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Intermolecular @IMIMaterials

Intermolecular, the trusted partner for advanced materials innovation, helps leading companies accelerate and de-risk materials decisions. #MaterialsInnovation

Joined June 2016
  • Tweets 953
  • Following 587
  • Followers 321
238 Photos and videos
The human brain is known as one of the most complicated objects. However, scientists at @LosAlamosNatLab have made a new interface-type memristive device, which can be used to build artificial synapses for next-gen neuromorphic computing. bit.ly/46lneXT #Neuromorphic

Scientists design artificial synapses for neuromorphic computing

The human brain has been called the most complicated object in the universe. Trying to replicate that still-unmatched capability for computing, scientists at Los Alamos National Laboratory have made...

techxplore.com
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Nanowire thin films are composed of thin layers of nanostructured objects. They have received significant attention for several advanced applications due to their physical and chemical properties. bit.ly/43CjcrE #ThinFilms
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A new study reveals that scientists have successfully split phonons paving the path for a new type of quantum computer called linear mechanical quantum computers. bit.ly/442Cg2W #QuantumComputers #Phonons
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Researchers recently decided to use topology and a new kind of “quasiparticle” to come up with an error-correction technique for quantum computers. bit.ly/3NuhT7Y #Topology #Qubit

Qubit Quest Takes a Topological Turn

Google and Quantinuum bring a new, promising particle into the quantum computer road map

spectrum.ieee.org
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Researchers from Shimane University recently developed an innovative polarization-angle-resolved Raman microscope. This new device helps analyze the molecular structure of materials. bit.ly/44kWbtH #Materials #Ferroelectric
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Quantum computing is a cutting-edge technology that has the potential to revolutionize many industries, such as sustainable energy. Here at Intermolecular, we have in-house capabilities to achieve materials and device sustainability goals. bit.ly/3qYjXxg #Sustainability
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Researchers from various universities recently discovered that water can interact directly with the carbon’s electrons: a quantum phenomenon that is very unusual in fluid dynamics. bit.ly/3NuuWq0 #Electrons #Quantum
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Researchers from @ASU recently developed graphene-based ultrashort laser pulse technology. This new technology has potential applications across communication, biomedical sensing, and other industries. bit.ly/44bbi94 #Graphene
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A team from @UW recently detected atomic ‘breathing’ for quantum computing breakthrough. bit.ly/43VYrrI #QuantumComputing #Atomic

University of Washington team detects atomic ‘breathing’ for quantum computing breakthrough

The UW research team included Adina Ripin (left), lead author of the study and a doctoral student in the physics department, Ruoming Peng (center),

geekwire.com
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Researchers predict that supercomputers will be able to outperform standard computers within the next 2 years. bit.ly/44cQQ7S #Supercomputers #QuantumComputing

Quantum computers to overtake regular computers ‘within two years’ after breakthrough

Microsoft’s ‘quantum supercomputer’ aims to compress centuries of scientific discoveries into just a few years

independent.co.uk
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Researchers @UniofBath recently discovered that modified graphene could transform the production of hydrogen peroxide for industrial use. bit.ly/3oIfNck #Graphene #Materials
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Researchers recently looked into the sensing characteristics of drop-cast thin films of various materials with different compositions to determine the most sensitive thin film for NO2 detection. bit.ly/43CjcrE #ThinFilms #Materials
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Quantum computers are promising but are also prone to error. However, researchers from @UChicago recently developed a new method to monitor the noise around a quantum system and adjust the qubits, to minimize error. bit.ly/3oI9llC #QuantumComputing
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Researchers from the @tokyotech_en recently proposed a unique technique for creating superior Cs3Cu2I5 thin films. Read more here: bit.ly/45ACAr4 #ThinFilms #Materials
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Meet Navnidhi Upadhyay, Senior Device Engineer here at Intermolecular. He works at the intersection of electrical engineering, material science and computer science to innovate and engineer next-gen memory devices and materials. bit.ly/464Vvuk #MaterialScience
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Researchers from UK universities recently exposed high-quality graphene to magnetic fields at room temperature and measured its response. This revealed that graphene can record levels of magnetoresistance without a need to push the temp down towards zero. bit.ly/41VmVzV

Wonder Material Graphene Just Broke Another Major Record in Physics

This stuff is special.

sciencealert.com
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Check out this inspiring Q&A with Ukarian materials architect Andriy Zakutayev. Like Intermolecular, Zakutayev is focused on using materials to help develop power-efficient devices. bit.ly/3qrCyBx #MaterialScience #Memory #Engineering
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A research team from @UMich developed a ferroelectric semiconductor platform for AI and IoT computing systems. They used ferroelectric semiconductor materials over conventional silicon-based architectures to sustain electrical polarization. bit.ly/3Lb129b

The Next-Gen Transistor: University of Michigan's Breakthrough in Ferroelectric Semiconductors

With their distinctive capacity to maintain and switch electrical polarization, ferroelectric semiconductors are transforming the electronics sector by facilitating the development of more adaptable,...

electropages.com
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A research team from DGIST used intense light on the surface of a copper wire to synthesize #graphene. This method increased the production rate, lowered the cost of the high-quality transparent-flexible electrode materials, and enabled mass production. bit.ly/3L61ky4
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