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SKU/Artículo: AMZ-B0GKJGGXFP

Keep Computing: How Light Solves Computing's Impossible Problem

Format:

Kindle

Kindle

Paperback

Detalles del producto

Disponibilidad:
Fuera de stock

Peso con empaque:
0.94 kg

Devolución:
No

Condición
Nuevo

Producto de:
Amazon

Viaja desde
USA

Sobre este producto

AI is breaking the grid. This book introduces the technology that could save it.Data centers now consume more electricity than most nations. They drink billions of gallons of water annually. Google's largest facility alone uses one billion gallons per year—enough to supply an entire state for five days. And with artificial intelligence driving demand to unprecedented levels, the infrastructure behind computation is approaching collapse.The physics of silicon can't save us. Electronic transistors have hit fundamental limits. They generate heat that requires massive cooling systems. They demand power that strains electrical grids. They need water that drains aquifers and sparks community opposition. More than $100 billion in planned data centers have already been blocked by cities that refuse to sacrifice their resources for the cloud.Keep Computing is the first comprehensive account of this crisis—and the photonic technology that could solve it.Inside, you'll discover:Why Moore's Law has slowed and what it means for the future of AIHow data centers became the largest industrial energy consumers in historyThe physics of photonic computing—performing logic in light at 5,000 times the speed of transistorsThe Poovey Stack: an architecture validated at 150-200 femtoseconds, three to four times faster than anything previously publishedHow "Clean Compute Centers" could transform stranded office towers into the data centers of the futureApplications from sustainable blockchain to medical devices that operate inside the human bodyA founder's public bet: working photonic systems in an urban tower by June 2027This is not speculation. Author Derek W. Bailey, CEO of True Photonic, Inc., has assembled a team that has filed fifteen patents with more than eight hundred claims. The core technology has been independently validated at Technion University in Israel. The path from laboratory to market is underway.Keep Computing is part technical explanation, part business case, part founder's manifesto. It's written for investors seeking to understand the next platform shift, executives navigating the infrastructure crisis, engineers curious about what comes after silicon, and anyone who wants to know why the future of computing isn't faster electrons—it's light.The question is not whether light can compute. The question is whether we will build it before the alternative becomes retreat.

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