Research Prescott Bush (GHWB's Father), and the IBM connection.

Pure Evil.

Evelyn De Rothschild?

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(Dig your content, FREN. Keep after it.)

👍🏻

Sir Evelyn is also a Director of IMG Worldwide Inc. Previous corporate directorships include: Director of De Beers Consolidated Mines Ltd, and Director of IBM United

https://arxiv.org/pdf/2102...

https://www.ipwatchdog.com...

Quantum dots (QDs) possess optical properties of superbright fluorescence, excellent photostability, narrow emission spectra, and optional colors. ... Lipid-biotin conjugates were used to recognize and mark viral lipid membranes, and streptavidin-QD conjugates were used to light them up.

https://www.google.co.uk/a...

https://www.laserfocusworl...

https://www.zurich.ibm.com...

😉

https://www.sciencedirect....

Despite the temperature during the NIR irradiation was far below the melting temperature of SLN matrix (around 43 °C), the NIR irradiation-induced release degree of Nile red (a fluorescence dye) loaded in the SLN was calculated to be as high as 38%. Since GNP was in close contact with the matrix of SLN, the fatty acid matrix adjacent to GNP could be locally heated, melted and fluidized, leading to a promoted release of the payload.

Nanoconcrete (also spelled nano concrete or nano-concrete) is a form of concrete that contains Portland cement particles that are no greater than 100 μm and particles of silica no greater than 500 μm, which fill voids that would otherwise occur in normal concrete, thereby substantially increasing the material's ...

Smelting gold is accomplished by using high pressure, heat and various chemicals to breakdown the ore and melt the gold to separate it from the impurities. The gold must be heated to an excess of 1046 degrees Celsius or 2150 degrees Fahrenheit.

Fahrenheit 451 is a 1966 British dystopian drama film directed by François Truffaut and starring Julie Christie, Oskar Werner, and Cyril Cusack. Based on the 1953 novel of the same name by Ray Bradbury, the film takes place in a controlled society in an oppressive future, in which the government sends out firemen to destroy all literature to prevent revolution and thinking.

https://www.google.co.uk/a...

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Quantum dot (QD) excitonic states are excellent quantum emitters, showing bright emission of single photons [13–17] and excellent suppression of multi-photon states [16,18,19]. These properties are achieved due to the level structure and radiative efficiency of the optically allowed lowest-level exciton states.24 Apr 2020

While the adverse effects of phonons can be significantly reduced by embedding the quantum dot in a photonic cavity, phonon-induced signatures in the emitted photons cannot be completely suppressed and constitute a fundamental limit to the ultimate performance of single-photon sources based on quantum dots.

"phonon-induced"

Second harmonic generation is one of the most sensitive and reliable nonlinear elastic signatures for micro-damage assessment. However, its detection requires powerful amplification systems generating fictitious harmonics that are difficult to discern from pure nonlinear elastic effects. Current state-of-the-art nonlinear ultrasonic methods still involve impractical solutions such as cumbersome signal calibration processes and substantial modifications of the test component in order to create material-based tunable harmonic filters.

Here we propose and demonstrate a valid and sensible alternative strategy involving the development of an ultrasonic phononic crystal waveguide transducer that exhibits both single and multiple frequency stop-bands filtering out fictitious second harmonic frequencies. Remarkably, such a sensing device can be easily fabricated and integrated on the surface of the test structure without altering its mechanical and geometrical properties. The design of the phononic crystal structure is supported by a perturbative theoretical model predicting the frequency band-gaps of periodic plates with sinusoidal corrugation. We find our theoretical findings in excellent agreement with experimental testing revealing that the proposed phononic crystal waveguide transducer successfully attenuates second harmonics caused by the ultrasonic equipment, thus demonstrating its wide range of potential applications for acousto/ultrasonic material damage inspection.

Surface acoustic waves are generated by converse piezoelectric effect at the input transducer and they are converted back to an electrical signal at the output transducer by direct piezoelectric effect.

Ring waveguide resonator on SAW.