Solid-State Lithium-Ion Batteries Twice as Effective 

Solid-State Lithium-Ion Batteries Twice as Effective 

This article explains all you need to know about Solid-State Lithium-Ion Batteries Twice as Effective. Solid-state lithium-ion interface stabilization creates new doors.  For boosting energy density without increasing weight or area, solid-state batteries are one promising technology. These batteries use a solid electrolyte instead of liquid electrolyte. Also, the current lithium-ion batteries would no longer…

SEAQUE To Host Quantum Self-Healing Technology Demo 

SEAQUE To Host Quantum Self-Healing Technology Demo 

This article explains about SEAQUE To Host Quantum Self-Healing Technology Demo. That means quantum computers could potentially connect with each other no matter where they are.  Unmanned experiments aboard the ISS later this year may pave the way for a global quantum network. The SEAQUE (Space Entanglement and Annealing Quantum Experiment) will test two communications…

New X-ray Lens Gives Incredible View of Nanoworld 

New X-ray Lens Gives Incredible View of Nanoworld 

This article explains how New X-ray Lens Gives Incredible View of Nanoworld. The Paul Scherrer Institute has developed an innovative X-ray lens. This concentrates X-ray photons of varied wavelengths. The new lens will make X-ray nanostructure analysis easier, the researchers write in Nature Communications.  Photographic and optical microscope lenses must be achromat. They ensure that…

 2D Material Stores Quantum Information at Room Temperature

 2D Material Stores Quantum Information at Room Temperature

This article explains all you need to know about 2D Material Stores Quantum Information at Room Temperature. A two-dimensional substance has been found that can store quantum information at room temperature.  Quantum memory is an important part of a quantum internet, where quantum information is stored and sent by photons, or light particles.  The Cavendish…

An Algorithm Finds New Materials For Better Organic Solar Cells 

An Algorithm Finds New Materials For Better Organic Solar Cells 

This article explains how An Algorithm Finds New Materials for Better Organic Solar Cells. Organic, carbon-based materials are currently widely used in displays, and they hold promise for novel solar cells. Customizing their qualities takes time and intensive chemical synthesis and characterization. The Max Planck Institute for Polymer Research has devised a new simulation methodology…

New “Active Matter” Technology Enables Shape-Shifting Robots 

New “Active Matter” Technology Enables Shape-Shifting Robots 

This article explains how New “Active Matter” Technology Enables Shape-Shifting Robots. Physicists have developed a new approach to coat soft robots with materials that improve their movement and function.  Physicists have developed a new approach to coat soft robots with materials that improve their movement and function. The study, led by Bath University, was published…

New Electrolyte for Solid-State Lithium-Ion Batteries 

New Electrolyte for Solid-State Lithium-Ion Batteries 

This article explains all you need to know about New Electrolyte for Solid-State Lithium-Ion Batteries. A new battery material may lead to all-solid batteries.  The hunt for the perfect battery has two main objectives: design a technology that can safely store large amounts of energy. Many batteries contain flammable liquid electrolytes.  As a result, scientists…

New world record for qubit storage 

New world record for qubit storage 

This article explains the New world record for qubit storage. Quantum physics has permitted several technological developments. It is now expanding cryptography research to construct ultra-secure telecommunications networks. However, after a few hundred kilometers along an optical fiber, the photons carrying the qubits (information) vanish. They need ‘repeaters’, a form of ‘relay’ based on quantum…