For the first time, scientists have dated dinosaur eggs that lay buried in rock for millions of years, using a groundbreaking new ‘atomic clock for fossils’ method. During the Cretaceous period, Earth...

While the global scientific community is considering the idea of revising the exact length of the second, the Quantum Technologies Center in Singapore has unveiled yet another contender for the title of the planet’s chief timekeeper. Tests of the latest lutetium atomic clock have shown that its oscillation rate not only meets existing standards but […] Post It doesn’t get any more accurate than this: A new atomic clock is aiming for a world record at Root-Nation.com.

Singapore's Centre for Quantum Technologies (CQT) has announced a breakthrough in atomic clock technology with the development of a lutetium-ion atomic clock that achieves unprecedented accuracy. According to research published in Nature on September 23, 2026, the clock would be off by no more than one second over 300 billion years, representing the highest accuracy reported for an optical atomic clock to date. The CQT team measured the frequency of their lutetium clock to 19 decimal places, reporting an uncertainty of 1 x 10^-19, the lowest for any optical atomic clock. They also built two identical clocks and compared their ticking over 200 hours, finding they agreed to an uncertainty of 5.7 x 10^-19, the most precise clock comparison ever recorded. The lutetium clock's exceptional stability comes from its minimal sensitivity to temperature and magnetic fields, allowing it to maintain accuracy across extreme environmental conditions from Death Valley to the Antarctic plateau. This stability could support studies of gravity and fundamental physics, while contributing data toward a possible redefinition of the second after 2030. The team, led by Associate Professor Murray Barrett, has worked with lutetium for over a decade, making them the only group currently using this element for timekeeping. The researchers plan to miniaturize the lab-scale clock into a transportable system, which could enable broader applications in fields such as geodesy and gravitational monitoring. The development represents a significant advancement in timekeeping technology, potentially paving the way for new standards in measuring time and fundamental physical constants.

Atomic clocks and their accuracy are crucial for exact time of day and global positioning in technology like smartphones, GPS, and computers. Now, researchers are working to boost...

Iran quantum laboratory launches have placed the country firmly on the global map for high-tech research and innovation.

NASA’s SpaceX 32nd commercial resupply services mission, scheduled to lift off from the agency’s Kennedy Space Center in April, is heading to the International Space Station with experiments that...

This new result contributes to the international effort to define the second with a much greater level of accuracy than before, enabling new scientific and technological advances

⏳ Is your watch lying to you? Think about this: you are aging at a different rate than the person sitting next to you. It sounds like science fiction, but it’s a hard physical reality proven by NASA’s twin study and atomic clock experiments. In this episode, we dive deep into the subjectivity of time—from the mind-bending physics of time dilation to the shocking historical moment when the Pope literally deleted 10 days from existence. We explore the Phantom Time Hypothesis, a controversial theory suggesting that nearly 300 years of our history might just be a clerical error (or a massive political conspiracy). What we cover: - 🚀 The Physics of Elastic Time: Why gravity and speed physically warp your personal timeline. - 📜 Chronopolitics: How the Gregorian calendar reform of 1582 created a historical void and why we might be living in a different century than we think. - 💻 The Digital Epochalypse: Why the Year 2038 problem (Y2K38) is a ticking time bomb for every 32-bit system on the planet. - 🌍 Negative Leap Seconds: How melting polar ice is actually changing how we measure a single day. Whether it’s the block universe hypothesis or the digital epochalypse, our collective understanding of a linear timeline is far more fragile than we care to admit. We aren't just following a clock; we are living inside a human-made construct that is starting to crack at the edges. 🔍 Can we actually trust the record of history, or is time just a social construct? Don't let your time run out! If you love unraveling the mysteries of theoretical physics and alternative history, make sure to subscribe and leave a review. Share this episode with someone who thinks they have a handle on their schedule—they’re in for a rude awakening. 🕰️✨  

Researchers in Japan have mapped how thorium-229 nuclei behave inside a crystal, helping clear a path toward a new generation of ultra-utlra-ultraprecise timekeepers.

Microchip has launched a new miniature atomic clock designed for use in the space industry, which features enhanced radiation resistance and an extended operating temperature range. This device is designed to maintain exceptionally accurate timekeeping on small spacecraft, particularly CubeSats and satellites operating in low Earth orbit (LEO), during periods when there is no access […] Post Microchip’s Space Breakthrough: Ultra-Stable Atomic Clock for Satellites Unveiled at Root-Nation.com.