equipment for manufacturers, like a new oven that can go from 200 degrees Fahrenheit to 500 degrees in less than three minutes. Even though many chefs in France use sous vide in their restaurants, it had long been considered a technique suitable only to chains and factories. The fact that some old-guard French chefs like Alain Senderens, Paul Bocuse and Joël Robuchon have signature lines of sous vide convenience foods in supermarkets has not helped to remove the stigma. A television news report in the mid-90's revealed that the French restaurant chain Chez Margot was cooking some of its entrées sous vide; it went bankrupt soon after. ''Joël Robuchon is the only chef who openly admits he uses it,'' Goussault said. ''One member of Le Club des Cents'' -- an esteemed gastronomy club -- ''said that any chef who uses sous vide is a fraud.'' Indeed, when I interviewed Senderens recently, he initially denied using sous vide in his kitchen at Lucas Carton, his three-star restaurant in Paris. But when I mentioned that the cooks at Le Meurice, a nearby up-and-coming restaurant, were using sous vide to prepare more than 50 items on the menu, Senderens suddenly remembered that he does use sous vide at Lucas Carton -- but only for the chicken with truffles. Even in America, where there are fewer such prejudices, sous vide has taken more than two decades to gain acceptance. In 1988, just when Cuisine Solutions, then called Vie de France, and a few chain restaurants were gearing up their sous vide operations, The Washington Post published an article questioning the safety of sous vide and other food-storage techniques like modified-atmosphere packaging, which were new at the time. Although sous vide was legal to use, the Food and Drug Administration has always warned of its potential dangers in restaurants. Still, sous vide is part of the F.D.A.'s Food Code, and any manufacturer who wants to use it can get permission by applying to the U.S.D.A. Chipotle, a burrito chain backed by McDonald's, now cooks all its braised pork sous vide. There may be hope for airline food yet. n high-end restaurants, sous vide began as a rarefied curiosity. Sous vide machines cost $3,000 to $6,000; thermal circulators start at $1,200; and staff training by Goussault runs $2,000 a day for a minimum of four days. David Bouley, who learned from Pralus, was one of the first American chefs to use sous vide at his restaurant, then called Bouley Bakery. Shea Gallante, the chef at Cru in New York City, who then worked for Bouley, admitted, ''At the time, no one was really sure how it worked.'' Thomas Keller, who has done work with Cuisine Solutions for a sous vide product line, has had Goussault train the kitchen staff at both the French Laundry, his signature restaurant in Yountville, Calif., and Per Se, in New York. Two years ago, Michael Anthony at Blue Hill contacted Goussault to learn more about the technique. Since then, word about Goussault has spread among American chefs. Recently, Fabio Trabocchi invited Goussault to spend four days training his team at the Ritz-Carlton in Washington. Sous vide has reached the stage where the art must now catch up to the science. While industrial food companies use sous vide primarily for braising -- where all of the ingredients are in the bag -- chefs are beginning to see it as a way to prepare and manipulate individual ingredients, sometimes without even cooking them. And, naturally, they are using much higher quality ingredients, so the results are quite different from what you might get, say, on American Airlines. If you go to Cru and order Gallante's Wagyu beef, it will be unlike any piece of beef from a saute pan or broiler. Instead of a brownish rim and increasing redness toward the center, it will be evenly rare from the outer edge all the way through. At Per Se and the French Laundry, cooks are using sous vide to compress peaches, cucumbers and tomatoes. They've found that compressing celery has the same effect as blanching it and therefore saves them a step. ''Pineapple is extraordinary,'' Keller says. They're also using it to infuse oils and slow-cook pig's head. Chefs have found less lofty ways to employ the technique as well. At CityZen, in the Mandarin Oriental hotel in Washington, they make ice cream bases in sous vide. ''There's no putting your sugar and egg and cream in a pan and stirring,'' says Eric Ziebold, the chef. His pastry chef blends the ingredients, seals them in a bag and cooks it in water. ''More than anything, the vegetables and the proteins taste remarkably more like themselves,'' Dan Barber, the chef and owner of Blue Hill, wrote in an e-mail message. ''When it comes to things like artichokes, steaming and boiling and braising are fine, but there's a great loss of liquid as it cooks -- which is another way of saying a great loss of flavor because the juice of the artichoke itself, while mostly water, is very flavorful. Sous vide eliminates this loss, and hence the sensation that you're tasting a true artichoke -- not just a delicious artichoke, but an artichoke the way it was intended to taste.'' Much is made of the artistry of chefs, but running a restaurant kitchen well often has more to do with control and consistency. And in large kitchens or multiple restaurants, those things can get out of hand pretty quickly. Alléno, the chef at Le Meurice, oversees 72 cooks; Daniel Boulud has a staff of 65 to 70 among his three New York restaurants. Most cooking relies on the cook's ability to judge doneness based on sight and feel. With sous vide, it is all about precise times and temperatures. ''You can have your restaurant 6,000 miles away,'' Ziebold says, ''and you don't have to worry about the cooks at your restaurant in D.C. getting the duck right because they're cooking it sous vide and they know the temperature.'' Every year, Janos Kiss, the corporate executive chef for Hyatt Hotels and Resorts, prepares a dinner for more than 5,000 people on Super Bowl weekend. It used to take 20 chefs four days to cook the dinner. Now, with sous vide, they do it with six chefs in two days. In the long run, sous vide's great contribution may well be this consistency. A chef with a restaurant empire, like Nobuyuki Matsuhisa, may finally be able to guarantee that the lobster with wasabi-pepper sauce at Nobu in London is every bit as good as the one at Nobu in New York. It may spell the end to bad wedding food. And if it catches on at companies from Stouffer's to Whole Foods, it could forever alter the state of convenience food. In the meantime, all the attention being paid to temperature and laboratory precision has pushed chefs in more creative directions. When Grant Achatz built his new restaurant Alinea in Chicago, thermal circulators from PolyScience, a laboratory-equipment manufacturer, were part of the kitchen design. To these, he has added a 40,000-r.p.m. homogenizer (what Philip Preston, the president of PolyScience, calls a ''coffee grinder on steroids'') -- for making the world's most emulsified vinaigrettes and confections like carrot pudding made with carrot juice, cocoa butter and grapeseed oil -- and an entirely new mechanism they're calling the Antigriddle, which has a surface that chills to minus 30 degrees Celsius (minus 22 Fahrenheit), allowing you to freeze food in the same way you would saute it. A dollop of sour cream becomes brittle on the bottom and stays at room temperature on top. For all chefs' forward thinking, though, top kitchens still run on frat-house principles. So sous vide also comes in handy for hazing new cooks. At WD-50, Dufresne said, ''I've seen virtually every kind of personal belonging end up in one of these bags.'' Veteran cooks are known to take a new cook's clothing from his locker and put it through the sous vide machine, compressing his jeans and shirt to the size of hockey pucks. In late July, Goussault went to Citronelle in Washington for a follow-up training session with Michel Richard's head cooks, David Deshaies and Cedric Maupillier. They were having trouble with the salmon and sweetbreads done sous vide. The salmon had a perfect silky texture but was too fragile and, they worried, undercooked. And the sweetbreads were losing too much liquid. Goussault is often called in to help chefs perfect their technique. ''My job is to repeat, repeat, repeat,'' he says. He unpacked his briefcase, removing a laptop, a box of batteries, a jumble of wires and a number of handheld monitors that, when hooked up to the foods with probes, can record their minute-to-minute temperature arc during the cooking process. The large stoves around the kitchen were mostly unoccupied. Two thermal circulators sat poised on a steel countertop, humming like Jacuzzis. Deshaies dropped two pieces of salmon in ice water that contained 10 percent salt, then set a timer for 10 minutes. Salt, according to Goussault, ''modifies the osmotic pressure in the cells,'' meaning it prevents the albumen, that white substance, ghastly to chefs, that gathers on the surface of fish, from leaching out of the salmon when it cooks. They sealed the salmon in sous vide and inserted probes. It now looked as if the salmon had a heart monitor. For meats and fish, there is a window of doneness between 52 degrees Celsius (about 125 degrees Fahrenheit) and 62 degrees Celsius (about 144 degrees Fahrenheit). Below 52, you risk bacteria. Above 62, you begin denaturing proteins. Goussault then put one piece of salmon in a thermal circulator set at 56 degrees Celsius and one set at 53 degrees Celsius to see if they could raise the final internal temperature to 54 and 50 degrees respectively without changing the texture they had achieved in the piece they had cooked to 47 degrees. Food cooking in a thermal circulator looks a bit like an animated version of a Damien Hirst sculpture -- abstract animal parts suspended in a vibrating liquid. Standing over his cutting board, Deshaies said, ''Some chefs the other day, they said to me: 'What? So you put it in the plastic and put it in the water and that's it?' '' He shook his head. ''It's not so easy.'' It takes practice to get the sous vide machine to seal correctly. Foods must be chilled before sealing, otherwise the pressure inside the machine will cause them to cook during the sealing process. The pressure must also be calibrated for every type of food, so the food stays compact but firm. Once the food is sealed, its proper cooking temperature and internal temperature must be determined. Citronelle's lamb loin, for instance, is first infused with garlic in a sous vide pouch, then it is sauteed, chilled, resealed in sous vide and cooked in a thermal circulator at 60 degrees Celsius until its internal temperature reaches 56 degrees. It is then cooled at room temperature, in cold water, then further cooled in ice water, then chilled until an order comes in, at which point it is reheated in a warm water bath, still in its sous vide bag. As Barber at Blue Hill explained: ''If you're patient, and you try different temperatures and different times, at some point you'll achieve a taste from the product that's better than it's ever tasted before. I'm not exaggerating. That's happened to me with nearly everything, almost never the first time I try it, but over time and with experimentation, that's the reward.'' After 40 minutes or so, the pieces of salmon registered at 50 degrees and 54 degrees. Each was removed from the hot water, and cooled systematically. It was time to taste. On three plates, Deshaies lined up the pieces of salmon, including the one cooked the day before to 47 degrees. All three pieces were pink all the way through and glistening with moisture, a consistency unlike that of any piece of salmon cooked in an oven. The piece cooked to 54 degrees was dismissed as ''airplane food.'' Deshaies and Maupillier preferred the fish they had cooked to 47 degrees, a temperature that Goussault insisted was unsafe. The salmon cooked to 50 degrees was a good compromise, moist and delicate, but without any signs of rawness. Goussault seemed tense. He had recently done a similar experiment with Thomas Keller's team at the French Laundry, and he now explained that Keller had also preferred the 47 degree salmon. ''Like us!'' Deshaies said. ''But his sous-chef feels the difference between 47 and 50 is too little and 50 is safer,'' Goussault said. He then added: ''His is different. He does it with olive oil. Delicious.'' For Deshaies, it was suddenly no longer about science. He shot a concerned look at Richard. ''We can do that, too,'' he said. Amanda Hesser is the magazine's food editor and the editor of T: Living.

Fascinating NY Times article about heat that makes one rethink what we're trying to do with charcoal and cookers. With water/and water in meat boiling at 212º maybe we need to brown and then cook thru the plateau at under 212º. They also talk about pre heating your probe before inserting it. My less than instant thermometer is soo slow and I hate to leave my dome open for too long, so I pre heat it in the probe tube first to where I think the meat is. I think you will enjoy this... The New York Times January 2, 2008 The Curious Cook The Invisible Ingredient in Every Kitchen By HAROLD McGEE OF all the ingredients in the kitchen, the most common is also the most mysterious. It’s hard to measure and hard to control. It’s not a material like water or flour, to be added by the cup. In fact, it’s invisible. It’s heat. Every cook relies every day on the power of heat to transform food, but heat doesn’t always work in the way we might guess. And what we don’t know about it can end up burning us. We waste huge amounts of gas or electricity, not to mention money and time, trying to get heat to do things it can’t do. Aiming to cook a roast or steak until it’s pink at the center, we routinely overcook the rest of it. Instead of a gentle simmer, we boil our stews and braises until they are tough and dry. Even if we do everything else right, we can undermine our best cooking if we let food cool on the way to the table — all because most of us don’t understand heat. Heat is energy. It’s everywhere and it is always on the move, flowing out as it flows in. It roils the chemical innards of things, exciting their molecules to vibrate and crash into each other. When we add a lot of heat energy to foods, it agitates those innards enough to mix them up, destroy structures and create new ones. In doing so it transforms both texture and flavor. There are, however, uncountable ways to misapply heat. In most cooking, we transfer energy from a heat source, something very hot and energetic, to relatively cold and inert foods. Our usual heat sources, gas flames and glowing coals and electrical elements, have temperatures well above 1,000 degrees Fahrenheit. Boiling water is around 212 degrees. Cooks typically heat food to somewhere between 120 degrees (for fish and meats that we want to keep moist) and 400 degrees (for dry, crisp, flavorful brown crusts on breads, pastries, potatoes, or on fish and meats). At the bottom of that range, a difference of just 5 or 10 degrees can mean the difference between juicy meat and dry, between a well-balanced cup of coffee or tea and a bitter, over-extracted one. And as every cook learns early on, it’s all too easy to burn the outside of a hamburger or a potato before the center is warm. That’s the basic challenge: We’re often aiming a fire hose of heat at targets that can only absorb a slow trickle, and that will be ruined if they absorb a drop too much. Are you ever annoyed by pots that take forever to heat up, or frustrated by waiting for dry foods to soften? A kitchen that becomes hot enough to be a sauna? Big jumps in the utility bill when you do a lot of cooking? The problem, as you will notice if you pay more attention to your kitchen’s thermal landscape, even in terms of what you can feel, is how much heat escapes without ever getting into the food. Among the major culprits here are inefficient appliances. According to the United States Department of Energy, a gas burner delivers only 35 to 40 percent of its heat energy to the pan; a standard electrical element conveys about 70 percent. Anyone thinking about kitchen renovation should know that induction cooktops, which generate heat directly within the pan itself, are around 90 percent efficient. They can out-cook big-B.T.U. gas burners, work faster, don’t heat up the whole kitchen, and are becoming more common in restaurant kitchens. Maximizing the transfer of heat from burner to pot produces better food. In deep frying, the faster the burner can bring the oil temperature back up after the food is added, the quicker the food cooks and the less oil it absorbs. In boiling green vegetables, a fast recovery time means better retention of vibrant color and vitamins. No matter how efficient an appliance is, the cook can help simply by covering pots and pans with their lids. Some of the heat that enters through the bottom of the pot exits through the top, but a lid prevents much of it from escaping into the air. This is especially true when you’re bringing a pot of water to the boil. With the lid on, it will start bubbling in as little as half the time. Turning water into steam takes a lot of energy, and every molecule that flies away from the water surface takes all that energy with it into the air. Prevent its escape, and the energy stays with the pot to heat the rest of the water. Once a liquid starts to boil and is turning to steam throughout the pot — the bubbles of a boil are bubbles of water vapor — nearly all the energy from the burner is going into steam production. The temperature of the water itself remains steady at the boiling point, no matter how high the flame is underneath it. So turn the burner down. A gentle boil is just as hot as a furious one. Cooking doesn’t get much more straightforward than boiling and steaming vegetables, grains, and the like. But sometimes it takes forever, which either delays dinner or results in crunchy beans and diners suffering for it later. And you can’t speed the process by raising the heat. In fact it’s easy to save loads of time and energy and potential discomfort with grains, dry beans and lentils, and even pasta. But it requires a little thinking ahead. It turns out that the most time-consuming part of the process is not the movement of boiling heat to the center of each small bean or noodle, which takes only a few minutes, but the movement of moisture, which can take hours. Grains and dry legumes therefore cook much faster if they have been soaked. However heretical it may sound to soak dried pasta, doing so can cut its cooking time by two-thirds — and eliminates the problem of dry noodles getting stuck to each other as they slide into the pot. The trickiest foods to heat just right are meats and fish. The problem is that we want to heat the center of the piece to 130 or 140 degrees, but we often want a browned, tasty crust on the surface, and that requires 400 degrees. It takes time for heat to move inward from the surface to the center, so the default method is to fry or grill or broil and hope that the browning time equals the heat-through time. Even if that math works out, the area between the center and surface will then range in temperature between 130 and 400 degrees. The meat will be overcooked everywhere but right at the center. The solution is to cook with more than one level of heat. Start with very cold meat and very high heat to get the surface browned as quickly as possible with minimal cooking inside; then switch to very low heat to cook the interior gently and evenly, leaving it moist and tender. On the grill, this means having high- and low-heat zones and moving the food from one to the other. On the stove top or in the oven, start at 450 or 500 degrees, and then turn the heat down to around 250, ideally taking the food out until the pan or oven temperature has fallen significantly. Another solution is to cook the food perfectly with low heat, let it cool some, and then flavor its surface with a brief blast of intense heat from a hot pan or even a gas torch. More and more restaurants are adopting this method, especially those that practice sous-vide cooking, in which food is sealed in a plastic bag, placed in a precisely controlled water bath and heated through at exactly the temperature that gives the desired doneness. All these are two-step processes, but the same principle works for three steps or more. Rotisserie cooking alternates high and low heat many times: as the meat turns on the spit, each area of the surface is briefly exposed to high browning heat, then given time for that dose of energy to dissipate, part of it into the meat but part back out into the cool air. So the meat interior cooks through at a more moderate temperature. Similarly, steaks and chops cook more evenly on high grill heat — and faster as well — if you become a human rotisserie and turn them not once or twice but as often as you can stand to, even dozens of times, every 15 or 30 seconds. Tough cuts of meat require longer cooking to dissolve their connective tissue, and stewing or slow braising in a low oven is a simple and popular method of doing so. But many recipes don’t give the best results, simply because they don’t take into account the vast difference between cooking with the lid on and off. Even in an oven set as low as 225 or 250 degrees, if the pot is covered, the contents will reach the boil, and the meat will overcook and dry out. Leave the lid ajar or off, and evaporation of the cooking liquid cools the pot and moderates the meat temperature, keeping it closer to 160 to 180 degrees. This is hot enough to soften the connective tissue in a few hours without also driving out most of the meat’s moisture. The challenge of heat management doesn’t end when you’ve cooked something to perfection. How often have you found that the dish that was perfect in the kitchen seems to have lost something by the time you sit down and take the first bite? That something certainly includes heat. Heat knocks molecules at the surface of food into the air where we can sniff them, so it increases the aroma. Inside the food, agitated molecules make sauces more fluid and hot meat more tender. And the sensation of a food’s warmth is satisfying in itself. The moment hot food is put on a plate, its heat energy begins to flow out into the cooler surroundings. Aromas fade, sauces thicken, fats congeal. So when you transfer heat’s handiwork from the kitchen to the table, take along some extra. Warm the plates to prolong the pleasure. And encourage everyone to sit down and eat it while it’s hot. January 2, 2008 Taking the Temperature of Dinner By HAROLD McGEE THE most important step in mastering heat is to get into the habit of using a thermometer to keep track of temperature — that of the food itself, and of the surface or space in which it is cooked or stored. There are two kinds of thermometers that can help. I use both all the time to keep tabs on heat flow in my kitchen. The common instant-read thermometer has a metal shaft that can be inserted into foods to measure inner temperature. Despite its name, this thermometer takes 10 seconds or more to give a reading that is sometimes lower than it should be because the shaft cools the food. (Warm the shaft before inserting it.) It can be useful in checking the inner temperatures of meats, fish, stews and sauces. A more recent arrival in the kitchen is the pistol-shaped infrared thermometer. Point it at an object from an inch or two away, pull the trigger, and it instantly measures the infrared heat energy (even cold objects radiate some), converting that measurement to a reading of the surface temperature. It is instant gratification, and makes it fun to explore the thermal world. The infrared thermometer is useful for checking the readiness of a cooking surface, like a frying pan or a pizza stone. It can also be trained on the various compartments of refrigerators and freezers, where the temperature determines how long foods will keep before spoiling. Most home refrigerators average 40 to 45 degrees, but they’d do a better job if they were kept colder. Drop the temperature to 32, and fresh ocean fish will last twice as long — for as long as a week.

most definitely pink.. OMG, I am not the only one who thinks of mint jelly any time they hear lamb! Those do look pretty tasty, Dennis. Is the meat still pink at 145 or so? Yes, most definitely pink, as it must be.. and I won't even talk about how much I love lamb fat. I know eating fat is no longer PC in the States. Ha I love it..

Perfect Thai? Lobo Paste... This is what the Thai's cook with.. http://www.lobo.co.th/currypaste.html Distributed in the States by http://www.anhing.com/ This is the only one as far as I'm concerned..

Start with good produce.. Three pair, one fresh basil and garlic, one garlic and fresh rosemary and garlic. one Char something.. (Char crust family) Tossed 'em in around 650º as the charcoal started to roar.. muffled down to 325º pulled them at 140º Can't argue with the results.

I just got on UPS online to send out a load of accessories and ground service is not an option only 2 day air and faster. The site has been newly changed but I still could not find a way to get some Tru Tels across the country for less than $21.00-2 day air, yikes.. Is it possible that ground service is no longer offered?

Re: Mud volcanos and landslides I was gone three weeks to the day and that's much too long to be away from my two year old little girl. But the love, attention and affection I'm getting 'cause she missed me is almost worth it. Daddy has been King last few days.. Yes, east Java is where a lot of the flooding and landslides have been. My house boy's village was under up to 6 meters of water. They think it's because the teak forest around that area was stolen in 97-98 when the country was lawless as ex-pres Suharto was thrown out. The mud volcano is still pumping out over 100,000 m3 of mud a day. The courts here decided to reject the lawsuit and the company drilling the well fined $110. The judges ruled that the mudflow was a purely natural phenomenon. Here is a site that has lots of info and shots http://mudflow-sidoarjo.110mb.com/index.htm Here is a site that has a flash satellite image that is Navigat-able and zoom-able. Those are words! http://www.crisp.nus.edu.sg/coverages/mudflow/index_IK_p24.html For those of you with Google Earth: http://www.crisp.nus.edu.sg/coverages/mudflow/kml/EJ20071122_5m_res.kml "Komodo Kamado factory" lat=-7.38318183769, lon=112.721277621 You can see I'm not that far away.. but far enough!

little adjustments and wait. Welcome to the forum Tom.. Remember that the temperature will climb after the walls come to temperature and start giving off heat. (get heat soaked) At this point you need restrict the volume of air/oxygen to reduce the amount of charcoal burning. Best to baffle airflow from the top as you want to keep the high humidity and heat in. Also remember that when you open the dome (to add your meat) after you have stabilized temps, the rush of oxygen will cause your temps to climb (charcoal to burn faster). Don't immediately change your settings.. It will go back to where it was and remember to make little adjustments and wait.

BTW Diamond sharpener When I clicked on Fast Freddie's link and saw the same sharpener I bought in July at Costco. I can't remember exactly what I paid for it but is was not any where near $80. I'm very pleased with it for taking a knife from reasonably sharp to a very sharp. http://www.cutleryandmore.com/details.asp?SKU=11130 Model 316: Electric Knife Sharpener for Asian Knives Stage 1: Honing - Fine 100% diamond abrasive. Stage 2: Polishing - Ultrafine 100% diamond abrasive. Precision guides sharpen at 15 degrees. Resharpen with ultrafine diamonds - knives last longer.

I'm on the plane.. I'm leaving SF thru Hong Kong to Surabaya.. Will be home in about 32 hours. Catch ya then..

Merry Happy to all.. Happy/Merry, Holidays/Christmas and Happy New Year to all.. Thank you for making 2007 a great year for Komodo and this forum. Thank you also for all your kind thoughts, notes and posts during this most difficult time for me, I really appreciate them. We had both a Southern and Northern CA memorial and I'll be heading home to Indonesia on the 28th.

This is exactly what you want to do in a nutshell This is exactly what you want to do in a nutshell.. IMHO Thanks for the concise post Syzygies, great to have you here..

Ahh the confusion.. needs clarification! I'll be going back later this week hopefully and I'll ask.

I'm in Palo Alto Hi Freddy.. I'll give you a call, I'm in Palo Alto and should be able to scrounge up something for you.. Dennis

He's now gone.. My father Jack Linkletter died in his sleep the morning of December 18th at his home in Dry Creek Valley after battling cancer for almost 3 years. He was the definition of a brilliant, amazing loving man and 70 years young. In his post-mortem screed to us he wrote, "I do have one last question: I spent all these years, feeding my curiosity, reading, questioning, analyzing, what do I do with all this stuff? P.S. I have just been cleared for landing."

Missing the boat is better than sinking it in a river! Did I say that? Oh well..Welcome to the forum, if you tear your neck off or just get overly frustrated, I'm happy to set you up with a KK stainless damper top assembly. Majestic and a few others have upgraded their Kamados with them.. Glad your here..