The speakers of Sam Altman discussing their experience when he used to visit, the OpenAI CEO said water claims are “totally untrue” but acknowledged that AI’s rising power needs make nuclear and renewables more urgent. They claim that the artificial intelligence has is into the water consumption. They were focusing on the sector of power by saying that energy is a real issue. Technology never be failed by any reason. It is going longer and longer period of time. Last time during the AI submission also having same issues in this new decision. In this, we heard that the AI has such a great power of doing each and every work without any manual intervention. This technology is driving from automatic engines and machines, taking care of less time-consuming tasks too.
This grand submission is very helpful for us too; it gives new inventions and reduces manual functions. It spreads globally in large amounts in today’s time. Every technology is advancing these days. The specialist comes to work in the big agencies. OpenAI chief executive Sam Altman has pushed back against claims that artificial intelligence (AI) is driving a surge in water consumption, while acknowledging that the technology’s growing energy footprint is a real concern as AI use scales globally. Does it sound like something different? Or has any meeting or any discussion been held before like this?
In this submit the motivational speakers say in the interview, The Indian Express, during his visit to India for the AI Impact Summit, Altman said claims about water usage per AI query are “completely untrue” and based on outdated assumptions about how data centres are cooled. Sam Altman dismissed the claims about water usage as completely false. He explained that while data centres once relied on evaporative cooling, that is no longer the case. Addressing viral online posts suggesting that each ChatGPT query consumes large amounts of water, he said such statements are entirely inaccurate and have no basis in reality.
The concerns about energy consumption are “fair”, particularly when looked at in aggregate rather than on a per-query basis. By this factor, it is proven that energy is a real issue. Every supplier must have a sufficient amount and no discrimination under any condition in any case. The specialists who come there may do different experiments with other things too in future lifestyles or in any aspect. This generation is creating new technologies to improve India.
In this case, we understand that the value of a water once evaporated all is never natural again. How do you make energy for a long period of time? Did you think? “It’s fair to be concerned about the energy consumption not per query, but in total, because the world is now using so much AI,” he said, adding that this strengthens the case for moving more quickly towards nuclear, wind and solar power.
The query is whether a single AI quinary requires a large amount of energy. He pointed out that conversations about the energy costs of training AI models are often presented in an imbalanced way, as they rarely consider the comparable energy and resources needed to educate and train a human being.
These days, people are so advance and no one has time to talk with each other or discuss much about growing our country. But in a busy scheduled even people take time, and People talk about how much energy it takes to train an AI model. The technology is growing so fast these days, and in advanced steps taken by them. Sam Altman noted that developing human intelligence also demands significant energy, pointing out that it takes nearly two decades of living and the nourishment consumed during that time for a person to become knowledgeable and skilled. Needs much faster and more energetic advanced technology for this generation.
The lifestyles are making different moves these days for everyone. This resource is needed to educate the next generation. In somewhere the, cheating is going on, like in some areas, making use of these AI in an imbalanced way.
The more relevant comparison is how much energy it takes for an AI system, once trained, to answer a question versus a human doing the same task. Measured that way, he suggested, AI may already be comparable in terms of energy efficiency.
At the AI Impact Summit, Union IT minister Ashwini Vishnaw said that AI is both energy- and resource-intensive, and that meeting future compute demand will require a significant expansion of clean power and supporting infrastructure. The supportive system is very in need of everything. All the arrows are towards the upcoming stages, showing a draft by it take two decades of living. In re-nurturing the earth again.
Someone telling the truth that, more than 51 per cent of the country’s installed power generation capacity now comes from clean energy sources. “About 51 per cent of the energy of power generation capacity is from clean sources. And that is one big advantage that India has.
Don’t you think it’s correct? I think to save the energy and our precious culture too. We need to change its important for our coming generations. The minister also said that power and infrastructure remain a challenge, but the government is working on expanding clean energy capacity and collaborating with startups on new approaches to address these constraints and support AI-led growth. The outdated condition may lead to outdoor cooling, too. This is a compliment for the AI that it handles both at the same time the energy and secondly the resource intensive.
The receiver or those taking advantage of these resources are very high in demand, which means each and every person wants all the assets in lifestyle; each and every person in today’s time needs to have everything without any conditional demands required. Here, the Altman said claims about water usage per AI query are “completely untrue” and based on outdated assumptions about how data centres are cooled. At the AI Impact Summit, Union IT minister Ashwini Vishnaw said that AI is both energy- and resource-intensive, and that meeting future compute demand will require a significant expansion of clean power and supporting infrastructure.
It’s so true to see today’s condition. About 51 per cent of the energy of power generation capacity is from clean sources, and that is one big advantage that India has. The minister further signalled that nuclear energy is being explored as a key component of the future power mix to meet the rising computational demands of AI systems, complementing ongoing investments in renewable energy sources.
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