The low energy nuclear transmutation reactions were investigated within a compact flourescent lam... more The low energy nuclear transmutation reactions were investigated within a compact flourescent lamp (CFL), which was irradiated by intense microwave energy. A modified microwave owen operated as a source of intense electromagnetic field. Solids like glasses or CFLs absorbed efficiently microwave energy (E+H field both) resulting arcing, ionization and plasma state. We observed and measured possible elemental transmutation of the P to Si and S in CFL-s during intense microwave (MW) irradiation. Since this phenomenon seems to be very complex, therefore it requires multidisciplinary approaches.
Low energy nuclear transmutation reactions were found in microwave induced plasma states created ... more Low energy nuclear transmutation reactions were found in microwave induced plasma states created from solids irradiated by an intense microwave field. A modified commercial microwave owen was applied as a source of the intense electromagnetic field. Samples were fabricated from solid P b placed on ceramic substrate which construction absorbed microwave power efficiently resulting arc discharge and producing plasma state. Possible nuclear transmutations originated form K and Si of the components of the ceramic substrate were observed resulting Cl and S in such quantity that was not present before microwave irradiation. A possible qualitative theoretical explanation of the experienced nuclear transmutation is also suggested.
The low energy nuclear transmutation reactions were investigated within a compact flourescent lam... more The low energy nuclear transmutation reactions were investigated within a compact flourescent lamp (CFL), which was irradiated by intense microwave energy. A modified microwave owen operated as a source of intense electromagnetic field. Solids like glasses or CFLs absorbed efficiently microwave energy (E+H field both) resulting arcing, ionization and plasma state. We observed and measured possible elemental transmutation of the P to Si and S in CFL-s during intense microwave (MW) irradiation. Since this phenomenon seems to be very complex, therefore it requires multidisciplinary approaches.
Low energy nuclear transmutation reactions were found in microwave induced plasma states created ... more Low energy nuclear transmutation reactions were found in microwave induced plasma states created from solids irradiated by an intense microwave field. A modified commercial microwave owen was applied as a source of the intense electromagnetic field. Samples were fabricated from solid P b placed on ceramic substrate which construction absorbed microwave power efficiently resulting arc discharge and producing plasma state. Possible nuclear transmutations originated form K and Si of the components of the ceramic substrate were observed resulting Cl and S in such quantity that was not present before microwave irradiation. A possible qualitative theoretical explanation of the experienced nuclear transmutation is also suggested.
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Papers by Erno Lakatos