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An enormous 'X' and 'V' will grace the moon's surface on July 2. Here's how to see them

An enormous 'X' and 'V' will grace the moon's surface on July 2. Here's how to see them

Yahooa day ago
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The nights surrounding the first quarter moon phase on July 2 present a good opportunity to spot colossal 'X' and 'V' features emblazoned on the lunar surface.
This month's first quarter phase occurs at 11:41 p.m. EDT on July 2 (0341 GMT on July 3), at which time the right side of the half-lit lunar disk will be illuminated by direct sunlight from the perspective of viewers in the northern hemisphere on Earth.
At this time, the sun shines at such an angle to make it appear as if there is a gigantic 'V' and 'X' marking the barren lunar surface. This kind of phenomenon is referred to as a 'clair-obscur' effect and occurs when the interplay between light and shadow leads to the chance formation of familiar shapes on the moon's craggy terrain.
The lunar letters are visible for roughly four hours in the run-up to each first quarter moon phase and are at their most impressive when seen just on the 'night' side of the terminator, with their upper reaches kissed by the sun's light. Try and find the lunar 'X' and 'V' on the lunar disk at sunset on July 2 and be sure to keep checking back to see how these shapes evolve over time.
If you miss the letters on the night side of the terminator, there's no need to lose hope, as they'll continue to be visible for a brief period after they pass to the 'day side' of the moon.
The lunar X is an optical effect formed when sunlight strikes elevated rim sections of the Bianchini, Purbach and La Caille Craters around the first quarter moon phase, according to stargazing website EarthSky.org. The feature can be found around 25 degrees south of the lunar equator close to the terminator, which is the line separating the dayside and nightside of the moon, close to the prominent Werner and Aliacensis Craters.
To find the lunar 'V', moongazers must follow the line of the terminator up to a point less than 10 degrees above the lunar equator to find the partially shadowed form of the Ukert Crater. Both objects can be spotted through a small backyard telescope with a 6-inch aperture, though a larger scope will help resolve detail in the myriad craters and broken terrain dotting the surrounding moonscapes.
TOP TELESCOPE PICK
Want to see the lunar X and V? The Celestron NexStar 4SE is ideal for beginners wanting quality, reliable and quick views of celestial objects. For a more in-depth look at our Celestron NexStar 4SE review.
Stargazers interested in exploring the lunar surface should check out our guides to the best telescopes and binoculars available in 2025. Photographers interested in capturing the moon's surface should also read our roundup of the best cameras and lenses for astrophotography.
This article was updated at 3:10 a.m. EDT (0810 GMT) on July 2 to change 'June 2' to the correct date of 'July 2'.
Editor's Note: If you capture a picture of the letters on the moon and want to share it with Space.com's readers, then please send your photo(s), comments, and your name and location to spacephotos@space.com.
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GeoVax Highlights Critical Role of Multi-Antigen COVID-19 Vaccines as Nimbus Variant Underscores Persistent and Evolving Public Health Threat
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GeoVax Highlights Critical Role of Multi-Antigen COVID-19 Vaccines as Nimbus Variant Underscores Persistent and Evolving Public Health Threat

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Rare object from beyond our solar system spotted zipping around Earth
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'If we all work together, I do think it's possible that we will get scientific accepted definitions of quantum advantage in the near future, and I hope that we can then turn them into more applied use cases that will grow the industry,' Gambetta said. 'Quantum advantage' usually refers to demonstrating the usefulness of quantum over classical computers. 'But useful is a very subjective term,' Gambetta said. In all likelihood, it will first apply to an academic problem, not a practical one. In this context, it may take more than one attempt to build consensus that it's not just another artificial or overly constrained scenario. Techcrunch event Save $450 on your TechCrunch All Stage pass Build smarter. Scale faster. Connect deeper. Join visionaries from Precursor Ventures, NEA, Index Ventures, Underscore VC, and beyond for a day packed with strategies, workshops, and meaningful connections. Save $450 on your TechCrunch All Stage pass Build smarter. Scale faster. Connect deeper. Join visionaries from Precursor Ventures, NEA, Index Ventures, Underscore VC, and beyond for a day packed with strategies, workshops, and meaningful connections. Boston, MA | REGISTER NOW Still, having a quantum computer execute a program that a classical computer can't simulate with the same accuracy would be an important step for the industry — and Qedma claims it is getting closer. 'It's possible that already within this year, we'll be able to demonstrate with confidence that the quantum advantage is here,' CEO and co-founder Asif Sinay said. With a doctorate in physics, Sinay previously worked as a physicist at Magic Leap, then a multi-billion-worth AR company with a large R&D center in Israel. Like the founders of several Israeli startups, from Metacafe to Wiz, he is also a Talpion — an alum from Israel's elite military program Talpiot, where one of his classmates was Lior Litwak. 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Recently, it also presented its collaboration with Japan's RIKEN on how to combine quantum with supercomputers. Image Credits:Qedma The joint Q2B Tokyo presentation was co-delivered by Qedma's CTO and third co-founder, Professor Netanel Lindner. An associate professor of theoretical physics and research group lead at Technion, he told TechCrunch he is hoping that some of his former doctorate students — or others they know — will join Qedma as part of the startup's hiring efforts. According to Sinay, Qedma will use the proceeds from its latest funding round to grow its team from around 40 to between 50 and 60 people. Some of these new recruits will be researchers and software engineers, but he said the startup also plans to hire for marketing and sales roles. 'We are selling our software to the end users, and our partners are the hardware manufacturers.' For hardware manufacturers like IBM, this software layer addresses the fact that a quant at a bank or a chemist who could leverage quantum are not experts in how to run circuits in the presence of noise. However, they know their respective domains and the conditions they want to set. 'So you want to be able to write the problem and say, I want it to run with this accuracy, I'm OK with this much usage of a quantum computer, and this much usage of a classical computer,' Gambetta said. 'They want [these] to be essentially little options that they can put into their software; and that's exactly what Qedma is doing, as well as some of [the] other partners we're working with.' Some researchers are already taking advantage of this via Qiskit Functions, or through partnerships that research institutions have established with Qedma and its industry peers. But the debate is still open as to when these experiments will become larger, and when quantum advantage will materialize for the broader world. Qedma hopes to accelerate the timeline by providing a shortcut. Unlike error correction at the computer level, which adds overhead that limits scalability, Qedma's approach doesn't require more quantum bits, or qubits. 'Our claim is that we can get quantum advantage even before a million qubits are achieved,' Lindner said. However, other companies are approaching that issue from different angles. For instance, French startup Alice & Bob raised $104 million earlier this year to develop a fault-tolerant quantum computer whose architecture relies on 'cat qubits,' which are inherently protected against certain errors, reducing the need for more qubits. But Qedma is not dismissive of the race for more qubits; since it acts as a booster either way, its team wants hardware to have as many qubits as possible, and the best qubits possible. In practice, though, it will be hard to maximize both at once, just like software-based error mitigation typically means longer runtimes. The best choice will depend on the specific task — but first, quantum will have to get to those tasks.

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