Water, Energy, and Life: Fresh Views From the Water's Edge

In this captivating UWTV program, Dr. Gerald Pollack, a distinguished professor of bioengineering at the University of Washington, unveils his revolutionary theory of water. Recorded as the 32nd Annual Faculty Lecture on January 30, 2008, this presentation challenges conventional understanding by suggesting that water, in certain states, is not simply a liquid. Dr. Pollack, having dedicated a decade to this research, shares compelling evidence and insights that have resonated with audiences worldwide.

About Dr. Gerald Pollack

Gerald Pollack is a renowned professor in the bioengineering department at the University of Washington. His research focuses on the fundamental properties of water and its role in biological systems. Dr. Pollack's innovative work has garnered significant attention and has the potential to reshape our understanding of water's behavior and its implications for various fields, including medicine and energy. You can explore more about his work and publications on his website.

The Fourth Phase of Water: Challenging Conventional Wisdom

Dr. Pollack's central thesis revolves around the existence of a fourth phase of water, often referred to as "exclusion zone" (EZ) water or structured water. This phase differs significantly from the three commonly known phases: solid (ice), liquid, and gas (steam). EZ water forms adjacent to hydrophilic (water-loving) surfaces and exhibits unique properties.

• Exclusion Zone: This water actively excludes solutes, creating a zone free of dissolved particles.
• Negative Charge: EZ water carries a net negative charge, while the region beyond the EZ has a positive charge. This separation of charge creates a battery-like effect.
• Higher Viscosity: Compared to bulk water, EZ water is more viscous and has a higher density.
• Infrared Light: EZ water is created by infrared light, providing an energy source for its formation.

The implications of this fourth phase of water are far-reaching. Dr. Pollack suggests that EZ water plays a crucial role in various biological processes, including:

• Cellular Function: The water within our cells may exist predominantly in the EZ state, influencing protein folding, DNA structure, and overall cellular health.
• Energy Production: The charge separation in EZ water could contribute to energy production within the body.
• Water Purification: The exclusion properties of EZ water could be harnessed for water purification technologies.

Accessing the Lecture

UWTV provides access to Dr. Pollack's lecture in various formats to cater to different internet connection speeds and devices. The lecture, originally broadcast on February 21, 2008, is available for streaming and download.

• Video Streams:
  • 56kbps to 1.5Mbps+
  • DSL/Cable (256kbps+)
  • DSL/Cable (1.5Mbps+)
  • QuickTime format
• Audio Formats:
  • MP3
• Video Formats:
  • MPEG-4

Note: If you encounter difficulties saving the files directly, right-click on the link and select "Save Target/Link As..." to download the file to your computer.

Additional Resources

• Series Title: Annual Faculty Lectures. You can subscribe to the series podcast to stay updated with future lectures.
• Subject(s): Sciences
• Runtime: 58 minutes and 30 seconds
• Rating: TV-G (Suitable for general audiences)

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