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Synthesis of ceramic nanospheres with tunable electromagnetic wave absorption performance

Microwave technology has dramatically progressed, marked by the arrival of the 5G era, owing to the advantages of electromagnetic waves in long-distance, wireless, and high-speed transmissions. However, electromagnetic wave pollution problems such as electromagnetic wave interference and electromagnetic wave radiation are becoming increasingly serious.

Electromagnetic wave pollution not only affects the normal operation of electronic equipment, greatly threatens the information security of the scientific community, but also endangers human health and is a possible cause of cancer and sensitized diseases.

SiOC precursor ceramics have great application potential in electromagnetic protection because of their advantages such as lightweight, high-temperature resistance, and molecular designability. The main challenge of polymer-derived ceramic-based composites for electromagnetic wave absorption is the single loss mechanism, resulting in inferior electromagnetic wave attenuation ability.

RAADfest 2024: An Early Preview

I like what Fahy says here most.


RAADfest is the largest and most immersive event in the world focused on super-longevity for a general audience. Bringing together cutting-edge science, inspiration, entertainment and fun, RAADfest is more than just a conference – it’s a celebration of life. From brain longevity and sexual health, to senolytics, personalized medicine and helping your pets live longer too, RAADfest provides the information and inspiration to enable people to take charge of their longevity.

For more info, visit: https://www.raadfest.com/

Produced by the Coalition for Radical Life Extension, RAADfest also includes RAADcity, the international product expo. RAADcity features leading brands sharing demos and deals on their longevity products and services with the people who want and need them the most.

When: Sept 5th to 8th, 2024

When We’re Overly Optimistic about the Pace of Life Extension Research

I have a new essay out via the wonderful site Merion West. The article is based on some of my experimental writings at Oxford. I hope you’ll read and consider it. I’m highly worried life extension science isn’t moving forward fast enough!


“Sadly, biological humans are likely to be mortal for centuries more, unless a dramatic increase of both resources and life extension scientists are marshaled.”

Certain well-known gerontologists and longevity experts around the world believe that sometime in this century—probably in the next 15–50 years—medicine will likely overcome and cure most forms of disease, and even death itself. Billionaires such as Meta’s Mark Zuckerberg, Amazon’s Jeff Bezos, Alphabet’s Larry Page, and Oracle’s Larry Ellison have jumped on board, pledging billions of dollars to “conquering all disease by this century” and mortality altogether.

These business titans hope age reversal techniques via genetic editing therapies, stem cell rejuvenation, 3D bioprinting of organs, and the widespread creation of synthetic organs like artificial hearts could keep people indefinitely young and healthy. If biological human death from disease and aging are overcome, then only catastrophic accidental death—such as an airplane crash or incineration—can kill people. (Accidental death in this vein accounts for about seven percent of all deaths in the United States.)

Transhumanists believe that the human being is like a machine—an entity that can be fixed and made to overcome nearly all biological death. The question is how fast can this be done? If the human being is indeed a machine-like entity as nearly all credible scientists propose, then the answer almost certainly rests not in the limits of biology but, rather, in the amount of work and resources put into the life extension field.

Microscopy breakthrough promises better imaging for sensitive materials

An international team of scientists, led by Trinity College Dublin, has devised an innovative imaging method using state-of-the-art microscopes that significantly reduces the time and radiation required. Their work represents a significant breakthrough that will benefit several disciplines, from materials science to medicine, as the method promises to deliver improved imaging for sensitive materials such as biological tissues that are especially vulnerable to damage.

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SOCIAL

Getting drugs into the brain is hard. Maybe a parasite can do the job

A mind-bending parasite may one day deliver drugs to the brain.

Toxoplasma gondii is a single-celled parasite that famously makes mice lose their fear of cats, but also can cause deadly foodborne illnesses (SN: 1/14/20).


Those with weakened immune systems have a higher risk of developing severe disease when exposed to T. gondii. Pregnant people run the risk of preterm birth and pregnancy loss. In addition, the parasite can cause a variety of problems for the baby including blindness, hearing loss, epilepsy and jaundice. More than 200,000 cases of toxoplasmosis are diagnosed each year in the United States, with about 5,000 requiring hospitalization. An estimated 750 people each year die from the disease.

Koshy’s own previous research indicates that brain cells the parasite injects a payload into eventually die.

If researchers want to use the parasite for drug delivery, they will need to learn how it causes disease and disable those mechanisms without harming T. gondii’s ability to quietly infect the brain.