Some discussion, thought and ideas about quantum theories and experimentation by
-Tyrell Christian Niles.
Quantum*
Thought and
Ideas…
In the world of science the term “quantum” is used to inspire new learners but in actuality may have been made void by many scientists… By this I mean that for a long time no new thought has come for the subject. I’d like to promise that this page will deliver something new and interesting but to begin with I’m going to revise some ideas that have already come to surface. This will be as such on the notions of “what is a quantum material?”, “why is quantum mechanics so hard?”. “what is a quantum computer?” and questions/ topics alike these!
The premise of the scheme.
To begin with I’d like to say that as far as I’ve seen, quantum mechanists have become bored by the subject. Furthermore; the inspection of the quantum world gets little attention where the more macro affects and practical applications of quantum matter are highlighted and discussed but these (in my opinion) needn’t be explored much more. In my opinion there’s a great amount of knowledge to be gained that has new practical applications within the facet of minute physical phenomenon. Hereby for my page at least I will try not to cover what has already been exposed to popular knowledge such at the macro affects of things such as a waves entanglement or the popularised idea of qubits and bits that rely on spins and furthermore entanglement… or such things alike but much rather some interesting points of the capabilities and exploration of quantum matter, the relationships of quantum particles between one another and more when it comes to mind.
The premise of the discussions is that these commonly known concepts and ideas are true and that they hold the worlds interest in known applications of quantum matter. These ideas are such as entanglement/ probability of quanta, the physical phenomenon at the smallest building block of these quantum particles I.E spins and strings and also that these quantum particles exist by experimentation and have been proved.
I hope to develop new areas for exploration and inquisition by which
the evidence will be logical and self explanatory with scientific investigation pending.
What is quantum?
Quantum propositions
A Work In Progress…
The de-bunking of ‘Quantum Mechanics’. By Leonard Susskind and Art Friedman.
From a young age I’ve been reading this book. It began as a cloudy maze of symbols that were hard to interpret and still to this day I may be failing at this; none the less - I will work onwards to attempts at explaining this rather simple experiment of machinery that exemplifies some notions of the quantum world!
Wish me luck!
Make it stand out
Quantum Bridging…
What is a quantum bridge?
A quantum bridge is a phenomenon of whence a electron rips a whole to another dimension to release from it light. We believe quantum bridges exist as electricity and photons are different items as they hold very different properties.
How are quantum bridges made?
Quantum bridges are the result of highly dense electrons. When electrons are forced to occupy the same space in a high volume; Quantum bridges are made to a dimension that’s purely consisting of light.
What is the look forward for quantum bridging?
We suspect that super conductors such as mercury could hold promise for experimentation with quantum bridging.
So… Quantum propositions.
A quantum proposition is only a literally small thing (disregarding the impact of the finding) that a quantum particle can do.
What secretly made quantum technology so popular is the speed at which information can be assorted and manipulated and for this, quantum propositions come into significant play.
Quantum technology I.E computers/ processors rely on a manipulation of what we classically know of matter. Generally speaking if an item is classically moved, the propensity of power to move that item will have to increase for that item to move faster. The world of quantum mechanics does not abide by this classical law and in fact, it’s counter intuitive to what we’d normally acclaim to the reasoning behind the phenomena of speed in its instances.
It would seem that with enough space, In some sort of linear fashion, the quantum particle of a qubit or bit moves faster- as this space increases so long as the materials it moves along is compatible to the quantum material. This is a rule of velocity but unlike that of classical matter there is no primary mover. I believe that this is evident enough to state that these quantum materials are the primary movers that may have been the cause of the expansion of time its self (at a guess). There are no logical assumptions as to where these materials gain their momentum but here we know that in a more classical sense there are two spins to a bit that propel the material.
A sneaky look at some research ideas…
Genetics.
Just some thought.
Carbon based life forms are abundant here on planet earth. Some research has been done on such life forms and to date, cloning and insemination is hugely viable through modern science but what if we were to take this one step further?
What if we were to affect sex cells and modify the attributes to developed life forms?
This isn’t quite a warranted paper so don’t get too excited but; we started thinking… are we looking at the next step of genetic research with our machines? Genetics is a tricky subject so first I will explain our potential* method.
The machine as shown provides an environment with various conditions including vacuum, gas filled chamber and more. With the silicon; mix graphene disk, we believe that we can analyse matter for its electron capacity and using programming techniques, the binary/ orbitals associated to the sex cells should be something for observation. With this being said, with modifications to the machine, one could believe for the machine to be enabled to sending binary and orbital data to the sex cells after analysis.