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The Evolution of Food

91勛圖厙 experts in varying fields are researching and teaching concepts that can change the future of food preparation, dining and delivery.

A collage of planets, food, cars, robots, and an astronaut suit.

While we haven���t yet created��Charlie and the Chocolate��Factory���s chewing gum meal,��91勛圖厙 scientists, researchers,��and food and beverage service��aficionados are exploring��innovations related to what��and how we eat. From finding��solutions to current and future��problems to enhancing the��restaurant experience, here��are a few areas experts are��investigating.

A collage of food and a testing strip

Detecting Food Fraud

From meats to grains and��honey, fillers can cause��people to pay more for��lower quality food, violate��religious restrictions on��diet and pose problems for��those with allergies. Current��tests to detect adulterated��foods that are effective are��expensive and complicated,��while cheaper tests aren���t as��accurate. Associate Professor��of Chemistry Xiaohu Xia is��leading a team to develop��a cost-effective strip test, similar to an��at home pregnancy test, that���s more��sensitive than others.

To do this, the researcher and his team��will update existing detection technology,��known as a colorimetric lateral flow��assay, which uses gold nanoparticles to��detect meat proteins. They will create a��new metallic coating, made of platinum,��palladium ��� which tests 100 times more��effective than current tests ��� or iridium,��that will go around the gold nanoparticles��to increase their sensitivity.�����It would be a test inspectors, as well��as consumers, could use,��� Xia says.

A collage of takeout food and a robot

Augmenting Food Service

As everyday life becomes increasingly��interwoven with technology, some��restaurants are >implementing robots and��artificial intelligence into food service.��Rosen College of Hospitality Management��Assistant Professor Arthur Huang, who��has a background in engineering and��tourism research, teaches a section on��this topic. From chatbots and AI scanners��that can provide suggestions on what to��order to robots that can prepare food and��cocktails and serve dishes right to your��table, Huang���s lessons cover the spectrum��that potential technology can play in the��dining experience. He also emphasizes��automating some restaurant positions to��evolve current responsibilities, such as a��chef who can spend more��time creating and testing��new dishes.

���Restaurant managers��should ensure service��robots have a nice image,��have a positive attitude,��and a sense of safety so��that customers can clearly��perceive their benefits and��value, which has a positive��influence on satisfaction��and future use intentions,�����Huang says.

A collage of a planet, crops and someone wearing an astronaut suit holding a plant.

Growing Food in Space

Chemistry alum Kathleen��Loftin ���89 ���00MS ���09PhD loves to��grow produce, like papayas, in her home��garden, but the Kennedy Space Center��chief technologist is also focused��on another horticulture method �����farming in space. As NASA prepares for��sustainable life and work in deep space,��it must accelerate its research on in-situ��resource utilization, which involves��generating products in space with��local materials. Working with crops like��red lettuce, Swiss chard, radishes and snow��peas, Loftin leads a team investigating how��to overcome challenges such as high carbon��dioxide levels and radiation to grow plants��on lunar and Martian surfaces.

���Spaceflight research challenges us to��learn to make optimal use of our resources����� power, water, food and air ��� and this is��completely applicable to our challenges on��Earth to maintain our precious resources,�����Loftin says.

A collage of food and a car

Delivering Cost-effective Food

Apps like Uber Eats and DoorDash��have made delivery service even more��convenient, with delivery sales estimated��to rise an annual average of more than��20% to $365 billion worldwide by 2030,��according to a Forbes report. Keeping��up with the demand for delivery, Rosen��College of Hospitality Management��Professor Kevin Murphy says ghost��kitchens are on the rise. The concept is��a physical space without a dining area,��where food is made for delivery or pickup.��With customer service and dining areas��accounting for about 75% of an average��restaurant���s square footage, according to��Murphy, ghost kitchens can help business��owners cut a significant cost. Not only do��ghost kitchens require less space, they��also don���t need to be located in expensive��retail areas, which can contribute to��savings on rent. This can��help restaurants gain back��some of the profit they��may lose using third-party��delivery services, but the��benefits don���t just stop there.

���If you don���t have all that��retail space, you can build a��much larger kitchen that you��can share that with [other��restaurants to support]��multiple concepts, all while��using the same delivery��service,��� Murphy says.�����Ghost kitchens are also a��good way for restaurants to��expand their reputation by��running a second delivery-based��restaurant out of the��same space.���