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The effects of a high frequency electromagnetic field (HF EMF) in the terahertz (THz) range on biological systems is the subject of ongoing investigation. With a beamline range of 0.5 THz - 20 THz, the THz/Far-IR beamline at the Australian Synchrotron is ideally suited to explore possible THz effects. We have developed a technique to achieve precise estimation of the amount of absorbed energy when using diverse cell types at THz frequencies. The approach involves evaluating the overall incident beam power, the determination of the frequency and photon dispersion, and evaluating the relative contribution of the frequency ranges. The sample depth is an important component of the evaluation. Since higher THz frequencies have shallower sample penetration depths, parts of the sample are being exposed to not only different total THz energy doses, but to a different frequency profile. Our technique achieves accurate estimation of the exposure profile. ....
Advanced technology corporation Thales has partnered with German fusion technology company Marvel Fusion and the ELI-NP (Extreme Light Infrastructure ....
The extremely intense light pulses generated by free-electron lasers (FELs) are versatile tools in research. In the x-ray range, they can be used to a ....
Adrian Mancuso has been appointed as the physical science director for the United Kingdom’s national synchrotron, Diamond Light Source. Mancuso ....
The new figures released today are straightforward updates to the 2021 study by Technopolis using published methodologies where they measured and demonstrated Diamond’s scientific, technological, societal, and economic benefits. The report summarised the findings and the updated figures - including the £2. ....