In honor of Thomas Paine and other Founders & Immigrants. In memory of my daddy Horst Bingel and my mom Irma Bingel
Wednesday, April 15, 2026
Bursting bubbles break down PFAS
Monday, February 23, 2026
Repurposing used jet engines into natural gas turbines
Thursday, January 01, 2026
Early neanderthals made fire 400,000 years ago in the UK pushing back the origin of human fire making by over 350,000 years
Controlled fire use provided adaptive opportunities that had profound effects on human evolution. Benefits included warmth, protection from predators, cooking and creation of illuminated spaces that became focal points for social interaction. Fire use developed over a million years, progressing from harvesting natural fire to maintaining and ultimately making fire.
Monday, December 29, 2025
Light-driven catalyst can break down PFAS forever chemicals
Alert: Plastophobia is a serious disorder. Please seek immediate medical help! (Caution: satire)
What about all the benefits of plastics in our lives? What are the possible substitutes (how healthy are the substitutes)?
"But their ongoing impact on health issues in humans and other animals is being uncovered. Some PFAS are carcinogenic. The new research ... describes how a material can use light to catalyse a reaction which breaks down a range of pollutants in water including PFAS. This kind of approach has previously shown promise in breaking down PFAS. ..."
"... The process involves the use of a class of materials known as covalent organic frameworks, or COFs, whose porous structure ⎯ and hence high surface area ⎯ make them useful in light-driven, or photocatalytic, reactions. When they interact with light, some of the electrons in COF molecules get displaced, forming holes, and this bifurcation of charges is what makes COFs good photocatalysts. ..."
From the abstract:
"Nature-inspired photocatalysis provides a sustainable solution for energy conversion and pollutant degradation. Covalent organic frameworks (COFs), with tunable properties and high porosity, have shown promise as photocatalysts, though their synthesis often requires extensive efforts. In this study, we report the in-situ growth of COFs on defective hexagonal boron nitride (hBN) surfaces to form hBN@1,3,5-triformylphloroglucinol (Tp)-4,4′-diamino-[1,1′-biphenyl]-3,3′-dicarbonitrile (DBCN) heterostructures. Bandgap analysis and ultraviolet photoelectron spectroscopy revealed the formation of type-II heterojunctions, enhancing charge separation and minimizing recombination. Density functional theory simulations confirmed efficient charge transfer at the COF-hBN interface. The hBN@Tp-DBCN heterostructures demonstrated remarkable versatility, achieving nearly complete degradation of dyes, pharmaceutical waste, and persistent compounds such as perfluorooctanoic acid [PFAS]. Practical implementation in vertical and horizontal configurations further validated their application potential. This research underscores the efficacy of hBN@COFs heterostructures in photocatalysis and offers a promising direction for metal-free heterostructures in artificial photosynthesis and water treatment."
Friday, November 07, 2025
Beer yeast waste spun into a promising sustainable yarn 50% stronger than wool and sold as "zero hunger"
Tuesday, September 30, 2025
Fake microscopy images generated by AI are indistinguishable from the real thing
Thursday, June 19, 2025
An increase in rocket launches would harm the ozone layer. Really!
Sunday, June 15, 2025
The Swiss pharmaceutical company Roche to begin phase III trial on a new antibiotic to combat one of the world’s deadliest drug-resistant infections.
Thursday, April 10, 2025
What about hydrogen power as a future source of energy?
Many charlatans/demagogues want to indoctrinate the public on the narrative of so called "clean energy" and "water vapor".
Potentially, huge quantities of hydrogen gas could be produced by splitting water (from the oceans) using electricity from solar panels.
However, there are some serious considerations and technical/engineering challenges:
- How to store large amounts of hydrogen? The volumetric energy density is low, which means e.g. more storage is needed.
How much energy will be needed to compress hydrogen or to maintain the storage? - Are there better ways to produce hydrogen than splitting water with electricity?
- At large, global scale, how will we deal with all the water vapor and the oxygen generated by splitting water?
- Hydrogen is a very hazardous gas. Remember the Hindenburg Disaster of 1937!
- How do we mass transport hydrogen gas e.g. from producer to user?
Monday, December 16, 2024
Immortal human life could be achievable within the next 20-50 years
Given the current explosion of advances in science & technology, my forecast may not be unreasonable!
Mark my words!
P.S. Just a quick reminder, we have already e.g. immortal cancer cells since 1951!
Friday, December 06, 2024
A new catalyst can turn methane into something useful
Keep in mind: Global warming is a hoax and climate change is a religion! It is being used as a pretext by Big Government and the elite to interfere with our lives. It is among the greatest scams and scandals of at least the last 30 years!
Apparently, the authors of this study are propagandists and demagogues or they are naive!
"Although it is less abundant than carbon dioxide, methane gas contributes disproportionately to global warming because it traps more heat in the atmosphere than carbon dioxide, due to its molecular structure. ...
To achieve methane conversion without that input of energy, the MIT team designed a hybrid catalyst with two components: a zeolite and a naturally occurring enzyme. Zeolites are abundant, inexpensive clay-like minerals, and previous work has found that they can be used to catalyze the conversion of methane to carbon dioxide. ...
From the abstract:
"Anthropogenic methane emissions [???], particularly from diffuse and dilute sources, pose a significant challenge for oxidation and valorization as existing methane oxidation routes rely on high temperatures or pressures. Here we report the catalytic coupling of alcohol oxidase with the iron-modified ZSM-5 (Fe-ZSM-5) zeolite catalyst, creating a tandem methanotrophic system that partially oxidizes methane at ambient temperatures and pressures. Methane reacts at Fe-ZSM-5 to produce methanol, which is then oxidized at the enzyme to formaldehyde and hydrogen peroxide. The latter subsequently reacts back at Fe-ZSM-5 and oxidizes methane in a catalytic couple. We show that methane-to-formaldehyde selectivity can exceed 90% at room temperature. The generated formaldehyde was rapidly incorporated into a growing urea polymer, with a material growth rate exceeding 5.0 mg gcat−1 h−1, which matches or exceeds the growth rates of many methanotrophic organisms. This work presents a sustainable route for methane oxidation, driven by oxygen in the air under ambient conditions, producing high-value polymers and valorizing methane emission streams."
Friday, November 22, 2024
Light-powered catalysts destroy forever chemicals aka PFAS
Sunday, November 03, 2024
Saturday, October 19, 2024
Scientists develop supplement to protect bees from pesticides
Thursday, October 10, 2024
Winner of Nobel Prize in chemistry Demis Hassabis (CEO of Google Deepmind) describes how his work could transform lives
The weeds are winning against pesticides. Really!
Friday, August 09, 2024
German researchers discovered fungi in a lake that eat plastics
Saturday, July 06, 2024
Researchers thwart resistant bacteria's strategy of one particular bacterium
Specifically, the researchers worked with three newly discovered genes in a lab-grown strain of P. aeruginosa. When they overexpressed these genes, they saw a strong reduction of biofilm. ..."

