Welcome!
I came up with a vision for a mobile app. This app allows users to explore the chemistry of the world around us and how it leads to the characteristics we experience in the macro-world.
This presentation is best experienced on a mobile device. I recommend opening it up on your phone if you have the time.
Hope you enjoy!
https://view.genially.com/6915502dbce60977fe8b9f8b/mobile-atomic-lens
( 2 upvotes and 0 downvotes )
I really like how you positioned smartphone photography as scientific noticing rather than casual image taking. The “atomic lens” idea is clever because it motivates students to look more closely at the world around them. I especially like how this turns passive scrolling habits into intentional observation. This seems like a practical way to help learners connect abstract scientific concepts to real experiences. It also feels accessible, since students already have the tool in their pockets. Nice work.
Nik, your concept is creative, engaging, and well aligned with how students naturally wonder about the world around them. The idea of a mobile app that bridges everyday objects with their underlying chemistry has strong educational value and feels genuinely useful for learners who struggle to connect abstract concepts with real experiences. Your presentation is clean, visually appealing, and easy to navigate on a phone. I especially appreciate how the app encourages curiosity by letting users investigate materials, structures, and reactions in context. This type of tool could deepen understanding while making chemistry more accessible and enjoyable. Overall, this is an impressive and practical vision for mobile learning.
Love your use of Genially as it’s very mobile friendly!
Honestly, this would be revolutionary in the science classroom. So many of the struggles I see as a support teacher come from students trying to understand things they can’t physically see. Concepts like cells, atoms, DNA, or molecular structure feel very abstract because students are being asked to visualize something that exists at a microscopic or even submicroscopic level. What I love about Atomic Lens is that it takes those invisible processes and places them inside everyday objects. The example where a student scans a windshield and gets an instant “zoom in” of the molecular structure would be a game changer for chemistry understanding.
If students could point their phone at a leaf, a piece of plastic, or even their own water bottle and see the atomic or molecular structure in real time, I genuinely think their comprehension would improve. That kind of connection to real life aligns by making chemistry and biology more meaningful and memorable. It also opens the door for some really cool and practical lab ideas. Instead of only using prepared microscope slides or diagrams, students could build an inquiry task around scanning classroom objects. The fact that students could use their own devices is a total bonus too!
If you ever find the time in the future, this could be an amazing project to work on!
Nik, I really appreciate how your product uses AI but the AI is not the focus. AI powered solutions that support and encourage human attributes like curiosity will hopefully have greater utility and value in the future. I’m sure there would be many people who would want to explore the world with an app like this.
I really enjoyed how clearly this was presented — the visuals made the concept easy to understand, and I could immediately picture how Atomic Lens would work in a real classroom. I also love how the idea could extend beyond chemistry into other subjects or learning opportunities.
What stood out to me most was how this could help students who struggle with abstract ideas feel more connected and confident in their learning. Being able to “see” what’s happening at the atomic level makes it feel more meaningful and less intimidating. I also appreciate how the app allows students to adjust the level of explanation, since not everyone learns at the same pace or depth.
It made me think about how this could shift learning from just memorizing content to actually exploring and being curious. I can imagine students having fun with it and asking more “why” questions as they experiment. I’d be really curious to know how you see this being used–more as a guided activity or something students explore on their own?
A project after my own heart, Nik. I love the concept and can imagine a number of applications – inside and outside the classroom.
One idea that comes to mind is integrating a forum/QA or some sort of communication system within the app. Naturally, a smartphone device is a perfect medium to facilitate this!
Hi Nik,
This is a really strong concept for learners and has great potential to fill gaps in understanding while connecting classroom learning to real-world contexts. As someone who struggled with chemistry in high school, I can see how a tool like this would have made concepts more tangible, understandable, and applicable. The mobile app design is especially effective, as it uses a tool that students are already familiar with, providing a quick and engaging way to grasp ideas. Great concept!
Hi Nik,
This is a great project. The name is particularly on point and, as others mentioned, the embedded information was really well done. As someone who has long forgotten most chemistry outside of what I picked up from Breaking Bad, I actually learned something new about windshields today, so thank you for that.
What stood out to me about Atomic Lens is that it moves from identifying the object to explaining what’s going on inside it and why it behaves the way it does. I picture it like having Wikipedia in your phone camera, but it starts the story from the atomic level. I can definitely see the value this step-by-step support can be for students who may struggle to connect abstract chemistry concepts to real-world materials.
Hello Nik,
This is an excellent idea for an app that would support high school level science students. I found your vision for the technology to be well thought out and useful in an educational setting. Your decision to create a presentation that was mobile friendly was engaging and would capture the interest of your intended audience. I also appreciate that you have acknowledged similar apps and have explicitly stated how your forecasted product would differ.
Hi Nik,
This is a fantastic app to have in a chemistry classroom. Building on what you have created, I think the opportunities to include additional chemistry concepts (e.g., surface tension, adhesion, cohesion to explain water and all its various uses) would really help students apply their understanding to real-life situations. This would even have the benefit of allowing them to make connections between units and develop an explicit understanding of why they are learning this!
Other than being given free time to explore, I think that some students will require some structure so they know precisely what to look at. This would also allow it to better fit curricular outcomes. How do you envision this being incorporated into your everyday teaching?
Hi Nik,
First off, kudos for the amount of polish and embedded interactives you have in your presentation here. I was really impressed with how intuitive it all flowed. It seemed like every time my brain told me I wanted an interactive element, there was one there telling me more information. I also totally get your struggle of trying to make the micro more macro for high-school students. I, for one, would definitely utilize this app in my Science 10 class.
I want to pick your brain a bit about how you think this prospective app would fit in to the “future ecosystem” of AI-assisted apps moving forward. I could very easily see your app being developed today, given the incentive to do so. As your presentation mentions, the app would function largely on technologies we already have, someone just needs to code it all together. Do you think AI-assisted cam apps (and AR/VR more broadly) are the future of education? What value proposition do apps like these have when it could be argued that it’s just as easy to look up whatever you want to know more about and have your favourite search engine or AI tell you about the chemistry of it?
Could there be ways to extend this mobile technology beyond just written knowledge? What if users could connect what they’re scanning in the app to other technologies to experiment with building or 3D printing models of the molecular compounds the scanned items are made of? Just some food for thought.