Is Cold Fusion Making a Comeback with Serious Investment?

However, recent developments have shown that it is still attracting serious investment, as seen with Woodford Patient Capital Trust investing in Industrial Heat LLC, which acquired the rights to LENR technology developed by Andrea Rossi. While some may argue that private investors are more discerning than the government when it comes to investing in potentially dubious technology, it is important to note that snake oil often still finds its way into the market. In summary, despite the controversy surrounding it, LENR technology continues to attract investment and may hold potential for future development.
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CWatters
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I'm not sure if we are allowed to discuss the physics of so called Low Energy Nuclear Reactions (LENR), aka Cold Fusion, on this forum but I was interested to see that it may still be attracting serious investment..

At the time of writing it appears Woodford Patient Capital Trust has invested in Industrial Heat LLC which last year acquired the rights to LENR technology developed by Andrea Rossi..

https://woodfordfunds.com/wp-content/uploads/2015/08/WPCT-Portfolio-Holdings-Woodford-Funds.pdf

http://www.prnewswire.com/news-releases/industrial-heat-has-acquired-andrea-rossis-e-cat-technology-241853361.html
 
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Snake oil often has investors. It is a fallacy to equate investment with sound science or workable technology.

But private investors do tent to invest in less snake oil than the government.
 
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CWatters said:
I'm not sure if we are allowed to discuss the physics of so called Low Energy Nuclear Reactions (LENR), aka Cold Fusion, on this forum

It's in the Forbidden Topics list in the PF rules (see Info at the top of the page).

micromass said:
Cold fusion and LENR
 

1. What is "new physics" and why is it important to invest in it?

"New physics" refers to the study of phenomena that cannot be explained by currently accepted theories and laws. It is important to invest in new physics because it allows us to expand our understanding of the universe and potentially make groundbreaking discoveries that could lead to technological advances and improve our daily lives.

2. How do scientists determine which areas of new physics to invest in?

Scientists often look for gaps or inconsistencies in current theories and seek to develop new theories or experiments to address them. They also consider the potential impact and feasibility of research in a particular area before deciding to invest in it.

3. Is investing in new physics expensive?

Yes, investing in new physics can be expensive, as it often requires advanced equipment, materials, and highly skilled researchers. However, the potential benefits and discoveries that could result from these investments make it a worthwhile endeavor.

4. What are some potential risks of investing in new physics?

One potential risk is that the research may not yield any significant results or may not lead to practical applications. Additionally, there is always a chance that the initial theories and hypotheses may be proven incorrect, requiring more time and resources to develop new ones.

5. How can the general public support the investment in new physics?

The general public can support the investment in new physics by advocating for government funding and supporting public research institutions and universities. They can also stay informed about new developments in the field and actively engage in discussions about the importance of new physics with their communities and policymakers.

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