Hello all, for context, I am 14 years old working on a research project for academic purposes.

I really don't know about the safety of all this and as I read deeper and deeper, I just get more worried...

We're gonna work with a fume hood and some basic PPE and an N95 respirator. (My teacher said that just wear two N95s). Is that all I need?

The nanoparticles in question are titanium dioxide and zinc oxide. Thanks.

Hello!

Recently graduated with a Biomedical Engineering degree and I'm currently exploring options for a Master's program that focuses on nanotechnology/nanoscience with applications in the pharmaceutical, biomedical, or renewable energy industries. My ultimate goal is to move into one of these industries through R&D after completing my degree, as I do not currently plan to pursue a PhD.

I'd greatly appreciate any advice or recommendations for universities or specific programs that y'all may know of that align with my interests!

TL;DR: Looking for recommendations for Master's programs known for strong industry connections :)

P.S. For those with experience in these industries, I'd also like to ask if pursuing a Master's in this field is a good choice for someone aiming to work in these industries after grad, or would you recommend focusing on a different discipline?

Thank you for any help!

Hey guys!!! So I was just ruminating about biocompatible nanobots. I just wanted to hear about what others think regarding them. How can they be used with living beings? You know, by being injected into their system (assuming they actually bond with them and the immune system doesn't go haywire). What could be the boundaries? What can we achieve within those boundaries? I'm open to any thought. FYI, this isn't regarding any research or else. Just random curiosity. I don't know a whole lot about the nanobots tbh. But if anyone can.

I couldn't get into the engineering program, but I have two options: pursuing a special degree in Physics or a special degree in Chemistry (both 4 years). I am interested in fields related to nanotechnology and plan to pursue a Master's and PhD in that area. Which degree would be more suitable for a career in nanotechnology?

i'm trying to make Fe2O3 nps for a science project using the sol gel method, but i'm having trouble and i've read so many journals, but they're all much more complicated than what i'm trying to do, and what i'm capable of. so i've resorted to reddit. does anyone have a method for this ? preferably using NaOH and FeCl3

Could nanotechnology be used to administer intensive, micro-focused cryotherapy to lesions or cancer cells?

How can i get rid of them??

Can he drink somthing to kill them? Like borax? Perups mri to disable them?

The rapid development of nanotechnology holds promise in medicine, energy, and materials science, but also poses risks like environmental contamination, misuse in weaponry, or unforeseen biohazards. Should we implement a preemptive global regulatory body to oversee nanotech advancements, or would this hinder scientific innovation? How do we balance the potential benefits with the existential risks of unleashing such powerful, poorly understood technologies?

I’m passionate about nanotechnology and currently pursuing a degree in physics. I’m considering continuing my studies with a master’s degree in a nanotechnology-related field, but I’m not particularly interested in pursuing a PhD. My goal is to gain expertise in nanotechnology and eventually find a good career with strong income potential.

I’d love to know if this path is realistic and if there are good career options in nanotechnology that don’t require a PhD. I’m also interested in any advice on how to break into the field after completing a master's degree.

Any insights or suggestions would be greatly appreciated!

Hi all! I’m planning my master’s thesis around a project which focuses on using Physics informed Neural Networks to automate control of spin qubits in silicon quantum dot arrays.

The goal is to develop a solution for tuning of charge across many quantum dots (QDs), a crucial step toward scalable quantum computing. I have some basic understanding on how QDs work, quantum confinement and encoding quantum information in the electron spin, but I want to dig deeper into a few specific points:

1-Control Mechanism: How exactly are we controlling the quantum dots? I assume it’s by adjusting gate voltages around each QD, but what’s the full setup like and how are we measuring back the outcome?

2-Tuning Goals: What exactly are we tuning the voltage for? Is it to achieve specific charge or spin states in the QDs, or to stabilize interactions between dots? Or to have a single electron in each QD or to have specific energy levels? I am kind of lost on what the end goal is and why are we doing it.

3-Validation: Once we adjust these parameters, how do we determine that the outcome is "correct" or optimal? Are there specific signals or current-voltage patterns we look for?

Any detailed insights into this process would be amazing. I’m especially interested in how AI models, like Physics-Informed Neural Networks, detect and validate the desired patterns in current-voltage data. Thanks in advance for any guidance or resources you can share!

The Metal Gear Solid video game series depicted nanomachines that were capable of repairing wounds, acting as support to pacemakers etc.

How believable is it that such nanomachines come come into existence in the near future?

I wish to pursue MS with a specialization in either bionanotechnology or nanomedicine. I am working as a research intern in a biophysics lab and I have developed a deep interest in drug delivery and nanotech for biomedical applications. I even managed to publish a paper in antimicrobial applications. I am more inclined towards nanomed but I don't want to be in academia for long. I love research but academia doesn't seem my cup of tea so with industrial jobs in mind what are the career prospects for both? Which is better?

Will highly appreciate some insights from people in the biotech or related fields.

Thanks in advance!

Could nanotechnology change the structure of the brain and its connections?

I have a friend who doesn't trust nanotechnology and says he wouldn't allow a medical treatment based on nanoparticles. What arguments could I use to convince him?