CleanHME: new EU-funded LENR research project

Quote from Cydonia

how magnetism could be involved only with NIH

No - I have a suspicion that all of the rare earths are LENR fuel candidates.

Quote from Cydonia

By Ni i meant no special " magnetic species or isotope involved.

Bulk magnetism is a bit different from isotopic magnetism

"https://www.google.com.au/url?sa=t&source=web&rct=j&opi=89978449&url=https://www.thoughtco.com/not-all-iron-is-magnetic-3976017%23:~:text%3DKey%2520Takeaways%253A%2520Not%2520All%2520Iron%2520Is%2520Magnetic%26text%3DThe%2520%25CE%25B1%2520form%2520occurs%2520below,with%2520partially%252Dfilled%2520electron%2520shells.&ved=2ahUKEwisu_3s6ryKAxXyyzgGHdKgMqcQFnoECB4QAw&usg=AOvVaw3ia6E6Kze0359EMMYrXW8V

Nickel has 5 natural isotopes

only one .. Ni61. has a magnetic moment

only one Pd isotope has a magnetic moment

the rare earths Sm and Gd have two 'magnetic' isotopes each

Quote from Alan Smith

I have a suspicion that all of the rare earths are LENR fuel candidates

There. are quite a few. magnetic isotopes in the lanthanide group except for cerium

Well know that experiments done by Wyttenbach team were highly successful sometimes by using these specific isotopes.

possibibly it exists a long range interaction between electrons and nuclei in which i believe.

Now i ask myself to know how for example a simple thermal gradient could enhance this magnetic coupling indeed ?

Quote from RobertBryant

138La	137.907105 (6)	0.090 (1)	5	3.7139
139La	138.906347 (5)	99.910 (1)	7/2	2.7832

141Pr

140.907647 (4)

100

5/2

4.136

151Eu	150.919702 (8)	47.81 (3)	5/2	3.4718
153Eu	152.921225 (4)	52.19 (3)	5/2	1.5331

140Nd	139.90931	3.37 d	EC to 140Pr	0
141Nd	140.909605	2.49 h	EC to 141Pr	3/2	1.01
147Nd	146.916096	10.98 d	β- to 147Pm	5/2	0.58
149Nd	148.920145	1.73 h	β- to 149Pm	5/2	0.35

161Dy	160.926930 (4)	18.91 (24)	5/2	-0.4806
162Dy	161.926795 (4)	25.51 (26)	0
163Dy	162.928728 (4)	24.90 (16)	5/2	0.6726

167Yb	166.934947	17.5 m	EC to 167Tm	5/2	0.62
169Yb	168.935187	32.03 d	EC to 169Tm	7/2	-0.63
175Yb	174.941273	4.19 d	β- to 175Lu	7/2	0.6

There. are quite a few. magnetic isotopes in the lanthanide group except for cerium

CleanHME final event held at the University of Szczecin

"The CleanHME final event was held at the University of Szczecin during January 23-24, 2025. All participants presented their latest achievements. These final accomplishments include:

• Direct observation of high-energy particle emissions from low-energy nuclear reactions, measured by multiple laboratories.
• Calorimetric observation of excess heat production under elevated temperature conditions, at ideal temperatures for highly efficient heat-to-electricity conversion, measured by multiple laboratories

These final achievements shall be described in upcoming public deliverables.

While our project is approaching its completion, all participants plan to continue these research efforts, to continue with the cooperation established by CleanHME, and to pursue the exploitation of our project results."

CleanHME final event held at the University of Szczecin – CleanHME