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How May Future Bring Wars To Humans

How May Future Bring Wars To Humans

Climate change is an existential threat to humanity, and its impact on the environment is likely to become a major driver of future conflicts. As the planet's natural resources become scarcer and the effects of climate change intensify, tensions between nations and communities are likely to escalate. The potential for environmental issues to lead to future wars is a growing concern, and steps must be taken to address this issue. One of the most significant environmental issues that could...
The interconnection between global warming control and hydrogen energy

The interconnection between global warming control and hydrogen energy

Global warming is an urgent issue that needs to be addressed by all countries worldwide. The burning of fossil fuels, deforestation, and other human activities have led to a dramatic increase in carbon dioxide (CO2) emissions, which is the primary cause of global warming. One way to control global warming is by reducing carbon emissions, and hydrogen energy can play a vital role in this effort. Hydrogen energy is a clean, renewable, and efficient energy source that emits only water when...
It's possible that methane doesn't heat the Earth as much as previously believed.

It's possible that methane doesn't heat the Earth as much as previously believed.

The greenhouse gas methane has two distinct characteristics. Gram for gram, it heats the Earth's atmosphere by a factor of 28 more than carbon dioxide. However, its high-altitude absorption of solar radiation also changes cloud formation, which somewhat mitigates the warming effect. Accordingly, methane's solar absorption triggers a chain of events that lessens its overall warming effect by about 30% rather than increasing it, as was previously believed, as reported by researchers in...
A new understanding of catalysis at the atomic level may lead to significant energy savings

A new understanding of catalysis at the atomic level may lead to significant energy savings

Summary; Chemical engineers at the University of Wisconsin-Madison have created a model of how catalytic reactions function at the atomic level, a development they regard to be a breakthrough in computational chemistry research. Given that 90% of the items we use in our daily lives are created, at least in part, through catalysis, this insight could help engineers and chemists create more effective catalysts and fine-tune industrial processes, potentially saving significant amounts of...
Like a human brain, nanowire networks are capable of learning and memory

Like a human brain, nanowire networks are capable of learning and memory

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Posted on 29 April, 2023 by Administrator

Researchers from the University of Sydney and other institutions have shown that nanowire networks can function like the human brain's short- and long-term memory. The study, conducted by Dr. Alon Loeffler, who earned his PhD in the School of Physics, and its Japanese partners, was published today in the journal Science Advances. Nanowire networks are a subset of nanotechnology that are often constructed from sparsely spaced, highly conductive, invisible to the naked eye, microscopic...
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