Google announces Global AI Opportunity Fund to provide AI training worldwide

 Google has announced the Global AI Opportunity Fund, aimed at providing AI education and training resources to underprivileged communities. This initiative, revealed by CEO Sundar Pichai during the UN's Summit of the Future in New York, will allocate $120 million in total funding to ensure that AI education is accessible to all.


The program will involve partnerships with NGOs and nonprofit organizations to develop customized learning models in local languages. This effort seeks to empower communities to keep pace with the rapidly evolving technology landscape, particularly in the field of artificial intelligence.


   #Google

  #AIEducation

  #GlobalAIOpportunityFund

  #SundarPichai

 #TechForGood

 #DigitalInclusion

 #Nonprofits

 #AITraining

 #UnderprivilegedCommunities

#TechnologyAccessibility

 #UNSummit

#FutureOfWork

 #SkillDevelopment

 #AIForEveryone

 #CommunityEmpowerment

Comments

Post a Comment

Popular posts from this blog

Venod Khosla on AI, the Future of Programming, and a World of Abundance

Image
"The only thing we know about the future is it'll be uncertain. We have to figure it out in increments." - Vinod Khosla Visionary venture capitalist and entrepreneur Vinod Khosla, from his early days at Sun Microsystems to his current billion-dollar bets, offers a compelling glimpse into the future of technology, particularly AI, clean energy, and biotech. In a recent insightful conversation at the Abundance Summit, Khosla shared his bold predictions and unique perspectives, challenging conventional wisdom and painting a picture of a world brimming with abundance. For those unfamiliar, Khosla isn't just an investor; he's a company builder with a remarkable track record. His aversion to the traditional "investor" label speaks volumes about his hands-on, entrepreneurial approach. And his predictions are anything but ordinary. A Billion Bipedal Robots by 2040: Bigger Than the Auto Industry? Khosla stands firm on his December 2023 prediction: a billion biped...
Read more

The AI Upset: How a Chinese Villager Shook Silicon Valley with DeepSeek

Image
  Introduction: In a world dominated by tech giants, one name has emerged from obscurity tmo challenge the status quo: Liang Fen Wang. His creation, DeepSeek, an AI system released for free, has sent shockwaves through Silicon Valley and Wall Street, sparking a global AI race. But who is this man, and how did he achieve the impossible? The Rise of Liang Fen Wang: Liang Fen Wang's story is one of humble beginnings and relentless innovation. Born in a small village in Guangdong, China, in 1985, Liang grew up in a rapidly changing China. His parents, both primary school teachers, instilled in him the value of education. Liang excelled in mathematics and attended Xiangtan University, a breeding ground for tech giants like Alibaba. From Financial Crisis to AI Pioneer: The 2007 financial crisis sparked Liang's curiosity. He formed a team to explore whether machine learning could predict market trends better than human traders. Their findings were groundbreaking, leading Liang into th...
Read more

How scientists are creating real life invisibility: Can We Ever Truly Disappear?

Image
From spy novels to fantasy epics, invisibility has captivated the human imagination for centuries. The idea of becoming unseen, of moving through the world undetected, holds a powerful allure. But is this fantastical concept destined to remain firmly in the realm of fiction? While true invisibility, like vanishing entirely from sight, might still be a distant dream, scientists are making remarkable strides towards technologies that blur the lines between reality and illusion. The Science of Seeing (and Not Seeing) To understand how invisibility might be achieved, we must first understand how we see. Our eyes perceive objects by detecting the light waves that reflect off them. To make something truly invisible, we need to manipulate these light waves, essentially tricking our eyes into "seeing through" the object. Current Approaches:  * Metamaterials: These artificially engineered materials can manipulate light in unprecedented ways. By altering their structure at the microsco...
Read more