Charles Hoskinson speaks about controversy regarding Ethereum vs Cardona.
Quantum Physics Explained!
What is quantum physics? Why should we care about knowing what is quantum physics? Do we NEED to know what quantum physics is? How does quantum physics affects our daily lives? These questions, and many more, come to mind when one thinks of quantum physics. Which questions should we try to answer first? We will first settle the issue of know what we are talking about: quantum physics. Understanding the story of the birth of quantum physics will help us understand what quantum physics is.
Quantum physics is the physics of the microscopic world; the world of molecules, atoms, and sub-atomic particles. It is a branch of physics that was born in the early decades of the twentieth century, with its seeds germinating in the late decades of the nineteenth century. Quantum physics was born out of a mixture of failure to understand certain experiments, and also out of non-sense results when applying classical physics to atoms. Yes, physicists were already familiar with the notion that matter is composed of microscopic packets, the atoms. This notion was initially put forth by the Greek philosopher Democritus who postulated that everything is built from atoms and the void. Later on, chemists starting in the eighteenth century with English chemist John Dalton, and after carefully studying chemical reactions and the proportions of reagents that go in and the proportions of the resultant chemicals, correctly inferred that matter is built of individual packets, which he called atoms! Dmitri Mandeleev in the nineteenth century classified atoms by their chemical properties and arranged them into the periodic table of elements that we are familiar with today. We will see as go on with our story that the chemical properties of atoms are a direct consequence of quantum physics!
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Study: half of the money brands invest in programmatic advertising never reaches online
A new study by ISBA has found that half the money advertisers invest in programmatic advertising never reaches online publishers, with 15% of the money unattributable to any players in the supply chain. Half of the money brands spend on online publishers is lost in the programmatic advertising supply chain and 15% cannot be attributed at all. The advertiser-funded research from ISBA, in association with the Association of Online Publishers (AOP) and carried out by PwC, marks the first time that programmatic advertising supply chains have been mapped from end-to-end, anywhere in the world. The study collected data from 15 brands – including Tesco, BT, Unilever and British Airways – eight agencies, five demand side platforms (DSPs), six supply side platforms (SSPs) and 12 publishers, representing approximately PS100m in UK programmatic media spend in total. However, given the study only takes into account disclosed programmatic models, this is a best-case scenario and the figure is likely much higher in the long-tail of publishers and ad tech. It has taken advertisers and publishers nine months to retrieve the data from tech vendors, highlighting the lack of organisation and complexity in the supply chain. “Advertisers and publishers want to share their data, the bit in the middle should be facilitating that,” says PwC partner Sam Tomlinson. IAB CEO Jon Mew adds: “Transparency in digital advertising’s supply chain is critical for its sustainable future and we thank our members for their proactive involvement in this study.
‘Hot’ Qubits Crack a Major Quantum Computing Challenge
Researchers might have broken one of the biggest obstacles to practical quantum computers with something called ‘hot’ qubits.
As many of you already know, the quantum computer is built around the quantum bit, or qubit. The colder and more isolated the qubit is, the less likely it is to flip to another quantum state when it’s not supposed to. But well-isolated qubits are also difficult to keep cold, and the more qubits a computer has, the more heat the system generates, and so we have to figure out how to keep these large quantum computers operating at an optimal temperature either by improving the cooling systems or by creating qubits that can operate at warmer temperatures. This is where researchers believe they have made a major breakthrough by using quantum dots embedded in silicon rather than basing their qubits off superconductors. This approach allows the qubits to operate at hotter temperatures…like 1.5 kelvin hot. That’s 15 times hotter than the main competing chip-based technology being developed by Google, IBM, and others.
