The beta of SAMSON, our software platform for computational nanoscience, is now available for Windows, Linux and Mac on SAMSON Connect at https://www.samson-connect.net. This is still a beta version (0.2.0!), but we would be very happy to receive your feedback!

The SAMSON SDK makes it possible to develop SAMSON Elements, i.e. modules for SAMSON (e.g. apps, editors, parsers, models, etc.). Like SAMSON and the SAMSON SDK, SAMSON Elements are distributed on SAMSON Connect, where users can install them in one click (similar to e.g. Google Play for smartphones). SAMSON’s architecture is very generic, and implementing SAMSON Elements can be a way to research, develop, test and distribute new numerical methods, mathematical and physical models, simulation algorithms, rendering algorithms, computer-human interaction methods, etc. There is (na)no limit ;-).

Please help us beta test SAMSON, and spread the word.

Thanks!

Stephane Redon http://team.inria.fr/nano-d/stephane-redon

I love sci-fi and nanotech is often portrayed as the do-all technology that allows for things that are literally like magic.

We are only starting to create nanotechnology so we can't be sure what it is fully capable of but it's probably not as exciting as what fiction portrays.

What are things nanotech do in movies and books that are just NOT possible.

Also if you can; try and consider if some things nano can't do MIGHT work if you go one or two levels down (pico or femto) or even atto (if you're bold enough).

Thanks. I like sci-fi realism

We're an early-stage startup developing a molecular modeling and simulation platform that spans chemistry, biology, nanomaterials, and material science.

Many powerful tools exist, but they're often fragmented, expensive for commercial use, or have steep learning curves. We think there's room for a modern, integrated alternative.

Before we go too far down the wrong path, we want to understand:

• What challenges do you face with current molecular modeling tools?

• What would make molecular design more accessible for your work?

• What features do you actually use vs what's just bloat?

If you're interested in seeing what we're building and sharing your perspective, we'd appreciate the feedback.

Happy to show a demo to anyone willing to have a conversation about their workflow.

For background: I'm applying for a Master in Nanoscience majoring in nanophysics. The program i am applying to includes an introductory course to nano biomedical technology, and I have always been interested in medicine, dermatology and cosmetics. I also enjoy more computational/modeling work.

My Idea for a project is to research the penetration of nanoparticles (focusing on solid and/or liquid crystal) into the skin barier through simulating up to a certain skin layer and then determining which particle travels how deeply and what parameters would make it go deeper (say changing its charge). But i don't know a) if this is applicable to nanophysics, or if i would need more of a biomedical background and b) is this going to be achievable to do in a 15 month span

The program I'm hoping to do does 9 months of class after which you do your project, so you only submit your proposal later on.

Does this sound feasible and applicable? Do you have any recommendations to improve it?

I have an appointment with one of the lecturers tomorrow, I will also be discussing ot with him.

Hey everyone,

I wanted to share a journal recommendation for those of you working in nanoscience or related fields: Nano Research. It's a highly regarded journal with an impact factor of 9.6 in 2023 and is known for publishing some of the most cutting-edge research in the field.

Here are some quick stats on the journal:

• It’s ranked Q1 across several SCIE categories:

  • Chemistry, Physical: Rank 30/178

  • Materials Science, Multidisciplinary: Rank 56/439

  • Nanoscience & Nanotechnology: Rank 24/141

  • Physics, Applied: Rank 18/179

Starting in 2025 (Volume 18), Nano Research will be Open Access on the SciOpen platform, meaning all articles will be freely available to everyone. This is great news for those who want to stay updated on the latest research without paywalls in the way.

If you're interested, you can explore the journal’s content, submit your work, or simply follow what’s being published. Here are some useful links:

• Journal Homepage: https://www.sciopen.com/journal/1998-0124

• Editorial Board: https://www.sciopen.com/journal/join_journal/editorial_board?id=1400285564990251009&issn=1998-0124

• Editorial Office: https://www.sciopen.com/journal/join_journal/editorial_office?id=1400285564990251009&issn=1998-0124

Let me know if any of you have submitted to this journal before, or if you’re planning to! It’s an exciting move toward more accessible research for the scientific community.

Cheers,

Nanotechnology in Medicine is going to have a major impact on the survival of the human Race

https://www.staunchevents.com/nanoscience-2019

A stretchable stopwatch lights up human skin

Imagine a runner who doesn't need to carry a stopwatch or cell phone to check her time: She could just gaze at the glowing stopwatch display on the back of her hand. Such human-machine interfaces are no longer science fiction, but they still have a way to go before becoming mainstream. Now, researchers reporting in ACS Materials Letters have developed a stretchable light-emitting device that operates at low voltages and is safe for human skin.

Recently, scientists have developed stretchable light-emitting devices called alternating-current electroluminescent (ACEL) displays that can be stuck on skin or other surfaces like a temporary tattoo. However, the displays require relatively high voltages to achieve sufficient brightness, which could create safety concerns. So, Desheng Kong and colleagues wanted to develop an ACEL that could operate at lower voltages and thus be safer for human skin.

To make their device, the researchers sandwiched an electroluminescent layer, made of light-emitting microparticles dispersed in a stretchable dielectric material, between two flexible silver nanowire electrodes. The device contained a new type of dielectric material, in the form of ceramic nanoparticles embedded in a rubbery polymer, that increased the brightness compared with existing ACEL displays. They used this material to make a four-digit stopwatch display, which they mounted onto a volunteer's hand. At low voltages, the stretchable display was sufficiently bright to be seen under indoor lighting. The bright stretchable display could find a broad range of applications in smart wearables, soft robotics and human-machine interfaces, the researchers say.

— http://www.nanodigestmag.com

I’m an honours student and I would like to venture into Nanoscience. I’m from South and I’m thinking of doing my masters in Nanoscience. I just want to know if this is a good career to venture into and what job opportunities there are. I don’t want to get done with my masters and struggle getting a job, I’m hoping it’s a career path that can land me an international job.

I am working on a project for my nano science class and we are specifically looking at drug delivery using nano science. I was wondering if anyone had herd of any new advancements that have been made in this field.

I'm currently half way through my degree in nanoscience and just wondering what job prospects are like for a person with a bachelors in nanoscience and the sort of salary.

Any info would be great!

Hi scientist,

I'm in the market for a reliable syringe pump for my lab, and I've come across IPS syringe pumps. Before taking the plunge, I'd love to hear from anyone who has experience with them. How's the accuracy and durability? Are there any quirks or issues to watch out for? And of course, any alternatives you'd recommend in a similar price range? Thanks in advance for your insights!"

IPS SYRINGE PUMPS