Category: Efficiency Prizes

The near future might have many synthesized foods, materials and experiences

The near future might have many synthesized foods, materials and experiences — The rumor on the Internet is that most “olive oil” is already a substitute. If it truly disappeared, there are ways to make oils by blending that can substitute. And ways to make it by building molecules with industrial chemical processes. There are
Read More »

Self sustaining reactions, solitons and Nobel prizes, wave fronts, atomic and nuclear space ships

Steve Mould: Bizarre traveling flame discovery at https://www.youtube.com/watch?v=SqhXQUzVMlQ About 1974/1975 I wss at the University of Texas at Austin. Ilya Prigogine was there with his group and they were studying chemical clocks, and chemical oscillators. Now Prigogine got his Nobel prize in 1977 for a range of things with names like “dissipative structures”, “systems far
Read More »

File your ideas where they belong in the digital twin of the future. The Internet is a map of the past, present and future.

Internet Foundation Suggestion: File your future policy suggestions with emerging digital twins on the Internet. If you are working in vacuum processing and worried about pollution of the vacuum in new cities on the Moon or orbit, do NOT stuff your ideas in impossible-to-find folders and documents. Link them now directly to the emerging industries.
Read More »

Global Open Networks, Global Software Networks, Global Data Networks, all Data Networks, all Software Networks

https://twitter.com/RichardKCollin2/status/1776841580508315666 @elonmusk “Global Software Networks” – Lossless, efficient, reliable, sustainable, accessible, auditable, traceable, trustworthy, above reproach, open, #GlobalOpenNetworks #GlobalSoftwareNetorks  “Global Data Networks”- Lossless, efficient, reliable, sustainable, accessible, auditable, traceable, trustworthy, above reproach, open, #GlobalOpenNetworks #GlobalDataNetorks   If it is not Lossless, efficient, reliable, sustainable, accessible, auditable, traceable, trustworthy, above reproach, open, – it will not
Read More »

Low cost gravitational sensors for global+lunar baseline arrays, #RB_Prize

Physical Review Letters @PhysRevLett Using a Kerr optical effect, the detection sensitivity of a gravitational wave detector could be improved to enable the detection of binary neutron stars Letter: https://go.aps.org/4ally2a Synopsis: https://go.aps.org/3TL0hYv https://pic.twitter.com/Mcz2HpZTNY Replying to @PhysRevLett https://arxiv.org/abs/2310.18828 Designing low cost gravitational sensors for global+lunar baseline arrays? Individuals, small groups. Electron, Atom, Molecular, pico, nano interferometers,
Read More »

Wireless memory/sensor/processors of (1E-6 meter)^3 are 1E18 per cubic meter and 1E12/cm^3 –GigaCore, TeraCore, PetaCore

Remember the term “wireless memory” as it is a way to make much denser 3D memories with minimal requirements for wires. Rthey need unique ids and can have many onboard memoriies and capabilities.  Address them with 3D fields Thsee can be subatomic where the power and communication are both field based (wireless) but a cubic
Read More »

Waves and currents Data, Global Open Efficiency Prizes

Amin Chabchoub @DrAminChabchoub Our new Geophysical Research Letters #AGUpubs @theAGU work led by @YanLi_PhD elaborates also on the connection between extremely large ocean waves and Langmuir circulation dynamics . Enjoy the read! 🤓 https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2023GL107381 https://pic.twitter.com/lrvc3ZsLjW Replying to @DrAminChabchoub @theAGU and @YanLi_PhDIt seems you need better ways to image, record and model these flows at all
Read More »

The Action Lab: Lasers, LEDS, lenses and focusing intensity to burn or illuminate things, vortex pressure

The Action Lab: What Happens if You Focus a 5W Laser With a Giant Magnifying Glass? Negative Kelvin Temperature! at https://www.youtube.com/watch?v=jdjTYlReE-I The intensity in Watts/meter^2 is roughly equal to the Stefan-Boltzmann constant times the 4th power of the temperature in Kelvin. When you focus parallel rays to a smaller area, the intensity goes up, and the
Read More »