SimVantage’s Post

🕰 💡 Did you know? The term "computer" didn't always refer to machines. On the contrary, it was used to describe people. 👨💻 👩💻 Back in the day, before electronic computers, human beings (mostly women) held the job title of "computer." Their tasks were to perform repetitive calculations for navigational tables, tide charts, and astronomical almanacs. ⏳ 🔍 Imagine a job where every day is a marathon of multiplications, leading to inevitable boredom and the risk of mistakes. 😬 Inventors, seeking a solution for centuries, aimed to mechanize this task, searching for a way to automate complex calculations. 🚀 💻 Today, we are surrounded by powerful machines that have evolved from these early human computers, transforming the landscape of technology. Let's take a moment to appreciate the journey from human computers to the electronic wonders we have today! #techhistory #innovation #techfact #lifeatisd

Working and led by our visionary CTO, Dr. Ivanov, our team has made a groundbreaking discovery regarding the existence of Aether and its implications for modern physics. Over more than four decades, Dr. Ivanov and our team have pursued this research with unwavering determination, courage, and confidence, ultimately leading to the development of a revolutionary interferometer capable of detecting Aether and used for navigation. This technology not only challenges the conventional teachings of physics, particularly those based on General Relativity, but also opens new possibilities for navigation technology. Our prototype device has demonstrated unprecedented capabilities, showcasing distinct navigation patterns independent of GPS. This achievement marks a significant leap forward in navigation systems, promising a future where GPS may no longer be necessary. Beyond the immediate commercialization opportunity of our innovation, we believe there is a profound purpose underlying our work. By supporting this project, investors are not merely investing in a lucrative venture; investors are contributing to a fundamental shift in human acknowledgment and potentially altering the trajectory of scientific development over the past century.

How is your Monday Morning Going ? Monday morning and I'm absolutely thrilled to be starting the first day of the Neurotechnology Spring School, with a focus on Brain Computer Interfaces, hosted by g.tec medical engineering GmbH . The possibilities of augmenting human intelligence are incredible, and I believe this technology will open up new experiences for mankind. But what really excites me is the potential to aid those with disabilities - this is the exact reason I founded Seebility, to build solutions that could make the blind "see". We are at the beacon of a new breakthrough as we merge the deep institutional knowledge in this space with the latest advancements in AI. The combination is set to revolutionize what's possible. I want to give a huge thank you to Dr. Christoph Guger and the whole g.tec team for driving this field forward and sharing their expertise. I can't wait to dive into the curriculum and explore how we can push the boundaries of what's achievable. I'd love to hear from others in my network - how do you see neurotech and AI coming together in the coming years? What are the applications that inspire you most? #Neurotechnology #BrainComputerInterfaces #AugmentedIntelligence #Seebility #gtec

A few weeks ago, we had the honor of inviting Yao-Tung Chang, a process design kit engineer at Luceda Photonics, to our company for a recording session. I had the opportunity to host this episode and discuss the topic of silicon photonics with Yao Tung! Rewatching this video brought back my memory and knowledge. Although I left the field of photonics and physics several years ago and may not discuss this topic as professionally, some scientific theories might be somewhat unclear. The most interesting aspect of my job is that there are no limitations or specific frameworks. I never thought I could collaborate with former classmates in this way, combining investment with science and tech. Although this isn’t a science documentary, if this knowledge can draw investors' attention to science while also focusing on investment, it would be truly fulfilling! Once again, I appreciate Yao Tung for his acceptance. It was rare for him to return to Taiwan from Belgium and still make time for this recording. There might be similar opportunities or topics in the future, and I look forward to inviting more friends from different industries or specialties for discussions, recordings, or other business collaborations 👍. This episode will discuss: ✅ Why has AI triggered the demand for silicon photonics? ✅ What is silicon photonics technology, and what are its advantages? ✅ How does CPO (co-packaged optics) improve data transmission? ✅ What are the application scenarios for silicon photonics? 《EP. 75: The Demand and Boom of Silicon Photonics》：https://lnkd.in/gCUAU-Kc Read more content on SinoPac RichClub: https://lnkd.in/gniPSm3K

BrainChip is one of the many companies sharing articles, case studies and videos on Wevolver. Their first-to-market neuromorphic processor, AkidaTM, mimics the human brain to analyze only essential sensor inputs at the point of acquisition, processing data with efficiency, precision and economy of energy. You can access their latest content here: https://wevlv.co/48SdRin --- Get your company on Wevolver. Publishing content on Wevolver allows companies to connect with our global community in a way that’s authentic and impactful. Millions of engineers leverage Wevolver every month to stay up to date about the cutting edge. If you are also interested in sharing your company’s content on Wevolver, or need help with content creation, get in touch. Learn more on how we can help here: https://wevlv.co/3PktJ3Y #brainchip #akida #semiconductors #chips #engineering #technology #wevolver

In this taped video from the recent Silicon Valley Video Summit SMPTE Keynote presentation, Dr. #RobertBallard and other OET leaders present our newest ideas for real-time #oceanexploration. Check out this technology "deep dive" on how #EVNautilus connects #scientists, #students, and everyday #explorers: https://bit.ly/3T5OFz1

SCIO - Understanding SUBSPACE Treatment Welcome to the Marvelous World of Quantum Physics and Healing. • Client hooked up to harness, versus SUBSPACE....... When you do a calibration on a client hooked up to a harness, this does not mean that when in SUBSPACE you are going to loose ACCURACY MEASUREMENT, when you are doing the BIOFEEDBACK PROGRAMS. In SUBSPACE you will have therapies, you will have AMAZING RESULTS. If you have a client hooked to a harness, and they get up and go to the bathroom, you can also shift to VIRTUAL, and when they get back in the chair and you get the harness back on, then you are back to the ELECTRICAL SIGNALS coming out of the harness. Overall, practioners skill in operating a Feedback Quantum Machine for treatments in subspace reflects a mastery of cutting-edge technology, emphasizing precise and personalized interventions for the well-being of both humans and animals.

Here is an idea: Brain manufacturing. If we strip out from the brain cells' architecture all the functionality non-essential for their computing capabilities maybe they can be easy to produce. With mini-factories built on a chip these units/cells could be produced along with utility units that can help create the connectome. First small connectomes like snails and as technology advances these connectomes can grow in size to bigger organisms. Instead of synapses similar to normal neurons nanotubes could be used and produced in-situ by the neurons or the helper units that assemble the conectome. The units can be produced in liquid suspension. As technology advances probably several parts of the finished brain can be produced individually and connections will be made in the end between parts. There are many scans of different brains so architecturally we should be able to reproduce them. Having a functioning brain from the beginning is irrelevant. Taking into account that nanotubes can deliver speeds of over 100 GHz the processing of these brains would be far higher than the 10 to 100 Hz of normal synapses. Any thoughts?

Working and led by our visionary CTO, Dr. Ivanov, our team has made a groundbreaking discovery regarding the existence of Aether and its implications for modern physics. Over more than four decades, Dr. Ivanov and our team have pursued this research with unwavering determination, courage, and confidence, ultimately leading to the development of a revolutionary interferometer capable of detecting Aether and used for navigation. This technology not only challenges the conventional teachings of physics, particularly those based on General Relativity, but also opens new possibilities for navigation technology. Our prototype device has demonstrated unprecedented capabilities, showcasing distinct navigation patterns independent of GPS. This achievement marks a significant leap forward in navigation systems, promising a future where GPS may no longer be necessary. Beyond the immediate commercialization opportunity of our innovation, we believe there is a profound purpose underlying our work. By supporting this project, investors are not merely investing in a lucrative venture; investors are contributing to a fundamental shift in human acknowledgment and potentially altering the trajectory of scientific development over the past century.

"Unlocking the Future: The Revolutionary Potential of Neuralink" As a passionate enthusiast of psychology and neurology, I am thrilled about the revolutionary opportunities Neuralink presents for the future of brain-computer interfaces. Imagine a world where we can seamlessly connect our brains to computers, enhancing cognitive functions, treating neurological disorders, and opening new frontiers in understanding the human mind. Neuralink's technology promises to bridge gaps between neurons and digital networks, potentially transforming treatments for conditions like Parkinson's disease, epilepsy, and even severe brain injuries. The ability to directly interface with our neural circuits could revolutionize mental health treatment, offering new ways to address depression, anxiety, and other psychological conditions. This is not just a leap in technology but a monumental step towards merging human cognition with artificial intelligence, creating endless possibilities for personal and scientific advancements. I am excited to be a part of this journey, exploring the incredible potentials of Neuralink and contributing to a future where our brains and technology work in harmony. Here's to the fascinating future of neuroscience and psychology, empowered by innovations like Neuralink! #BrainTech #Neurotechnology #FutureOfMedicine #BrainHealth #ScienceInnovation #TechRevolution #NeuralInterfaces #CognitiveEnhancement #MedicalBreakthroughs #HealthcareInnovation #DigitalHealth #NeuroscienceResearch #Neuroscience #Psychology #Innovation #MentalHealth #AI #Technology