This is another episode in our series on the great figures in developmental bioelectricity. We interview (~1 hour) Mustafa Djamgoz, who has made pivotal discoveries about the role of bioelectricity in the problem of cancer and its eventual solution.
Mustafa’s book: / beat-cancer.
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Lithium metal exposed to the heat of a fusion reaction chamber’s hot plasma can serve as a coolant to protect the reactor vessel.
Researchers have developed biohybrid robots controlled by fungal mycelia, leveraging the mycelia’s electrical signals to enhance environmental responsiveness. This novel system allows robots to react to stimuli like light.
Imagine aliens finding the golden record only to search earth and find a floating sign in space saying “301 moved permanently”.
TL;DR
Physics stack exchange has recently been debating the question of the subjectivity of entropy.
I recommend Andrew Steane answer.
I’m a computer scientist doing some research that touches on basic concepts in statistical mechanics: macrostate, microstate and entropy. The way I’m currently conceiving of it is that the microstate includes all the information to perfectly the describe the state of a system, the macrostate provides some of the information, allowing you to narrow down the possibilities to a subset of states and a distribution over them, and the entropy roughly says how much information is still missing after you specify the macrostate.
1 or 2? Is Roger Penrose’s theory of three worlds the result of Penrose’s understanding of the physical world? 1. understands it correctly or 2. misunderstands it? — You can find explanations e.g. under the following link:
Es gibt praktische Fragen, die mit unseren konkreten Leben zu tun haben, und theoretische Fragen, die damit scheinbar nichts zu tun haben. Es gibt aber auch theoretische Überlegungen, die durchaus mit unserem praktischen Alltag zu tun haben. Eine davon ist die Drei-Welten-Theorie, die sich damit beschäftigt, in welchen Welten wir konkret leben.
Reference #18.8ced19b8.1725643687.30bebd35
https://errors.edgesuite.net/18.8ced19b8.1725643687.30bebd35
Summary: A new gene therapy has restored vision in patients with Leber congenital amaurosis type I (LCA1), a rare genetic condition causing blindness. In a small trial, those receiving the highest dose saw up to a 10,000-fold improvement in light sensitivity and significant gains in reading and navigation abilities.
The therapy, developed by researchers, uses a virus-based system to deliver a functioning gene into the retina’s light-sensitive cells. The results show promise for expanding this treatment, with further trials planned to confirm safety and efficacy.
Researchers said the study showed nanobots had the potential to transport drugs to precise locations.
