US Scientists Win Nobel Prize in Medicine for MicroRNA Discovery
Two prominent US scientists, Victor Ambros and Gary Ruvkun, have been awarded the prestigious Nobel Prize in Medicine for their groundbreaking work on microRNA. This award recognizes their significant contributions to the discovery of microRNA and its role in regulating gene functions.
MicroRNAs are small molecules that play a crucial role in gene expression, which is essential for various biological processes. Ambros and Ruvkun’s research has helped scientists understand how genes are regulated, shedding light on how body cells become specialized to perform specific functions. Their studies have opened new avenues for understanding developmental biology and diseases, such as cancer, which is closely related to gene regulation.
Victor Ambros is a professor at the University of Massachusetts, while Gary Ruvkun is a professor at Harvard Medical School. Their work on microRNA has transformed the scientific community’s understanding of how genetic information is processed within living organisms. It is an essential piece of the puzzle in understanding complex diseases and biological development.
Karolinska Institute ,Sweden
The Nobel Prize in Medicine is awarded by the Karolinska Institute in Sweden and comes with a prize of 1.1 million US dollars. This prestigious award is one of the highest honors in the field of medicine and is given to those who make groundbreaking discoveries that impact human health.
The Nobel Prize announcements will continue throughout the week. The award in Physics will be announced tomorrow, followed by Chemistry on the following day. The Literature prize will be revealed on the 10th of October, while the Peace and Economics prizes will be announced on the 11th and 14th of October, respectively.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space, it says, is big. Really big. You just won’t believe how vastly, hugely, mindbogglingly big it is.
Douglas Adams
Stray rocket junk in an unpredictable orbit smashed into the moon, for example, creating a new crater. And NASA’s mega moon rocket, the Space Launch System, has stumbled on its way to its first lunar mission, with the agency encountering several problems with contractors’ work during a critical test this spring.
Whether the rest of the year will include the inaugural moon-bound Artemis mission, the United States’ return to human deep space exploration, remains to be seen. Read more about the year’s biggest moments in space, so far.
James Webb Space Telescope opens for business
The James Webb Space Telescope will deliver its first full-color images on July 12. Credit: NASA
The most powerful observatory in space hit its mark at a destination 1 million miles from Earth in late January and unfurled its complicated, tennis court-size sun shield. Engineers have since calibrated the Webb telescope’s scientific instruments, exceeding expectations for its level of precision.
In this single galaxy of ours there are eighty-seven thousand million suns.
Arthur C. Clarke
Astronomers anticipate the telescope will stoke a golden age in our understanding of the cosmos, providing snapshots of space billions of light-years away.
On July 12, the James Webb Space Telescope, a partnership between NASA, the European Space Agency, and the Canadian Space Agency, will deliver its first full-color images. What those first cosmic targets will be is a closely guarded secret.
Webb is expected to observe some of the oldest, faintest light in the universe. The telescope will focus on a period less than 300 million years after the Big Bang, when many of the first stars and galaxies were born.
Scientists will also use the telescope to peer into the atmospheres of planets outside our solar system, called exoplanets. Discoveries out there of water and methane, for example, could be signs of potential habitability or biological activity.
Peculiar widespread Martian aurora discovered
New overview images of Mars have revealed a stunning green light show in the planet’s sky.
Scientists believe a newly discovered Martian aurora puts green streaks in Mars’ sky. Credit: Emirates Mars Mission
Much of Mars’ atmosphere apparently has a wormlike streak, an aurora similar to the Northern Lights sometimes visible on Earth. The Martian aurora is a glowing, twisted band of ultraviolet light, stretching thousands of miles from the dayside, which faces the sun, to the back of the planet.
A United Arab Emirates Space Agency probe orbiting Mars, known as Hope, took the snapshots.
No one knows how it’s happening, given that scientists believe Mars’ magnetic field largely deteriorated billions of years ago. Magnetic fields guide high-energy streams of electrons from the sun into a planet’s atmosphere.
Astronomers take the first photo of massive Milky Way black hole
Scientists around the world worked together to take the first photo ever of Sagittarius A*, the supermassive black hole at the center of the Milky Way galaxy. Credit: Event Horizon Telescope
Black holes don’t have surfaces, like planets or stars. Instead, these mysterious cosmic objects have a boundary called an “event horizon,” a point of no return. If anything swoops too close to that point, it will fall inward, never to escape the hole’s gravity.
With the power of eight linked radio dishes from around the world, the Event Horizon Telescope took a picture of the shadow of the supermassive black hole known as Sagittarius A*. Hundreds of scientists from 80 institutions around the globe worked together to collect, process, and piece together fragments of data to make the picture.
Up until three years ago, any depiction of a black hole was merely an artist’s interpretation or a computer model. Now scientists have a snapshot of the real deal, which spans 27 million miles.
With financial support from the National Science Foundation and other groups, scientists plan to enhance their technology to make the image drastically sharper.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space, it says, is big. Really big. You just won’t believe how vastly, hugely, mindbogglingly big it is.
Douglas Adams
Stray rocket junk in an unpredictable orbit smashed into the moon, for example, creating a new crater. And NASA’s mega moon rocket, the Space Launch System, has stumbled on its way to its first lunar mission, with the agency encountering several problems with contractors’ work during a critical test this spring.
Whether the rest of the year will include the inaugural moon-bound Artemis mission, the United States’ return to human deep space exploration, remains to be seen. Read more about the year’s biggest moments in space, so far.
James Webb Space Telescope opens for business
The James Webb Space Telescope will deliver its first full-color images on July 12. Credit: NASA
The most powerful observatory in space hit its mark at a destination 1 million miles from Earth in late January and unfurled its complicated, tennis court-size sun shield. Engineers have since calibrated the Webb telescope’s scientific instruments, exceeding expectations for its level of precision.
In this single galaxy of ours there are eighty-seven thousand million suns.
Arthur C. Clarke
Astronomers anticipate the telescope will stoke a golden age in our understanding of the cosmos, providing snapshots of space billions of light-years away.
On July 12, the James Webb Space Telescope, a partnership between NASA, the European Space Agency, and the Canadian Space Agency, will deliver its first full-color images. What those first cosmic targets will be is a closely guarded secret.
Webb is expected to observe some of the oldest, faintest light in the universe. The telescope will focus on a period less than 300 million years after the Big Bang, when many of the first stars and galaxies were born.
Scientists will also use the telescope to peer into the atmospheres of planets outside our solar system, called exoplanets. Discoveries out there of water and methane, for example, could be signs of potential habitability or biological activity.
Peculiar widespread Martian aurora discovered
New overview images of Mars have revealed a stunning green light show in the planet’s sky.
Scientists believe a newly discovered Martian aurora puts green streaks in Mars’ sky. Credit: Emirates Mars Mission
Much of Mars’ atmosphere apparently has a wormlike streak, an aurora similar to the Northern Lights sometimes visible on Earth. The Martian aurora is a glowing, twisted band of ultraviolet light, stretching thousands of miles from the dayside, which faces the sun, to the back of the planet.
A United Arab Emirates Space Agency probe orbiting Mars, known as Hope, took the snapshots.
No one knows how it’s happening, given that scientists believe Mars’ magnetic field largely deteriorated billions of years ago. Magnetic fields guide high-energy streams of electrons from the sun into a planet’s atmosphere.
Astronomers take the first photo of massive Milky Way black hole
Scientists around the world worked together to take the first photo ever of Sagittarius A*, the supermassive black hole at the center of the Milky Way galaxy. Credit: Event Horizon Telescope
Black holes don’t have surfaces, like planets or stars. Instead, these mysterious cosmic objects have a boundary called an “event horizon,” a point of no return. If anything swoops too close to that point, it will fall inward, never to escape the hole’s gravity.
With the power of eight linked radio dishes from around the world, the Event Horizon Telescope took a picture of the shadow of the supermassive black hole known as Sagittarius A*. Hundreds of scientists from 80 institutions around the globe worked together to collect, process, and piece together fragments of data to make the picture.
Up until three years ago, any depiction of a black hole was merely an artist’s interpretation or a computer model. Now scientists have a snapshot of the real deal, which spans 27 million miles.
With financial support from the National Science Foundation and other groups, scientists plan to enhance their technology to make the image drastically sharper.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space, it says, is big. Really big. You just won’t believe how vastly, hugely, mindbogglingly big it is.
Douglas Adams
Stray rocket junk in an unpredictable orbit smashed into the moon, for example, creating a new crater. And NASA’s mega moon rocket, the Space Launch System, has stumbled on its way to its first lunar mission, with the agency encountering several problems with contractors’ work during a critical test this spring.
Whether the rest of the year will include the inaugural moon-bound Artemis mission, the United States’ return to human deep space exploration, remains to be seen. Read more about the year’s biggest moments in space, so far.
James Webb Space Telescope opens for business
The James Webb Space Telescope will deliver its first full-color images on July 12. Credit: NASA
The most powerful observatory in space hit its mark at a destination 1 million miles from Earth in late January and unfurled its complicated, tennis court-size sun shield. Engineers have since calibrated the Webb telescope’s scientific instruments, exceeding expectations for its level of precision.
In this single galaxy of ours there are eighty-seven thousand million suns.
Arthur C. Clarke
Astronomers anticipate the telescope will stoke a golden age in our understanding of the cosmos, providing snapshots of space billions of light-years away.
On July 12, the James Webb Space Telescope, a partnership between NASA, the European Space Agency, and the Canadian Space Agency, will deliver its first full-color images. What those first cosmic targets will be is a closely guarded secret.
Webb is expected to observe some of the oldest, faintest light in the universe. The telescope will focus on a period less than 300 million years after the Big Bang, when many of the first stars and galaxies were born.
Scientists will also use the telescope to peer into the atmospheres of planets outside our solar system, called exoplanets. Discoveries out there of water and methane, for example, could be signs of potential habitability or biological activity.
Peculiar widespread Martian aurora discovered
New overview images of Mars have revealed a stunning green light show in the planet’s sky.
Scientists believe a newly discovered Martian aurora puts green streaks in Mars’ sky. Credit: Emirates Mars Mission
Much of Mars’ atmosphere apparently has a wormlike streak, an aurora similar to the Northern Lights sometimes visible on Earth. The Martian aurora is a glowing, twisted band of ultraviolet light, stretching thousands of miles from the dayside, which faces the sun, to the back of the planet.
A United Arab Emirates Space Agency probe orbiting Mars, known as Hope, took the snapshots.
No one knows how it’s happening, given that scientists believe Mars’ magnetic field largely deteriorated billions of years ago. Magnetic fields guide high-energy streams of electrons from the sun into a planet’s atmosphere.
Astronomers take the first photo of massive Milky Way black hole
Scientists around the world worked together to take the first photo ever of Sagittarius A*, the supermassive black hole at the center of the Milky Way galaxy. Credit: Event Horizon Telescope
Black holes don’t have surfaces, like planets or stars. Instead, these mysterious cosmic objects have a boundary called an “event horizon,” a point of no return. If anything swoops too close to that point, it will fall inward, never to escape the hole’s gravity.
With the power of eight linked radio dishes from around the world, the Event Horizon Telescope took a picture of the shadow of the supermassive black hole known as Sagittarius A*. Hundreds of scientists from 80 institutions around the globe worked together to collect, process, and piece together fragments of data to make the picture.
Up until three years ago, any depiction of a black hole was merely an artist’s interpretation or a computer model. Now scientists have a snapshot of the real deal, which spans 27 million miles.
With financial support from the National Science Foundation and other groups, scientists plan to enhance their technology to make the image drastically sharper.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space, it says, is big. Really big. You just won’t believe how vastly, hugely, mindbogglingly big it is.
Douglas Adams
Stray rocket junk in an unpredictable orbit smashed into the moon, for example, creating a new crater. And NASA’s mega moon rocket, the Space Launch System, has stumbled on its way to its first lunar mission, with the agency encountering several problems with contractors’ work during a critical test this spring.
Whether the rest of the year will include the inaugural moon-bound Artemis mission, the United States’ return to human deep space exploration, remains to be seen. Read more about the year’s biggest moments in space, so far.
James Webb Space Telescope opens for business
The James Webb Space Telescope will deliver its first full-color images on July 12. Credit: NASA
The most powerful observatory in space hit its mark at a destination 1 million miles from Earth in late January and unfurled its complicated, tennis court-size sun shield. Engineers have since calibrated the Webb telescope’s scientific instruments, exceeding expectations for its level of precision.
In this single galaxy of ours there are eighty-seven thousand million suns.
Arthur C. Clarke
Astronomers anticipate the telescope will stoke a golden age in our understanding of the cosmos, providing snapshots of space billions of light-years away.
On July 12, the James Webb Space Telescope, a partnership between NASA, the European Space Agency, and the Canadian Space Agency, will deliver its first full-color images. What those first cosmic targets will be is a closely guarded secret.
Webb is expected to observe some of the oldest, faintest light in the universe. The telescope will focus on a period less than 300 million years after the Big Bang, when many of the first stars and galaxies were born.
Scientists will also use the telescope to peer into the atmospheres of planets outside our solar system, called exoplanets. Discoveries out there of water and methane, for example, could be signs of potential habitability or biological activity.
Peculiar widespread Martian aurora discovered
New overview images of Mars have revealed a stunning green light show in the planet’s sky.
Scientists believe a newly discovered Martian aurora puts green streaks in Mars’ sky. Credit: Emirates Mars Mission
Much of Mars’ atmosphere apparently has a wormlike streak, an aurora similar to the Northern Lights sometimes visible on Earth. The Martian aurora is a glowing, twisted band of ultraviolet light, stretching thousands of miles from the dayside, which faces the sun, to the back of the planet.
A United Arab Emirates Space Agency probe orbiting Mars, known as Hope, took the snapshots.
No one knows how it’s happening, given that scientists believe Mars’ magnetic field largely deteriorated billions of years ago. Magnetic fields guide high-energy streams of electrons from the sun into a planet’s atmosphere.
Astronomers take the first photo of massive Milky Way black hole
Scientists around the world worked together to take the first photo ever of Sagittarius A*, the supermassive black hole at the center of the Milky Way galaxy. Credit: Event Horizon Telescope
Black holes don’t have surfaces, like planets or stars. Instead, these mysterious cosmic objects have a boundary called an “event horizon,” a point of no return. If anything swoops too close to that point, it will fall inward, never to escape the hole’s gravity.
With the power of eight linked radio dishes from around the world, the Event Horizon Telescope took a picture of the shadow of the supermassive black hole known as Sagittarius A*. Hundreds of scientists from 80 institutions around the globe worked together to collect, process, and piece together fragments of data to make the picture.
Up until three years ago, any depiction of a black hole was merely an artist’s interpretation or a computer model. Now scientists have a snapshot of the real deal, which spans 27 million miles.
With financial support from the National Science Foundation and other groups, scientists plan to enhance their technology to make the image drastically sharper.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space, it says, is big. Really big. You just won’t believe how vastly, hugely, mindbogglingly big it is.
Douglas Adams
Stray rocket junk in an unpredictable orbit smashed into the moon, for example, creating a new crater. And NASA’s mega moon rocket, the Space Launch System, has stumbled on its way to its first lunar mission, with the agency encountering several problems with contractors’ work during a critical test this spring.
Whether the rest of the year will include the inaugural moon-bound Artemis mission, the United States’ return to human deep space exploration, remains to be seen. Read more about the year’s biggest moments in space, so far.
James Webb Space Telescope opens for business
The James Webb Space Telescope will deliver its first full-color images on July 12. Credit: NASA
The most powerful observatory in space hit its mark at a destination 1 million miles from Earth in late January and unfurled its complicated, tennis court-size sun shield. Engineers have since calibrated the Webb telescope’s scientific instruments, exceeding expectations for its level of precision.
In this single galaxy of ours there are eighty-seven thousand million suns.
Arthur C. Clarke
Astronomers anticipate the telescope will stoke a golden age in our understanding of the cosmos, providing snapshots of space billions of light-years away.
On July 12, the James Webb Space Telescope, a partnership between NASA, the European Space Agency, and the Canadian Space Agency, will deliver its first full-color images. What those first cosmic targets will be is a closely guarded secret.
Webb is expected to observe some of the oldest, faintest light in the universe. The telescope will focus on a period less than 300 million years after the Big Bang, when many of the first stars and galaxies were born.
Scientists will also use the telescope to peer into the atmospheres of planets outside our solar system, called exoplanets. Discoveries out there of water and methane, for example, could be signs of potential habitability or biological activity.
Peculiar widespread Martian aurora discovered
New overview images of Mars have revealed a stunning green light show in the planet’s sky.
Scientists believe a newly discovered Martian aurora puts green streaks in Mars’ sky. Credit: Emirates Mars Mission
Much of Mars’ atmosphere apparently has a wormlike streak, an aurora similar to the Northern Lights sometimes visible on Earth. The Martian aurora is a glowing, twisted band of ultraviolet light, stretching thousands of miles from the dayside, which faces the sun, to the back of the planet.
A United Arab Emirates Space Agency probe orbiting Mars, known as Hope, took the snapshots.
No one knows how it’s happening, given that scientists believe Mars’ magnetic field largely deteriorated billions of years ago. Magnetic fields guide high-energy streams of electrons from the sun into a planet’s atmosphere.
Astronomers take the first photo of massive Milky Way black hole
Scientists around the world worked together to take the first photo ever of Sagittarius A*, the supermassive black hole at the center of the Milky Way galaxy. Credit: Event Horizon Telescope
Black holes don’t have surfaces, like planets or stars. Instead, these mysterious cosmic objects have a boundary called an “event horizon,” a point of no return. If anything swoops too close to that point, it will fall inward, never to escape the hole’s gravity.
With the power of eight linked radio dishes from around the world, the Event Horizon Telescope took a picture of the shadow of the supermassive black hole known as Sagittarius A*. Hundreds of scientists from 80 institutions around the globe worked together to collect, process, and piece together fragments of data to make the picture.
Up until three years ago, any depiction of a black hole was merely an artist’s interpretation or a computer model. Now scientists have a snapshot of the real deal, which spans 27 million miles.
With financial support from the National Science Foundation and other groups, scientists plan to enhance their technology to make the image drastically sharper.
Space scientists have discovered just how much they can accomplish when they work together, with incredible feats achieved this year through collaborations with commercial industry and foreign nations.
Successful partnerships in 2022 have included the launch and calibration of the most powerful space telescope in the world and photographing the never-before-seen supermassive black hole at the center of the Milky Way galaxy.
Space, it says, is big. Really big. You just won’t believe how vastly, hugely, mindbogglingly big it is.
Douglas Adams
Stray rocket junk in an unpredictable orbit smashed into the moon, for example, creating a new crater. And NASA’s mega moon rocket, the Space Launch System, has stumbled on its way to its first lunar mission, with the agency encountering several problems with contractors’ work during a critical test this spring.
Whether the rest of the year will include the inaugural moon-bound Artemis mission, the United States’ return to human deep space exploration, remains to be seen. Read more about the year’s biggest moments in space, so far.
James Webb Space Telescope opens for business
The James Webb Space Telescope will deliver its first full-color images on July 12. Credit: NASA
The most powerful observatory in space hit its mark at a destination 1 million miles from Earth in late January and unfurled its complicated, tennis court-size sun shield. Engineers have since calibrated the Webb telescope’s scientific instruments, exceeding expectations for its level of precision.
In this single galaxy of ours there are eighty-seven thousand million suns.
Arthur C. Clarke
Astronomers anticipate the telescope will stoke a golden age in our understanding of the cosmos, providing snapshots of space billions of light-years away.
On July 12, the James Webb Space Telescope, a partnership between NASA, the European Space Agency, and the Canadian Space Agency, will deliver its first full-color images. What those first cosmic targets will be is a closely guarded secret.
Webb is expected to observe some of the oldest, faintest light in the universe. The telescope will focus on a period less than 300 million years after the Big Bang, when many of the first stars and galaxies were born.
Scientists will also use the telescope to peer into the atmospheres of planets outside our solar system, called exoplanets. Discoveries out there of water and methane, for example, could be signs of potential habitability or biological activity.
Peculiar widespread Martian aurora discovered
New overview images of Mars have revealed a stunning green light show in the planet’s sky.
Scientists believe a newly discovered Martian aurora puts green streaks in Mars’ sky. Credit: Emirates Mars Mission
Much of Mars’ atmosphere apparently has a wormlike streak, an aurora similar to the Northern Lights sometimes visible on Earth. The Martian aurora is a glowing, twisted band of ultraviolet light, stretching thousands of miles from the dayside, which faces the sun, to the back of the planet.
A United Arab Emirates Space Agency probe orbiting Mars, known as Hope, took the snapshots.
No one knows how it’s happening, given that scientists believe Mars’ magnetic field largely deteriorated billions of years ago. Magnetic fields guide high-energy streams of electrons from the sun into a planet’s atmosphere.
Astronomers take the first photo of massive Milky Way black hole
Scientists around the world worked together to take the first photo ever of Sagittarius A*, the supermassive black hole at the center of the Milky Way galaxy. Credit: Event Horizon Telescope
Black holes don’t have surfaces, like planets or stars. Instead, these mysterious cosmic objects have a boundary called an “event horizon,” a point of no return. If anything swoops too close to that point, it will fall inward, never to escape the hole’s gravity.
With the power of eight linked radio dishes from around the world, the Event Horizon Telescope took a picture of the shadow of the supermassive black hole known as Sagittarius A*. Hundreds of scientists from 80 institutions around the globe worked together to collect, process, and piece together fragments of data to make the picture.
Up until three years ago, any depiction of a black hole was merely an artist’s interpretation or a computer model. Now scientists have a snapshot of the real deal, which spans 27 million miles.
With financial support from the National Science Foundation and other groups, scientists plan to enhance their technology to make the image drastically sharper.
