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12 th century Hebrew Aramaic is a useful script to learn

Morning Ideas I had around my breakfast, value your feedback alot ,thank you

https://pay.zapit.live/paywall/QGFq8roMhraRymQadQBycS

I don’t think I deserve more at the moment πŸ€”

On my last 10,000 sats. Really appreciate the zaps

Time to stack sats

Nasa would have simulated every disaster if they could for a timespan

Use none of this as the basis for any truth.

Is there a non existing political entity within any modern religion?

Without AI being open sourced , anyone using it is a political actor whether useful or not

The crisis would have to emerge around 2030

An election in 2035 based solely around identity would see a massive realignment in all these emerging technologies

Energy density of nuclear application will be more reliable, and able to function with the high capacity workloads needed as reserves for any low-carbon energy system

there is no point in time where we can speculate not using oil, coal and gas. If you know when that is please tell me

Nuclear power plants running today provide reliable, carbon-free electricity without emitting pollutants that harm human health. Studies show nuclear energy has the lowest life cycle greenhouse gas emissions per unit of energy of all major low-carbon sources. So with proper regulations and safety protocols in place, expanding nuclear power can make a valuable contribution to addressing the urgent challenges of energy security and climate change. However, private companies have been hesitant to invest in new nuclear plants due to high upfront costs and long timelines to recoup investments. To overcome these economic barriers, many analysts argue governments must provide initial subsidies and incentives to kick-start additional nuclear projects. Without such public support to bring costs down and financing risks under control, the nuclear industry is unlikely to grow to a scale that optimally utilizes its potential benefits.

While subsidies and incentives carry the risk of distorting markets or misallocating funds, well-designed policies tailored specifically to overcome existing market failures could maximize social welfare by internalizing positive externalities of clean, reliable nuclear energy. temporary public support that phases out over time as costs decrease could jumpstart a transition towards a more sustainable energy system. As society comes to properly value attributes like pollution reduction, energy security and grid stability, energy markets will naturally begin to favor the technologies that provide them most efficiently. In this way, strategic and bounded subsidies for carbon-free nuclear power represent an investment in innovations to equip future generations with the affordable, secure and sustainable energy resources needed to thrive.