Working on Nano-Sensors for UMCP's Aerospace Engineering Lab

In summary: No, I'll still be spending plenty of time at the pf. I'm just going to be working on my thesis more. Thanks for asking!
  • #1
enigma
Staff Emeritus
Science Advisor
Gold Member
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I found out yesterday that I've gotten picked up for grad school!

I'm tentatively going to be working on nano-sensors for UMCP's aerospace engineering smart structures lab.

I have yet to read any of the background material, but it'll basically be tiny "fingers" of metal which behave similar to quartz crystals... you deflect them and they create a voltage. If you have arrays of them, oriented in different directions, you can detect accelerations, fluid flows, etc.

It's not entirely what I was shooting for, but it's really cool, nonetheless!
 
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  • #2
wow, picked up for grad school. The only thing I've ever been picked up for is when I was picked up on a "failure to appear" warrant.
 
  • #3
I got picked up for ditching school once... The truant officer showed up and koncked on my door and stuff. It was fun. She even let me take a shower before I was carried away.

cookiemonster

Btw, congrats, Enigma!
 
  • #4
cookiemonster said:
I got picked up for ditching school once... The truant officer showed up and koncked on my door and stuff. It was fun. She even let me take a shower before I was carried away.

cookiemonster

Btw, congrats, Enigma!
See, kids?
This is what happens when you skip school. do you want someone koncking on your door?
Hey cookie, here's a joke:
konck, konck
Who's there?
Dis
Dis who
dyslexia, from suffer I.
 
  • #5
Shush. It makes perfect sense.

cookiemonster
 
  • #6
tribdog said:
konck, konck
Who's there?
Dis
Dis who
dyslexia, from suffer I.
Jeez, you are brutal!

Congraduations enigma. You going for a PhD or a Masters?
 
  • #7
Congratulations enigma .. I am sure you deserve this.:)
 
  • #8
Thanks all

Masters first. We'll see how things are going once I get closer to the thesis before I decide on the PhD. Luckily UMaryland requires you get the Masters first, regardless.
 
  • #9
enigma said:
I found out yesterday that I've gotten picked up for grad school!

I'm tentatively going to be working on nano-sensors for UMCP's aerospace engineering smart structures lab.

I have yet to read any of the background material, but it'll basically be tiny "fingers" of metal which behave similar to quartz crystals... you deflect them and they create a voltage. If you have arrays of them, oriented in different directions, you can detect accelerations, fluid flows, etc.

It's not entirely what I was shooting for, but it's really cool, nonetheless!

YAAY, YOU! :approve: :smile: :approve: :smile:
 
  • #10
Great job Enigma! Congratulations. :smile:

It sounds like some interesting work. Maybe we will see you as a mission specialist one day? :tongue2:
 
  • #11
Congrats enigma!

wait...this doesn't mean you'll be spending less time at the pf and more time working does it?
 
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1. What are nano-sensors and what are their applications?

Nano-sensors are tiny devices that are capable of detecting and measuring very small changes in the environment. Some common applications of nano-sensors include medical diagnostics, environmental monitoring, and aerospace engineering.

2. What is the purpose of working on nano-sensors in UMCP's Aerospace Engineering Lab?

The purpose of working on nano-sensors in UMCP's Aerospace Engineering Lab is to develop and improve upon sensors that can be used in the aerospace industry. This could include sensors for detecting changes in air pressure, temperature, or other environmental factors that can impact aircraft performance.

3. How are nano-sensors created and manufactured?

Nano-sensors are typically created using advanced manufacturing techniques such as photolithography, chemical vapor deposition, or atomic layer deposition. These processes allow for the precise manipulation of materials at the nanoscale to create sensors with specific properties and capabilities.

4. What are some challenges faced when working with nano-sensors?

One of the main challenges when working with nano-sensors is their small size, which can make them difficult to handle and manipulate. Additionally, the materials used in nano-sensors can be expensive and difficult to work with, and the sensors themselves may be sensitive to environmental factors such as temperature and humidity.

5. What are some potential future developments in the field of nano-sensors?

Some potential future developments in the field of nano-sensors include the use of new materials, such as carbon nanotubes or graphene, to create even smaller and more sensitive sensors. There is also ongoing research into incorporating nanotechnology into wearable sensors and developing self-powered sensors that do not require external power sources.

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