Researchers unlock technological advancement by making 3-D printed cakes
Kurt "The CyberGuy" Knutsson shares how hungry scientists have turned to 3-D printing, using seven ingredients as a way to make cheesecakes.
3-D printed guns. A key buzzword tossed around the homes of our governing body for the past several years. It led to discussions around the safety and accountability of these weapons and the ultimate regulations required to minimize the risk these computer-manufactured arms pose to the public. Will our government officials have the same interest in 3-D printed food? Likely not, although it's just as fascinating.
On today's menu of technological innovations that will blow your mind is a buttery graham cracker crust cheesecake made of a creamy blend of cream cheese, peanut butter, strawberry jam, Nutella, and a banana puree — all printed from a machine. No, not the bodybuilding chef Robert Irvine, who I refer to as "the Machine," an actual mechanical piece of equipment. The wonders of technology never cease to amaze.
Researchers have turned to 3-D printing as a way to make cheesecakes. (Columbia Engineering)
Rather than wasting time on 3-D printing bizarre yet extremely incredible figurines of Dwayne "The Rock" Johnson as an octopus or a lobster, researchers have unlocked the ultimate purpose of a 3-D printer.
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3-D prints of Dwayne "The Rock" Johnson as an octopus and lobster. (Etsy)
It is printing food. Safe to ask, did some of these researchers have the munchies? That's right, through 3-D printing, a team of hungry researchers made a cheesecake that looks ... semi-appetizing, with all honesty. By squeezing out each ingredient, including graham cracker paste, peanut butter, strawberry jam, Nutella, banana puree, cherry drizzle, and frosting, out of a syringe in thin lines, they were able to form the layered dessert.
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According to Jonathan Blutinger, a mechanical engineer at Columbia University, "when you bite into it, you feel the flavors hit you in different waves. I think that's a function of the layering inside the structure."
Blutinger admits that the cheesecake's success depends on its taste, and although this is not a conventional mix, it was necessary to keep the cheesecake standing.
The 3-D printed cheesecake is around 70% graham cracker. (Columbia Engineering)
Currently, the 3-D printed cheesecake is around 70% graham cracker, which I enjoy, so I wouldn't mind trying it. Early versions of the cake relied on a lot less graham cracker paste. Still, after several failed attempts, the team decided to add layers of graham cracker paste throughout the slice, creating wells from the sturdy, drier ingredients, with walls that were thick on the bottom and thinner on top. Then, they deposited the wetter ingredients inside the wells to support them. This was done to maintain a solid base throughout the desert and prevent it from collapsing.
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The printed cheesecake has multiple layers, so the graham cracker paste is placed in between to help the ingredients stay in place. (Columbia University)
This cheesecake is not the first attempt at 3D-printed food. Other companies are working on 3D-printed plant-based meat. NASA has been investigating 3D-printed food for astronauts to eat on long trips in space, and a UK company called Food Ink has begun working on a restaurant fully powered by 3-D printing.
People can soon buy 3D printers for cooking in their homes. However, the price could run up to $1,500, and the printers would need recipes to function. Although it would be neat to simply insert a thumb drive of a pizza in code form and, viola, a Prince Street-style pizza printed right out of a machine.
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People can soon buy 3D printers for cooking in their homes. However, the price could run up to $1,500, and the printers would need recipes to function. (Columbia Engineering)
Kurt's key takeaways
Researchers say that 3D printing could help with meal planning and make food more sanitary by reducing human handling. I'm not so convinced. Just like AI-generated sermons, jokes, essays, novels, art, or whatever else AI spits out, does the use of machines to construct food (an art form in itself) diminish the nature of creativity and the role of humans in the creative process? Would it lack human emotion (Love! The most important ingredient of all), experience, and soul that adds that special something to your dish? Or is it just a new tool for skilled chefs or food scientists to explore new culinary frontiers and push the boundaries of what is possible in the kitchen?
Either way, experts do not see such devices taking over people's homes. They may become more useful in restaurants and cafeterias where loading ingredients and software programs could be done during slack hours.
So, are you ready to take a bite out of a 3D-printed cheesecake? Let us know by writing us at Cyberguy.com/Contact
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