A
ARA ELECTRONICS
Web: www.ara-electronic.hr. Location: Labinska 8 52100 Pula, Croatia. Information. Tel: +385 52 217 585. Email: info@ara-electronic.hr. Working Hours: 08:00-15 ...|Web: www.ara-electronic.hr. Location: Labinska 8 52100 Pula, Croatia. Information. Tel: +385 52 217 585. Email: info@ara-electronic.hr. Working Hours: 08:00-15 ...|Web: www.ara-electronic.hr. Location: Labinska 8 52100 Pula, Croatia. Information. Tel: +385 52 217 585. Email: info@ara-electronic.hr. Working Hours: 08:00-15 ...|Email: info@ara-electronic.hr. Web: www.ara-electronic.hr. Location: Labinska 8 52100 Pula, Croatia. Prikaži veću kartu | Traži upute. Information. Tel: +385 52 ...|Contact us. Call: +385 52 217 585. Monday-Friday (8am-3pm). Email: info@ara-electronic.hr. Web: www.ara-electronic.hr. Location: Katalinića Jeretova 44 52100 ...|Web: www.ara-electronic.hr. Location: Labinska 8 52100 Pula, Croatia. Information. Tel: +385 52 217 585. Email: info@ara-electronic.hr. Working Hours: 08:00-15 ...|Contact us. Call: +385 52 217 585. Monday-Friday (8am-3pm). Email: info@ara-electronic.hr. Web: www.ara-electronic.hr. Location: Katalinića Jeretova 44 52100 ...
Country/Area ：Philippines
Company Email ：info@ara-electronic.hr
Industry ：RetailConsumer Electronics & Computers Retail
Company address ：44 Jeretova, Pula, Istarska, 52100, Croatia
Company website ：*****
Company phone ：+385 52217585
Established ：1987
Company Revenue ：$3,555,000
Number of employees ：<25
SIC Code ：50506
NAICS Code ：42423
Main Products ：Traži uputePrikaži veću kartu |Image gallery
Web Summary
Q1: What is the name of the company mentioned in the text?
A1: The company mentioned in the text is ARA Electronics.
Q2: What is the name of the university partnered with ARA for developing microrobots?
A2: The university partnered with ARA is Southern Methodist University (SMU).
Q3: What is the purpose of the project between ARA and SMU?
A3: The project aims to develop microrobots that can mitigate vitreous hemorrhage injuries and accelerate recovery, which could improve vision impairment and combat readiness for U.S. armed forces.
Q4: Who will lead the project at ARA?
A4: The project will be led by Louis William Rogowski, PhD, a Senior Research Scientist at ARA.
Q5: What is the potential impact of vitreous hemorrhage injuries on U.S. armed forces?
A5: Bleeding inside the eye from vitreous hemorrhage injuries can lead to months of vision impairment and discomfort, reducing the combat readiness of U.S. armed forces.
Q6: What technology will be used to build the microrobots?
A6: The microrobots will be built using nanotechnology.
Q7: What is the potential benefit of developing microrobots for vitreous hemorrhage treatment?
A7: Developing microrobots could potentially mitigate the effects of vitreous hemorrhage injuries, reducing vision impairment and discomfort, and improving combat readiness.
Q8: What is the name of the software developed by ARA for analyzing window glazing response to natural disasters?
A8: The software is called WINGARD, which provides Window Glazing Analysis Response and Design.
A1: The company mentioned in the text is ARA Electronics.
Q2: What is the name of the university partnered with ARA for developing microrobots?
A2: The university partnered with ARA is Southern Methodist University (SMU).
Q3: What is the purpose of the project between ARA and SMU?
A3: The project aims to develop microrobots that can mitigate vitreous hemorrhage injuries and accelerate recovery, which could improve vision impairment and combat readiness for U.S. armed forces.
Q4: Who will lead the project at ARA?
A4: The project will be led by Louis William Rogowski, PhD, a Senior Research Scientist at ARA.
Q5: What is the potential impact of vitreous hemorrhage injuries on U.S. armed forces?
A5: Bleeding inside the eye from vitreous hemorrhage injuries can lead to months of vision impairment and discomfort, reducing the combat readiness of U.S. armed forces.
Q6: What technology will be used to build the microrobots?
A6: The microrobots will be built using nanotechnology.
Q7: What is the potential benefit of developing microrobots for vitreous hemorrhage treatment?
A7: Developing microrobots could potentially mitigate the effects of vitreous hemorrhage injuries, reducing vision impairment and discomfort, and improving combat readiness.
Q8: What is the name of the software developed by ARA for analyzing window glazing response to natural disasters?
A8: The software is called WINGARD, which provides Window Glazing Analysis Response and Design.
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