A technical and scientific exploration of how researchers utilized an Earth-sized virtual telescope to capture the image of a black hole—a phenomenon from which even light cannot escape.
According to a recent scientific study, the world's largest forest is now releasing more carbon than it absorbs from the atmosphere, signaling a serious threat regarding global warming.
An in-depth explanation of the complex science behind auroras and the severe consequences of disturbances in Earth's magnetic field.
There are concerns that Russia's military satellites are practicing attacks by moving extremely close to Western commercial satellites, raising serious questions for space security.
Scientists at the Large Hadron Collider have discovered an extremely rare nuclear decay, which could provide insights into the universe's unresolved mysteries and dark matter.
Recent research shows that the 'reward system' becomes more active in the brains of children who consume ultra-processed foods, increasing the risk of obesity in the future.
Hidden behind the dust and stars of our own galaxy, the IC 342 galaxy serves as a key for scientists to unlock numerous mysteries of the universe.
Modern science is now advancing toward eradicating conditions like high cholesterol and heart disease from the root by directly modifying DNA.
Japanese scientists have discovered a method to manufacture toxic drugs inside cancer cells by utilizing the carbon monoxide emitted by the cells themselves.
A technical and scientific exploration of how the Hubble Space Telescope's 'Cosmic Origins Spectrograph' (COS) utilizes ultraviolet light to unravel the mysteries of the universe.
An in-depth analysis of the design, engineering, and space operations of Canadarm2, operating on the International Space Station, and its predecessor, Canadarm1.
A scientific alternative to the environmental impact of burials and cremations: Transforming human remains into nutrient-rich soil through natural organic reduction.
Northrop Grumman's 25th Cygnus cargo spacecraft will depart from Florida aboard a SpaceX Falcon 9 rocket, bound for the International Space Station.
The presence of blood cells and heme molecules has been identified in the bones of the Aratasaurus dinosaur discovered in Brazil, providing new insights into the biology of ancient organisms.
The first successful test flight of the French Rafale-M fighter jet on India's first indigenous aircraft carrier, INS Vikrant, has elevated India's defense capabilities to a new global benchmark.
Scientists at UCLA have discovered that exposure to the widely used pesticide increases the risk of Parkinson's by 2.5 times and disrupts the brain's cleaning system.
Scientists at the University of Virginia have achieved a unique synergy of sound waves and microbubbles to penetrate the blood-brain barrier and deliver micro-RNA.
Researchers at UC Davis have challenged the necessity of dark energy based on Einstein's field equations, sparking a new debate on the Standard Model of physics.
Scientists have discovered a heavy neutrino particle that may have played a pivotal role in establishing the balance between matter and antimatter after the Big Bang.
Scientists at the Gladstone Institutes have discovered a remarkable molecular mechanism in bacteria that combats viruses by functioning in a manner entirely contrary to all previously known defense systems.
When metals lose all electrical resistance in biting cold, extraordinary laws of physics emerge—propelling bullet trains above their tracks and unlocking the doors to quantum technology.
Scientists at Oxford and Berkeley have discovered a niobium and titanium alloy that prevents cracking even at temperatures close to absolute zero.
Once mired in controversy in 1989, 'cold fusion' technology is now resurfacing under the guise of 'Low-Energy Nuclear Reactions' (LENR), drawing renewed scientific interest.
The scientific process of nuclear fission, the liquid-drop model of the atomic nucleus, and the comprehensive saga of controlled chain reactions in power plants.
Pulsing within a 27-kilometer tunnel beneath the Swiss-French border, CERN's Large Hadron Collider is pushing the frontiers of physics by colliding particles at the speed of light.
A unique convergence of quantum physics and medical science, MRI provides high-resolution imaging of soft tissues without the use of harmful radiation. An in-depth exploration of this technology.
From the mathematics of Albert Einstein's relativity to the coordination of observatories across the globe, the scientific achievement behind capturing the first real image of a black hole.
From Albert Einstein's century-old prediction to the remarkable discovery by the LIGO laboratory, an in-depth saga of how gravitational waves transformed the direction of astronomy.
Discover how magnetic fields and radio waves are used to obtain highly accurate images of internal organs without X-rays.
A joint initiative by the National Institutes of Health and NASA named 'QuSAFE' will enable drug testing without animals by measuring cellular changes at an ultrasensitive level.
Born from bacterial immunity, this technology is now capable of curing incurable diseases by modifying human DNA.
The scientific secret of harnessing endless, clean, and emission-free energy through atomic synthesis, its history, and the complete details of ITER, the world's most complex experiment.
Stationed 1.5 million kilometers from Earth, NASA's advanced infrared telescope is detecting the presence of water and gases in the atmospheres of planets beyond our solar system.
The icy body 2026 ED138, located 46 times farther from the Sun than Earth, has been discovered by the new Vera C. Rubin Observatory in Chile and could become the solar system's new dwarf planet.
The first craft to land safely near the lunar south pole. What it found in the soil is reshaping the missions that follow.
A detailed scientific explanation of how the CRISPR-Cas9 technology, evolved from bacteria's natural defense system, is revolutionizing the treatment of fatal genetic blood disorders.