Filipino Scientist helps make cooking on Mars possible in 2030
NEW YORK—For the next NASA space explorations, astronauts would soon be able to cook as if they were in their own home kitchen, without worrying about their ingredients floating away when they stir-fry in a zero gravity spacecraft, thanks in part to a Filipino scientist.
According to Apollo Arquiza, a postdoctoral research associate at Cornell University, it is now possible to cook on the moon or Mars without having the shredded potatoes and sizzling oil travel a greater distance from the pan.
Does it seem like a scene from a George Clooney movie? Yes. But can it really be done with modern-day technology and applied research? Absolutely.
“Even daing [dried fish] can now be fried, if there’s a Filipino aboard the spacecraft,” Arquiza, 45, said in an exclusive phone interview with INQUIRER.net. “No one in the world has ever done anything like this before.”
Arquiza was part of the team that designed the first low-gravity space galley ever recorded in history.
After a series of rigorous research and testing that started since 2011, the team led by Jean Hunter, assistant professor and director of undergraduate programs at Cornell’s College of Biological and Environmental Engineering unveiled the result early this year: a prototype cooking device which, to the untrained eye, may just look like an ordinary oven enclosed in a giant stainless metal box.
Last April, the team boarded a G-Force 1 space simulator aircraft to test the effectiveness of the galley. In a series of four flights from Houston, they sautéed tofu and potatoes in a frying pan.
Although the experiment was described as “a bit messy,” with oil splatters floating away, Arquiza said the results were crucial steps to improving the design of future terrestrial and extraterrestrial cooking technology.
“Gravity on Mars is only one-third as that on Earth,” he said. “The biggest challenge here is how to control the oil splatter from traveling.” Under low-gravity, he added, oil droplets are much bigger, more numerous and do travel more.
“My goal at the time was just to earn my PhD,” he said, “and, hopefully, get tenured and have a guaranteed permanent teaching position at UPLB.”
But during the course of his studies, he said, Professor Hunter became his academic adviser, and she then asked him to be part of the Reduced Gravity Program team, including another Cornell University research associate, Bryan Caldwell, and Susana Carranza, a scientist engineer from Makel Engineering in Chico, California.
“Getting accepted into Cornell’s PhD program is already a huge opportunity for me. Everything is free, and I get a monthly allowance,” Arquiza said. “But to be part of the team was a much bigger opportunity. I just feel very lucky.”
In most premier US universities, where there is a higher endowment to cover financial costs for doctoral and postdoctoral programs, admitted students are offered free tuition fees and living allowances.
Named by his parents after Apollo 11, the spaceship that NASA launched to the moon in 1969, the year he was born, Arquiza feels at times that “everything seems coincidental.”
Nevertheless, each time he gets introduced in relation to his research on low-gravity cooking, he says that people would give him a smile, alluding that his name is meant for his job.
“Nakakatuwa din [It’s quite amusing],” he said.
source: http://technology.inquirer.net/
According to Apollo Arquiza, a postdoctoral research associate at Cornell University, it is now possible to cook on the moon or Mars without having the shredded potatoes and sizzling oil travel a greater distance from the pan.
Does it seem like a scene from a George Clooney movie? Yes. But can it really be done with modern-day technology and applied research? Absolutely.
“Even daing [dried fish] can now be fried, if there’s a Filipino aboard the spacecraft,” Arquiza, 45, said in an exclusive phone interview with INQUIRER.net. “No one in the world has ever done anything like this before.”
Arquiza was part of the team that designed the first low-gravity space galley ever recorded in history.
After a series of rigorous research and testing that started since 2011, the team led by Jean Hunter, assistant professor and director of undergraduate programs at Cornell’s College of Biological and Environmental Engineering unveiled the result early this year: a prototype cooking device which, to the untrained eye, may just look like an ordinary oven enclosed in a giant stainless metal box.
Last April, the team boarded a G-Force 1 space simulator aircraft to test the effectiveness of the galley. In a series of four flights from Houston, they sautéed tofu and potatoes in a frying pan.
Although the experiment was described as “a bit messy,” with oil splatters floating away, Arquiza said the results were crucial steps to improving the design of future terrestrial and extraterrestrial cooking technology.
“Gravity on Mars is only one-third as that on Earth,” he said. “The biggest challenge here is how to control the oil splatter from traveling.” Under low-gravity, he added, oil droplets are much bigger, more numerous and do travel more.
Mission to Mars in 2030
How significant is this new cooking innovation for space missions?
The U.S. government has reportedly been working on a NASA-led manned mission to Mars in 2030. With plans of establishing a permanent base on the Red Planet, Arquiza says, astronauts may have to stay there for a year or longer.
Traveling alone from Earth to Mars could take up six to eight months, depending on planetary alignments. That means that astronauts need to have the right amount of food for the entire duration of their mission.
“If they [astronauts] eat the same food over and over again, they could experience some kind of food fatigue,” he said. “So, if they are going to be on Mars for a long time, they may have to cook at some point.”
Astronauts today eat pre-packaged and freeze-dried meals that they get from the International Space Station. Yet experts are concerned that such diet has inadequate nutrition, making them malnourished, and that it may be difficult on their minds and bodies to sustain longer space visits.
The U.S. government has reportedly been working on a NASA-led manned mission to Mars in 2030. With plans of establishing a permanent base on the Red Planet, Arquiza says, astronauts may have to stay there for a year or longer.
Traveling alone from Earth to Mars could take up six to eight months, depending on planetary alignments. That means that astronauts need to have the right amount of food for the entire duration of their mission.
“If they [astronauts] eat the same food over and over again, they could experience some kind of food fatigue,” he said. “So, if they are going to be on Mars for a long time, they may have to cook at some point.”
Astronauts today eat pre-packaged and freeze-dried meals that they get from the International Space Station. Yet experts are concerned that such diet has inadequate nutrition, making them malnourished, and that it may be difficult on their minds and bodies to sustain longer space visits.
From Los Baños, Laguna to Ithaca, NY
Before he came to Cornell University, an Ivy League school located in Ithaca, New York, to earn his doctoral degree in biological and environmental engineering, Arquiza was an adjunct professor at the University of the Philippines-Los Baños (UPLB) College of Engineering.“My goal at the time was just to earn my PhD,” he said, “and, hopefully, get tenured and have a guaranteed permanent teaching position at UPLB.”
But during the course of his studies, he said, Professor Hunter became his academic adviser, and she then asked him to be part of the Reduced Gravity Program team, including another Cornell University research associate, Bryan Caldwell, and Susana Carranza, a scientist engineer from Makel Engineering in Chico, California.
“Getting accepted into Cornell’s PhD program is already a huge opportunity for me. Everything is free, and I get a monthly allowance,” Arquiza said. “But to be part of the team was a much bigger opportunity. I just feel very lucky.”
In most premier US universities, where there is a higher endowment to cover financial costs for doctoral and postdoctoral programs, admitted students are offered free tuition fees and living allowances.
Named by his parents after Apollo 11, the spaceship that NASA launched to the moon in 1969, the year he was born, Arquiza feels at times that “everything seems coincidental.”
Nevertheless, each time he gets introduced in relation to his research on low-gravity cooking, he says that people would give him a smile, alluding that his name is meant for his job.
“Nakakatuwa din [It’s quite amusing],” he said.
source: http://technology.inquirer.net/
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