Atmospheric oxidation generating voltage?

In summary, the conversation discusses the possibility of a material on an insulating chip that could generate a voltage between two electrodes. It is suggested that an oxidative process in the atmosphere could lead to charge diffusion and the creation of potential between the electrodes. This is different from standard battery chemistry, which typically involves specific chemical reactions to generate electricity.
  • #1
Hyo X
101
11
Imagine a sample on an insulating chip. The material sample is contacting two electrodes.

The material (a composite, could have liquid component) has a uniform, presumably amorphous, structure between the electrodes - i.e. it is not patterned with different layers.

Is there such a material that would generate a voltage between two electrodes?

Could some oxidative process occur in atmosphere that would result in charge (electron, hole, or ion) diffusion through the sample and for some reason the creation of potential between the electrodes?
 
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  • #2
Hyo X said:
Imagine a sample on an insulating chip. The material sample is contacting two electrodes.

The material (a composite, could have liquid component) has a uniform, presumably amorphous, structure between the electrodes - i.e. it is not patterned with different layers.

Is there such a material that would generate a voltage between two electrodes?

Could some oxidative process occur in atmosphere that would result in charge (electron, hole, or ion) diffusion through the sample and for some reason the creation of potential between the electrodes?

How is this different from standard battery chemistry?
 

1. What is atmospheric oxidation generating voltage?

Atmospheric oxidation generating voltage is a phenomenon that occurs when oxygen molecules in the Earth's atmosphere interact with other molecules, causing a transfer of electrons and the creation of an electrical potential or voltage. This voltage can be harnessed and used as a source of energy.

2. How is atmospheric oxidation generating voltage different from traditional sources of energy?

Unlike traditional sources of energy such as fossil fuels, atmospheric oxidation generating voltage is a renewable and clean source of energy. It does not produce harmful emissions or contribute to climate change. Additionally, it is available everywhere on Earth, making it a more accessible source of energy.

3. What are the potential applications of atmospheric oxidation generating voltage?

Atmospheric oxidation generating voltage has the potential to be used in a variety of applications, including powering electronic devices and vehicles, providing electricity for remote or off-grid areas, and even powering entire cities. It can also be used in conjunction with other renewable energy sources to create a more sustainable energy grid.

4. How is atmospheric oxidation generating voltage being researched and developed?

Scientists are studying various methods to harness and utilize atmospheric oxidation generating voltage, including using specialized materials and devices to capture and convert the energy. Some research is also focused on enhancing the efficiency and scalability of this technology.

5. Are there any challenges or limitations to using atmospheric oxidation generating voltage as an energy source?

While atmospheric oxidation generating voltage shows promise as a clean and renewable energy source, there are still challenges and limitations that need to be addressed. These include finding cost-effective ways to capture and store the energy, as well as overcoming variability in the amount of energy that can be generated in different locations and weather conditions.

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