On the Nature of Bismuth (I) Iodide Bi+ Bi1+ Part 2 II Twoby Tommy on 19/02/2017
Just when I want to quit blobbing for the nth time, I am distracted yet again.
What does an anxious science blogger without a career and no clue and flat broke, do about it?
Answer: Continue to solve interesting outstanding major problems of the universe, and report.
And maybe a speculative rant or two thrown in for good measure. Since I do these things for my own personal enlightenment, who cares. Things rarely work out the way I plan anyways, which is why I keep Plan B and C and even D handy, just in case. Cases in point, the Younger Dryas Impact Hypothesis. How long do I cling to that? That’s as nutty as a comet impact initiating the Paleocene Eocene Thermal Maximum (PETM). So far in the literature we have ice blocks as ejecta from the Black Sturgeon River Basin arcing parabolically (is that a word?) all the way down the the Eastern seaboard and excavating numerous oval basins in the lowland muck.
A model for the Geomorphology of the Carolina Bays, Antonio Zamora, Geomorphology 282, 209–216 (1 April 2017)
So yeah, it’s time to move on with that.
What about reusable rocketry? Time to move on. To Mars, hopefully, or wherever there are good jobs and no religious fascists. Or Swedenborgia. That’s it. With a big check and a diploma and a handshake from the King and hopefully a permanent (or at least an eight year) position at the Institute. That could work! My girlfriend wants in already, and she’s Swedish, or at least partly Swedenborgian. And I assume Sweden will eventually want a space program too. Everyone does nowadays. Nova Scotia is looking good. If New Zealand can do it, Canada can do it too.
What has all of this have to do with bismuth iodide?
In a word – amorphization.
My new favorite word.
Update 1: So it is decided. I will have to write yet another crackpot essay.
So stay tuned. More nonsense from the peanut gallery yet to come.
Update 2: I guess it’s Planet E, then.
Update 3: It has begun.
I’ll try to get something together in the next few weeks.
High Pressure Amorphization of Bi4I4 – Bi+ Formation and Superconductivity
The recent demonstration of high pressure superconductivity in the exotic topological insulator Bi4I4, through a presumed amophization process, can be understood as the formation of an irregular lattice of monovalent bismuth ions – Bi+, and the predicted electronic Bose-Einstein condensation of bosons.
An obvious prediction derived from this scenario is a density dependent critical transition temperature.
I think I can do this. Let the great bismuth iodide war begin!
Update 4: While I’m at it there is also this.
Quantum Gravity Gauge Field Theory
The gravitational axion hypothesis previously proposed as cosmic QCD axions, or Peccei Quinn axions with additional low energy standard model couplings, is reduced to mathematics using a modern gauge field theory cast in the form of topological quantum field theory known from condensed matter physics. In order to maintain contact with discernible reality the principle components of such a theory will be a spin-2 boson called a graviton, and a spin-0 boson called the axion, along with standard model physics.
So I am way in over my head in the sea of bosons.
I hate axions. They follow me everywhere.
The gravity on this planet is email@example.com