"The James Webb Telescope looked into the abyss just 300 million years after the Big Bang and saw something that seemed absolutely impossible. It saw an object so bright and so massive and so mature that, according to the laws of physics we use, it should not have existed. "

"Webb's observations also confirmed that comet 3I/ATLAS remains unusually rich in carbon dioxide, releasing far more carbon dioxide relative to water when compared to typical solar system comets. Both these findings point to a very different formation environment and chemistry than the vast majority of comets that formed within our solar system. "

"We all associate it with a blue planet, but through Webb's lens, Neptune looks completely different. It's dark, even eerie. Why? Methane in its atmosphere absorbs almost all infrared radiation, so the planet doesn't reflect light back to the telescope. But thanks to the planet's dark disk, Webb could capture something that usually gets lost in the glare incredibly clearly. Dusty rings and faint moons are the most accurate images of Neptune's rings we've had in decades. "

"We have an exoplanet candidate in the Alpha Centauri A system. A Saturn-sized gas giant orbiting in the habitable zone. It itself probably wouldn't sustain life, but its presence suggests there might also be smaller, rocky worlds and their moons. "

"One such galaxy, JADES-GS-z14-0 (shown in the pullout), was determined to be at a redshift of 14.32 (+0.08/-0.20), making it the current record-holder for the most distant known galaxy. This corresponds to a time less than 300 million years after the big bang. "

"The James Webb Telescope is changing the rules of the game in star birth research. In the Sharpless 2284 region, Webb observed a protostar with a mass of 10 suns, which in the process of formation shoots out powerful gas jets, creating Herbig-Haro objects. These are narrow streams of matter moving at hundreds of kilometers per second, which collide with the surrounding gas and dust, creating bright shock waves. "

"NASA's James Webb Space Telescope has provided the first direct measurements of the chemical and physical properties of a potential moon-forming disk encircling a large exoplanet. The carbon-rich disk surrounding the world called CT Cha b, which is located 625 light-years away from Earth, is a possible construction yard for moons, although no moons are detected in the Webb data. The young star the planet orbits is only 2 million years old and still accreting circumstellar material. "

"And just today, as I am recording this commentary, that is, on Tuesday, January 27, we initiated the collection of signatures to launch a referendum on the recall of the city mayor and the Krakow City Council. "

"In 1915, when the foundations for the general theory of relativity were already ready, it solidified as it were in 1916, but by then it already turned out that solutions for accelerating masses in the general theory of relativity give solutions suggesting that some disturbances, such periodic disturbances, arise. "

"In gravitational waves, there should at least be strictly wave effects, i.e., energy, momentum, angular momentum, yes, wave energy, but also a change in frequency due to distance, motion, yes, due to motion, i.e., the Doppler effect. And here, these wavelengths, which are for these most extensive, most developed structures. For example, these waves that are associated with binary systems, and there are such AGNs, such active galactic nuclei, where there is not one supermassive black hole, but two gigantic ones, but they move quite sluggishly and generate waves. "

"Since 1980, the average S&P 500 intra-ear drawd down is 14.1%. And in 34 of those 45 years, the S&P 500 has finished with positive returns. "

"Are gravitational waves also even longer, with lengths on the order of hours? Of course they are. They also have lengths of years, meaning these changes are in cycles of years. These must be large objects that slowly, albeit with some delicate acceleration, rotate. "

"Plus, if you want to feel better about investing during a time like this, the average time to recovery from a 5 to 10% draw down is 3 months and the average time to recovery from a 10 to 20% correction is 8 months. "

"Currently, these are the ultra-short gravitational waves, those associated precisely with merging neutron stars, black holes, and so on. Yes, these are precisely those gravitational waves, and these are precisely on the order of milliseconds. "

"In a very surprising turn of events, Trump just confirmed that Jerome Powell will soon be replaced as the head of the Federal Reserve. And the person who he appointed is not who the markets were expecting. In fact, immediately after the announcement, stocks started selling off. Gold and silver saw their biggest drop ever in history. And now the idea of easy money is completely disappearing because Trump's new leadership completely changed the rules of the game overnight. "

"Gravitational waves form a spectrum, they have different lengths depending on what caused them, what phenomena they were. Different lengths make them waves that are very, very densely packed, or they are waves that are very, very dense. Yes. Just like electromagnetic waves, we also have radio, visible, and X and gamma waves. very long and such that these wavelengths are smaller than the size of an atom. "

"Historically, when January is up between 0 to 2%, the next 11 months have been lower only once in history. And usually, when January is green, the rest of the year ends up an average of 16.9% higher. "