Biological sciences; Physiology; Cellular physiology; Cell biology.
Large language models show impressive capabilities. Are they just superficial statistics – or is there more to them?
Systems such as OpenAI’s GPT-3 have shown that large language models have capabilities that can make them useful tools in areas as diverse as text processing and programming.
With ChatGPT the company has released a model that puts these capabilities in the hands of the general public, creating new challenges for educational institutions, for example.
The strong force holds our atoms together. Scientists may have observed its small-scale fluctuations for the first time.
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Science Asylum video on Schrodinger Equation:
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RECOMMENDED READING:
Schwartz, “Quantum Field Theory and the Standard model” https://amzn.to/3HmWdYt.
CHAPTERS:
0:00 The most important motion in the universe.
1:08 How get energy and mental focus.
2:20 A spring: Classical simple harmonic oscillator.
4:48 QUANTUM Harmonic oscillator.
6:00 Science Asylum — what is the Schrodinger equation?
7:30 Quantum Field Theory (QFT) uses spring math!
10:00 Intuitive description of what’s going on!
12:37 What is really oscillating in QFT?
SUMMARY:
The million-year-old skull, dubbed “Yunxian Man 3,” is extraordinarily well-preserved compared to previous finds.
Three years ago, the study of black holes was revolutionized. Now, the team is turning to the closest supermassive black hole to Earth — the one at the center of the Milky Way.
Scientists are using artificial intelligence (AI) to decipher 22,000 ancient cuneiform tablets.
Renowned physicist Neil Turok, Holder of the Higgs Chair of Theoretical Physics at the University of Edinburgh, joins me to discuss the state of science and the universe. is Physics in trouble? What hope is there to return to more productive and Simple theories? What is Peter Higgs up to?
Neil Turok has been director emeritus of the Perimeter Institute for Theoretical Physics since 2019. He specializes in mathematical physics and early-universe physics, including the cosmological constant and a cyclic model for the universe.
He has written several books including Endless Universe: Beyond the Big Bang and The Universe Within: From Quantum to Cosmos.
00:00:00 Intro.
00:03:28 What is the meaning of Neil’s book cover?
00:06:46 The Nature of the Endless Universe.
00:14:31 What would happen to James Clerk Maxwell and Michael Faraday on Twitter?
00:16:10 What’s wrong with physics today?
00:20:06 How did Neil’s life change after his theory was proven wrong?
00:23:28 Neil shows us fundamental laws of the Universe in equations.
00:33:59 How well do our modern equations satisfy the conditions of the observable Universe?
00:56:29 How is the Universe simple?
01:20:01 Can Neil’s model explain flatness without inflation?
01:54:54 Existential Questions on the meaning of life, advice to his former self, and things he’s changed his mind on.
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In the year 1,808, French chemists Joseph-Louis Gay-Lussac and Louis-Jacques Thenard, and independently, English chemist Humphry Davy, discovered the fifth element of the periodic table—boron. In crystalline form, boron primarily possesses three polymorphs, i.e., three distinct unit cell configurations: α-rhombohedral, β-rhombohedral, and β-tetragonal, among 16 possible bulk allotropes.
The unique properties of this element have resulted in its use in numerous applications, including chemistry, materials science, life sciences, energy research and electronics. Moreover, based on studies conducted over the past decade, boron has significant potential for use in pharmaceutical drug design as it plays an essential role in bone growth and maintenance, wound healing, prevention of vitamin-D deficiency and other processes.
In the periodic table of elements, boron lies to the left of carbon, which causes boron to have similar valence orbitals but a shorter covalent radius. In contrast to carbon, which favors a 2D (two-dimensional) layered structure (aka graphite) in its bulk form, the bulk allotropes of boron are composed of B12 icosahedral cages. As a result, it was challenging to experimentally realize a 2D atomic network of boron, also known as borophene, until 2015.