Everything you need to know
Quantum computers work according to a completely different concept than conventional computers. This makes them so incredibly fast that they are believed to have the potential to bring about revolutionary changes in various fields. Find out how this concept works and what applications are currently being developed in this article.
These alternatives are available
After Broadcom acquired VMware, significant changes were announced in the licensing of VMware software. Many are now looking elsewhere. What are the options?
Green Computing
Many companies have clear sustainability targets of their own and are subject to requirements from interest groups and legislators to reduce their energy consumption.
Flexible, fast and reliable
In today’s hyper-connected age, organizations across industries and geographies need to seamlessly connect their employees, locations and technical applications to keep business processes running smoothly.
AI age
The debate about the replaceability of hard disks with flash solutions and the imminent end of HDDs in data centers has gained momentum in recent years.
The next generation of data centers
The latest report from the International Energy Agency (IEA) makes it clear that data centers are increasingly becoming the heart of the global energy transition – and at the same time are under growing pressure to make their energy consumption sustainable.
Quantum computer
The age of artificial intelligence has only just begun, and the next tech revolution is right around the corner: quantum computing. Discover why it is worthwhile for companies to look at specific applications and the impact on their business.
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Decentralized networks
The connection between blockchain technology and the real world is becoming increasingly important. Decentralized Physical Infrastructure Networks (DePIN) are an exciting concept in this regard.
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Move in the storage market
It’s a strategic move in the storage market, but the acquisition of Arcastream’s Parallel File System business is set to revolutionize storage strategy – the deal also raises questions.
Tap-proof communication
A milestone in quantum research: KIT has put a special fiber optic test track into operation. The 20-kilometer connection between the two campuses enables research into quantum networks and tap-proof communication.
Tangible benefits from quantum computers
Quantum computers have enormous potential to solve problems that are too complex for conventional computers, such as simulating molecules, optimizing logistics in real time or protein folding. Quantum computers are not yet fundamentally ahead of conventional computers – general quantum superiority is still a dream of the future.
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Light instead of silicon
Q.ANT’s photonic native computing technology processes data using light instead of electrons. It can therefore handle complex computing tasks more efficiently than today’s chip technologies. The innovative photonic chip technology therefore has the potential to completely change the digital landscape.
Data centers emit 3x more carbon dioxide due to generative AI
The use of generative artificial intelligence (AI) will drastically increase the CO2 emissions of data centers by the end of this decade. Analysts at the investment bank Morgan Stanley have calculated that data centers will emit around 2.5 billion tons of greenhouse gases worldwide by 2030 – three times
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