Taiwan needs a better economic model. Manufacturers kept on life-support by its export subsidy will have to scale back or shut down. Too rapid an appreciation could blow up the life-insurance industry. But these risks can be managed https://t.co/9SM6M9vQMC ...

It is time for Taiwan to loosen its grip on its dollar. It must unpick its outdated economic model—and build a better one https://t.co/zGVkgEjXcc https://t.co/VJ4dhpmuc0 ...

RT BSCN (@BSCNews)🚨THE “UNIfication” ERA IS HERE!@Uniswap is aligning Labs, Foundation, and users under one economic model — with protocol fees, UNI burns, and full transparency. Breakdown 👇https://t.co/YQvcMiKnhc ...

RT BSCN (@BSCNews)🚨THE “UNIfication” ERA IS HERE!@Uniswap is aligning Labs, Foundation, and users under one economic model — with protocol fees, UNI burns, and full transparency. Breakdown 👇https://t.co/YQvcMiKnhc ...

🚨THE “UNIfication” ERA IS HERE!@Uniswap is aligning Labs, Foundation, and users under one economic model — with protocol fees, UNI burns, and full transparency. Breakdown 👇https://t.co/YQvcMiKnhc ...

The region needs an economic model that can both protect the forest and deliver prosperity to the people who live there. We explain how it could work https://t.co/M2HhONKq7Q ...

At the core of Rio is a new block production architecture and economic model: Validator-Elected Block Producer (VEBloP).Validators now elect a single producer per span, implementing stateless block validation. Faster block production and one-block finality optimizes the network for speed and stability. ...

Environmental Crisis & Economic Model - The current economic model is based on accumulation and consumption, which is unsustainable [3] - The speaker proposes a radical reimagining of the economic model centered around "carbon wealth," where individuals are born with a base amount of carbon dollars and make choices that either deposit or withdraw from a global survival account [5] - In this model, products are priced in carbon, incentivizing low-carbon choices [5][6] Buildings & Carbon Emissions - Buildings contribute to 39% of total global carbon emissions, making them a key area for climate action [8] - Developers are focusing on resilience and utilizing local materials to convert buildings from carbon liabilities to carbon assets [9] - Examples like the Candida building at Georgia Tech demonstrate how buildings can produce more energy than they consume, feeding excess back into the grid [10] Extreme Weather & Resilience - Extreme weather events have increased in frequency by 50% in the last two decades [13] - Buildings need to be more than just shelters; they need to be active defenders against climate change through smart design [11][12] - Despite the challenges, humanity has shown resilience and the ability to innovate and survive [13][14]