Hi everyone, my name is Jerry. I’m really grateful to be part of this group and looking forward to learning from the different minds and backgrounds here. There’s a question I’ve been exploring that I’d genuinely love some perspectives on. Imagine the human being as a seed. The seed already contains its own potential. Now imagine life-force energy as the water, but instead of the water simply providing energy, it could somehow carry structured information that the seed’s biological system recognises and responds to. My question is: could there be a measurable mechanism behind something like this? Could frequency, resonance, bioelectromagnetic signalling or another form of energy carry organised patterns of information that influence the conditions through which cognition, self-awareness, adaptability and learning develop? I’m particularly interested in morphogenesis as a way of understanding how biological systems organise themselves, while also questioning whether anything experimentally useful can be found within more speculative ideas such as morphic resonance. I don’t have the scientific answer, and that’s why I’m putting the question out there. I’m looking to learn from and potentially collaborate with people across neuroscience, neurotechnology, bioelectromagnetics, biophysics, biometrics, frequency/signal engineering and hardware development who might help break this question into pieces that can actually be investigated. I’m especially interested in understanding what the “information” would actually be, how it could theoretically be encoded into a signal, what biological system could receive it, and how we would measure whether anything meaningful happened. These questions form part of a wider vision I’m developing through KOVA Labs, including a concept called NEUROSYNC. The intention is to explore technology that could support people in becoming clearer thinkers, stronger learners, more adaptable and better equipped to handle challenges, while remaining fundamentally themselves.

Hey Fellow Science Peeps!!! Our community's first-ever collaboration video is officially up and running under the "Collaboration" course within the Classroom tab! Feel free to check it out, and don't forget to post here in the community any comments, questions, concerns, or compliments that come to mind, especially regarding future video topics, and ways to improve any and all aspects of the community. Today's video, titled 16S rRNA Sequencing for Bacterial Identification, is in collaboration with the amazing @Deiondra Chalwell, a clinical microbiologist and fellow Skooler with her own community, Microbiology with Dede. Don't forget to check out and join her fascinating community as well! Update: It came to my attention that some of my courses may have still been unavailable to the general community, so I changed some settings, and now hopefully everything is free for you all to watch as you please. If not, please let me know ASAP :)

If you could instantly become an expert in ONE area of biology, which would you choose and why? Curious to see everyone’s interests in here 👀

🧪 Sometimes I think one of the hardest parts about learning biology isn’t memorization… …it’s learning how to CONNECT all the concepts together. Especially when you start getting into pathways, molecular interactions, cellular processes, genetics, and lab techniques 👀 What biology topic took you the longest to finally understand? 👇 I'd love to hear everyone's answers!

Hey Fellow Science Peeps! After a long hiatus (so sorry, I got lost along the path of life), I am back and with a new video describing your first tool in the toolbox when it comes to troubleshooting difficult PCRs, Touchdown PCR!!! Enjoy and please let me know what you think regarding this video, previous ones, and what you all would like to see next :)