Futuristic Cosmic Technology: GRADAR could map invisible universe
A proposed future instrument called GRADAR (gravitational wave radar) might use gravitational wave reflections to map the invisible universe. Gravitational waves were first identified in 2015. They could help astronomers locate dark matter or faint, unusual stars and uncover information about their interiors.
Quantum sensor can detect electromagnetic signals of any frequency: How helpful will it be in the development of Artificial Intelligence?
Furthering our knowledge on the fundamental physics behind Quantum sensors and AI, we must further explore the limitations that exist between us and this technology …
Scientists grew living human skin around a robotic finger
The researchers covered the robotic digit in skin by immersing it in a mixture of collagen and human skin cells known as dermal fibroblasts.
Researchers say wobbly jets of binary star systems may affect chances of hosting life: But how?
Astronomers have discovered that binary star systems make up more than half of all sun-size stars, indicating that they’re rather frequent.
Scientists Now Identify How the Brain Links Memories
UCLA researchers have recently discovered a key molecular mechanism behind memory linking. They’ve also identified a way to restore this brain function in middle-aged mice — and an FDA-approved drug that achieves the same thing.
Will our Future Look Like a Video Game?
You are probably also an avatar in this virtual world. You may also be aware that you are not a human being in real life, but everyone around you still thinks that you are.
Tissue engineering: A woman receives 3-D printed ear implant made from her own cells
Tissue engineering is the use of cells or biomaterials to create artificial tissues and organs as needed. It is a new approach that combines biology and technology to create replacement tissues and organs, explain researchers.
Wow! AI reveals unsuspected math underlying search for exoplanets
In revealing unsuspected math underlying search for exoplanets, AI can offer insights into observations of massive stars and their remnants, including black holes and neutron stars.
