Playlist: Do We Live in a Simulated Reality?
The Quantum World of Digital Physics: Can a virtual reality be real?
Continue reading “The Quantum World of Digital Physics: Can a Virtual Reality be Real?” »
Sharing more research conducted on Quantum Bio’s Brain to Brain communications. For all my hardware/ device friends exploring their own futures in a QC world. This was resurfaced in Jan 2017; the report itself is still relevant. Quantum Bio truly will change our device markets, IoT, and medicine/ healthcare drastically. This will be where we truly see tech and bio as one.
Want to see real convergence of tech and bio meaning no more need for smart devices, improved immunology in humans to counteract proactively disease and illness, accelerate heal times from injuries, reverse aging, etc. then you need to definitely engage Quantum bio in your work and discoveries as many have seen its potential and making changes leveraging this technology.
What you do on the Internet is nobody’s business but yours. At ProxySite.com, we stand between your web use and anyone who tries to sneak a peek at it. Instead of connecting directly to a website, let us connect to the website and send it back to you, and no one will know where you’ve been. Big Brother (or other, less ominous snoops) won’t be able to look over your shoulder and spy on you to see what you’re reading, watching or saying.
Nice research paper on Quantum Neural Networks for BMI related technologies. This is not a new article and more of a study published in 2014. Quantum Bio will change BMI.
Another version of this topic.
A novel neural information processing architecture inspired by quantum mechanics and incorporating the well-known Schrodinger wave equation is proposed in this paper. The proposed architecture referred to as recurrent quantum neural network (RQNN) can characterize a nonstationary stochastic signal as time-varying wave packets. A robust unsupervised learning algorithm enables the RQNN to effectively capture the statistical behavior of the input signal and facilitates the estimation of signal embedded in noise with unknown characteristics.
Continue reading “Quantum Neural Network-Based EEG Filtering for a Brain–Computer Interface” »
Although this article is 2 years old; it covers one of the foundational areas of Quantum Biology.
Figure legend:
You can see in the enclosed figure the quantum entanglement phenomenon in the closely self-assembled two synthesized protocells system due to the photo excited electron charge transfer from one protocell to another that leads to closer self-assembly and exchange of energy and information.
Continue reading “Quantum entanglement in photoactive prebiotic systems” »
I’m excited and honored to share a new feature article about #transhumanism, the Immortality Bus, and my life extension work in The New York Times Magazine, which will also be in print around the world in Sunday’s edition. This 5000-word article captures many angles and is a strong testament to the growing importance of the transhumanist movement:
Zoltan Istvan ran for president with a modest goal in mind: human immortality.
Cannot wait to see the outcomes as it will prove how Quantum principles are in fact a core peice in biology that will open up more innovation in areas like BMI, cell circuitry, etc.
The Defense Advanced Research Projects Agency will conduct a Proposers Day via webcast on Feb. 21 to discuss the RadioBio program that aims to determine whether purposeful signaling through electromagnetic waves occurs between biological cells.
“If we can prove that purposeful signaling is happening, the next step would be to discover how the process works,” Mike Fiddy, DARPA program manager, said in a statement released Tuesday.
Engineers at the U.S. Army Armament Research, Development and Engineering Center, or ARDEC, have been making advancements in an initiative called “Component Miniaturization.”
Its mission focuses on making armament systems more precise, energy efficient, scalable and effective by reducing the size of critical components in sub-systems such as safe and arm devices, electronics packages, power supplies and inertial measurement systems. Size reductions in one sub-system can have a positive effect on another. For example, a smaller and more efficient electronics package design can reduce power supply demands as well as reduce the need for heavier supporting structures. The space savings and mass savings could then be used to add a larger explosive warhead or increase control surfaces for additional maneuverability. The reduced size and mass could also allow for additional portability to smaller calibers or to systems with greater launch velocities.
The initiative involves several discrete projects, some of which are described below:
The leading projects for developing a hypersonic spaceplane are Reaction Engines of the UK and Hypermach.
Reaction Engines Skylon
Reaction Engines of the UK is a leader in developing a hypersonic vehicle and hypersonic components. The British government finalized a £60 million to the project: this investment will provide support at a “crucial stage” to allow a full-scale prototype of the SABRE engine to be built. If all goes to plan, the first ground-based engine tests could happen in 2019, and Skylon could be performing unmanned test flights by 2025. In November 2015, BAE Systems invested £20.6 million in Reaction Engines to acquire 20 per cent of its share capital and agreed to provide industrial, technology development and project management expertise to support Reaction Engines during its development phase. It could carry 15 tonnes of cargo to a 300 km equatorial orbit on each trip, and up to 11 tonnes to the International Space Station, almost 45% more than the capacity of the European Space Agency’s ATV vehicle.
Continue reading “Leading development of hypersonic engines and spaceplanes” »
Electromagnetic pulses lasting one millionth of a millionth of a second may hold the key to advances in medical imaging, communications and drug development. But the pulses, called terahertz waves, have long required elaborate and expensive equipment to use.
Now, researchers at Princeton University have drastically shrunk much of that equipment: moving from a tabletop setup with lasers and mirrors to a pair of microchips small enough to fit on a fingertip.
In two articles recently published in the IEEE Journal of Solid State Circuits, the researchers describe one microchip that can generate terahertz waves, and a second chip that can capture and read intricate details of these waves.
The Defense Advanced Research Projects Agency will conduct a Proposers Day via webcast on Feb. 21 to discuss the RadioBio program that aims to determine whether purposeful signaling through electromagnetic waves occurs between biological cells.
