Phosphor-photovoltaic light source

So, yes! As I said in a previous article there are things in this world that seem incredible, some are pure fiction others are scamms and of course some are serious things, like this project made by me and I don't know yet if it works.


I have attached a drawing, especially for all my fans from all over the world and not only, even for those from parallel universes and even those from other continents.


The basic idea is the same, the difference is that I could not sleep last night.
I will explain how this device works (if you have not already figured out) so gentlemen here we go:
The supercapacitor or rechargeable battery is precharged and inserted into the circuit. Ignore the diode (6) because it is pointless to explain what it does, since it does exactly what it has to do. The LED (5) illuminates both the photovoltaic cell, but also the phosphorescent plate, the light is absorbed by the photovoltaic cell both from the LED, and from the phosphorescent plate, which emits the absorbed light. At the base of this system is a slot through which the "lost" light can be reused eventually by exposing another photovoltaic plate of smaller dimensions.
Keep in mind that I do these experiments so that you don't need to.

Reprogramming the brain’s electrical activity

The purpose of this article is to make available to everyone what can be imagined by the mind of a man like me.
It is about the reprogramming of the human brain’s electrical activity. This process may or may not work, in any case it remains a pretty interesting theory that will put you on the thoughts.
It is an experiment in the theory stage, in the sense that no such device has been materialized yet.


Main idea:
If we could record the electrical activity of the brain, we will also monitor the process by which it ages and with the brain, the whole body. We can try to record the electrical activity of the brain in the form of electromagnetic waves and invert them (with the help of software), sending them back to the brain.
We need a radio wave transmitter that goes through the brain and is “disturbed” by the brain’s activity, eventually being received by a receiver. The receiver notifies all the changes made to the harmonic radio waves and records the “anomalies”.
This transmitter-receiver system can be placed on the head of the tested person for several months.
The next step is to reverse (through a program) the way the waves propagate, practically from the end to the beginning. Thus we can stimulate the brain (at least in terms of electrical activity) to regenerate and reverse the aging process throughout the body. Basically the brain “fools” the body that it needs to regenerate.
Another hypothesis would be a subject under development, recording the brain activity of the subject and inserting the waves recorded in the brain of a person suffering from a disease who needs his/her cells and tissues (even whole organs) to regenerate.


Below you have an image to make an impression of what it is.

Phosphor-photovoltaic charger

The energetic and inexhaustible independence seems to stem from a science-fiction novel, but history has often shown us: “what is today considered science-fiction can become reality in the near future”. Examples are many electronic devices that if we took a trip back in time and showed them to people from the last century, would think that we may come from another planet or from the future (this would be the most plausible reaction), or perhaps from a parallel universe such as Russia or the United States of America.
Although it is a dream of mankind, perpetual energy sources may not be so unattainable. It is assumed that there would already be devices capable of maintaining their functioning state without any outside intervention, but these are strictly secret.


I propose an imagination test: it is an assembly composed of optical and electronic components that I have been thinking about for some time – Phosphor-photovoltaic charger.
The theory behind this device is the parallel connection of electronic components. I have attached a drawing to give you an impression of what it is.


I will give a brief description of how such a device might work.
The basic idea lies precisely in the definition of electric current, that is, the movement of electrons through a conducting environment (that must be an ordered movement). I have thought of a way of perpetually moving the electrons through an electronic circuit so that some components will be useful (see LED1 in the drawing).
The supercapacitor or the battery (rechargeable) are previously charged and connected to the circuit, LED 2 is located between a photovoltaic cell and a phosphorescent plate. LED 2 illuminates both the surface of the photovoltaic cell and the phosphorescent plate which in turn transmits the absorbed light to the surface of the photovoltaic cell. Due to the fact that photons emitted by the phosphorescence surface have a lower energy, they are not reflected from the surface of the photovoltaic cell, they are absorbed entirely. The supercapacitor, can be replaced with a rechargeable battery that will permanently recharge itself thus, ensuring a longer service life of the entire circuit, including the operating time of the LED 1.
Here gentlemen we have a light source that will persist for a longer period of time than if it were a simple system consisting of a battery and an LED.

Ecological energy exploitation

Today I propose a new experiment. It is a futuristic vision of how we can live in harmony with what nature has to offer us, understanding by this that we can exploit the energy of nature in such a way that we do not destroy it. Such examples of energy sources are for example solar energy, wind energy, kinetic energy of water (hydro power plant) and nuclear energy. These come to my mind for now, there are probably others. Some of these energy sources are safe and clean, but for example the nuclear one can become unstable and has a contaminating effect.


What if we could for example extract the energy of a tree while it is still alive?
Here’s an exercise of imagination:
If we insert a copper electrode into the trunk of the tree and an iron electrode into the ground, connecting the two electrodes to a voltmeter (or multimeter), we will see a potential difference of several volts.
If we could manage to connect several such systems in parallel, we could collect enough energy to power a mobile device or maybe even a luminaire made up of one or more LEDs. This system would be extremely useful and would be part of any hiking kit.


I have attached an image, which indicates the theory behind this idea.

Perpetual capillary action

Today, as you deduced from the title, I will again debate a very controversial topic, namely “perpetuum mobile” systems. It is known that such ideal systems exist only in theory and have no applicability in practice, or are even totally unattainable and derided.


In this article I will present a theory that may work, but know that I have not tested it.
It is about the capillary phenomenon that appears on the surface of the liquids.
For this experiment we will use water, a basin, a thread or twine and a capillary tube, enclosed in an enclosure that will not allow the evaporation of water and if it still evaporates inside the vessel (due to the temperature fluctuations of the environment) to reach back in the collecting basin.
I attached the image:


How could such a system work?
The basic idea is to permanently keep the water moving through the capillary tube. It is known that in a capillary tube sufficiently thin the water rises to a considerable height (for example: in a tube with a diameter of 0.2 mm the water rises 7 cm), so we can think of a system as shown in the image above.
The capillary tube is submerged so that the water rises into the tube enough that when we connect the to the top of the tube a thin rope (note that the free end is below the top of the tube), we get the free fall of the water. We close everything in an enclosure and thus obtain a system that remains in working order, theoretically, for a long time.
I hope you liked this experiment, it’s just a theory, though, I’m not trying to prove anything here.

Articole utile:

Limba germana online pentru incepatori cu suport audio, pronuntie. Aceste lectii va vor fi utile sa progresati de la nivel de incepator la un nivel B1, B2. Invatarea limbii germane necesita mult exercitiu, dupa cum spune si proverbul “Ubung macht den Meister”.

Ascultati si cititi aceste articole interesante in limba germana, traduse in limba romana. Familiarizati-va cu limba germana citind si ascultand, in acelasi timp, afland lucruri noi. Aveti aici notiuni de Medicina in limba germana (expresii uzuale, boli, domenii medicale, aparate si ustensile medicale etc. – utile mai ales cadrelor medicale); Notiuni de istorie (Zidul Berlinului); notiuni de geografie (Dunarea). Aflati informatii importante despre prepozitiile “in” si “mit”, (cazurile acuzativ, sau dativ).

Invatati diferenta dintre “das” si “dass” si in ce context sunt utilizate, observati diferenta dintre Schrafes “s” (ß) si “ss”, obtineti informatii despre prepozitiile “in”, “im” si “ins”, cand se utilizeaza si de unde deriva ele. Verbul modal “dürfen”, traducere, cand se utilizeaza, conjugari la toate timpurile cu exemple in propozitii. Antonime: ce sunt ele, exemple de antonime si aplicatii. Gradele de comparatie ale adjectivelor, exemplu: inalt, mai inalt, cel mai inalt, traduceri, propozitii etc. Verbele care cer cazul dativ cu exemple si propozitii. Nu in ultimul rand explorati chestionarele (testele) cu imagini cu rezolvari, explicatii si trimiteri la articolele (lectiile) adiacente. Toate acestea cu suport audio si traduceri complete cu explicatii in limba romana.

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Actiune capilara perpetua

Astazi, dupa cum ati dedus din titlu, voi dezbate din nou un subiect foarte controversat si anume sistemele de tip perpetuum mobile. Se stie ca astfel de sisteme ideale exista doar in teorie si nu au nicio aplicabilitate in practica, sau chiar sunt total irealizabile si luate in deradere.


In articolul acesta va voi prezenta o teorie care s-ar putea sa functioneze, dar sa stiti ca nu am testat-o.
Este vorba despre fenomenul de capilaritate care apare la suprafata lihcidelor.
Pentru acest experiment vom utiliza apa, un bazin, o ata sau sfoara subtire si un tub capilar, inchise intr-o incinta care sa nu permita evaporarea apei si daca aceasta totusi se evapora in interiorul vasului (datorita oscilatiilor de temperatura ale mediului) sa ajunga inapoi in bazinul colector.
Atasez imaginea:

Cum ar putea functiona un astfel de sistem?
Ideea de baza este ca in permanenta apa sa se mentina in miscare prin tubul capilar. Se stie faptul ca intr-un tub capilar suficient de subtire apa urca la o inaltime considerabila (de exemplu: intr-un tub cu diametrul de 0,2 mm apa urca 7 cm), astfel putem gandi un sistem precum este cel prezentat in imaginea de mai sus.
Tubul capilar este cufundat sub apa atat incat apa sa urce in tub suficient pentru ca atunci cand conectam la partea superioara a tubul o ata si asezam capatul liber (al atei) mai jos, sa obtinem caderea libera a apei. Inchidem totul intr-o incinta si obtinem astfel un sistem care se mentine in stare de functionare, teoretic, mult timp.
Sper ca v-a placut acest experiment, este totusi doar o teorie, nu incerc sa demonstrez nimic aici.

Exploatare energetica ecologica

Astazi va propun un nou experiment. Este vorba despre o viziune futurista despre cum am putea trai in armonie cu ceea ce are sa ne ofere natura, intelegandu-se prin acest lucru faptul ca putem exploata energia naturii in asa fel, incat sa n-o distrugem.
Astfel de exemple de surse de energie sunt spre exemplu energia solara, energia eoliana, energia cinetica a apei (hidrocentrala) si energia nucleara. Aceastea imi vin in minte momentan, probabil mai sunt si altele. Unele dintre aceste surse de energie sunt sigure si curate, dar spre exemplu cea nucleara poate deveni instabila si are efect contaminator.


Ce ar fi daca am putea de exemplu sa extragem energia unui copac, cat timp acesta inca este viu?
Iata un exercitiu de imaginatie:
Daca am introduce un electrod de cupru in trunchiul copacului si un electrod de fier in sol, conectand cei doi electrozi la un voltmetru (sau multimetru), vom observa o diferenta de potential de cativa volti.
Daca am reusi sa legam in paralel mai multe astfel de sisteme, am putea culege o cantitate suficienta de energie pentru a alimenta un dispozitiv mobil sau poate chiar un corp de iluminat compus dintr-un led sau mai multe. Acest sistem ar fi extrem de util si ar face parte din orice trusa de drumetie.


Am atasat o imagine, care indica teoria din spatele acestei idei.

Incarcator fosfor-fotovoltaic

Independeta energetica si inepuizabila pare desprinsa dintr-o nuvela stiintifico-fantastica, dar istoria ne-a aratat de multe ori: “ceea ce este astazi considerat science-fiction poate deveni realitate in viitorul apropiat”. Drept exemple stau multe dispozitive electronice care, daca am face o calatorie inapoi in timp si le-am arata oamenilor din secolul trecut ar crede ca venim poate de pe o alta planeta sau bine inteles din viitor (cam asta ar fi cea mai plauzibila reactie), sau poate din vreun univers paralel.


Desi este un vis al omenirii, s-ar putea ca sursele de energie de tip perpetuum mobile sa nu fie chiar atat de irealizabile. Se presupune ca ar exista deja dispozitive capabile sa se mentina in stare de functionare fara nicio interventie din exterior, dar acestea sunt strict secrete.
Propun un exercitiu de imaginatie: este un ansamblu compus din componente optice si electronice – Incarcatorul fosfor-fotovoltaic.
Teoria din spatele acestui dispozitiv consta in conectarea in paralel a unor componente electronice. Am atasat si un desen pentru a va face o impresie despre ce este vorba.


Voi face o mica descriere despre cum ar putea sa functioneze un astfel de dispozitiv.
Ideea de baza consta tocmai in definitia curentului electric, adica miscarea electronilor printr-un mediu conductor (cica trebuie sa fie o miscare ordonata). Am gandit o modalitate de miscare perpetua a electronilor printr-un circuit electronic in asa fel incat unele componente sa fie utile (vezi LED1 din desen).


Supercapacitorul sau bateria (reincarcabila) sunt in prealabil incarcate si conectate la circuit, LED-ul 2 este asezat intre o celula fotovoltaica si o placuta fosforescenta. LED-ul 2 lumineaza atat suprafata celulei fotovoltaice, cat si placuta fosforescenta care la randul ei reemite lumina absorbita spre suprafata celulei fotovoltaice. Datorita faptului ca fotonii emisi de catre suprafata fosforescenta au o energie mai scazuta, acestea nu se reflecta de pe suprafata celulei fotovoltaice, sunt absorbite in intregime. Supercapacitorul, poate fi inlocuit cu o baterie reincarcabila care sa se reincarce in permanenta astfel, asigurand o durata de functionare a intregului circuit mai mare, inclusiv durata de functionare al LED-ului 1.


Iata, avem o sursa de lumina care sa persiste un interval de timp mai mare, decat daca ar fi un sistem simplu format dintr-o baterie si un LED.

Sursa de lumina fosfor-fotovoltaica

Dupa cum spuneam intr-un articol precedent sunt lucruri in lumea asta care par a fi incredibile, unele chiar sunt pura fictiune altele sunt scamatorii si bine inteles unele sunt chestii serioase, cum este si acest proiect realizat de mine si care nu stiu inca daca functioneaza pentru ca nu l-am testat.


Am atasat un desen:

Sa va explic cum functioneaza acest dispozitiv, daca inca nu v-ati prin deja:
Supercapacitorul sau bateria reincarcabila este incarcat/a in prealabil si este inserat/a in circuit. Ignorati dioda (6) pentru ca nu are rost sa va explic ce face, din moment ce face exact ce trebuie sa faca. LED-ul (5) lumineaza atat celula fotovoltaica, dar sa vezi tu faza, si placa fosforescenta, lumina este absorbita de catre celula fotovoltaica atat din partea LED-ului, cat si din partea placutei fosforescente, care reemite lumina absorbita. La baza acestui sistem se afla o fanta prin care lumina “pierduta” poate fi reutilizata eventual prin expunerea unei alte placute fotovoltaice de dimensiuni mai reduse.

Retineti ca eu fac aceste experimente pentru ca voi sa nu fiti nevoiti sa le ganditi singuri.

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