Quantum Computing, Lunar Cycles, and Primate Cloning Breakthroughs

Quantum Computing Innovations

• 💡 Physicist Michelle Simmons was named Australian of the Year for her work leading a team at the University of New South Wales.
• 🚀 Her team is building a quantum computer using silicon, a material already foundational for traditional computers.
• 🔬 A significant achievement in 2012 was creating a transistor from a single atom, pushing the limits of Moore's Law.
• 🇦🇺 Simmons notes that Australian science offers more freedom and collaboration than the UK or US, but needs to overcome a lack of innovation focus and distrust between industry and academia.

Lunar Influence on Menstrual Cycles

• 🌕 The recent blue blood supermoon sparked discussion about the full moon's potential effect on female menstrual flow.
• ⏳ While the average moon cycle (29.5 days) is similar to the average menstrual cycle, women's cycles vary widely (21-35 days).
• 📊 Older studies from 1987 and 1980 suggested a statistical link for a minority of women (around 28%) with 29.5-day cycles.
• 🧠 Theories involving melatonin hormone or the moon's gravitational pull are largely dismissed due to artificial light and the physics of gravity.
• ❌ There is no scientific evidence to support a direct, widespread synchronicity between the full moon and human menstrual cycles or birth rates.

Advances in Primate Cloning

• 🐒 Scientists in China successfully cloned two macaque monkeys, Zhong Zhong and Hua Hua, using a modified technique.
• 🧬 This differs from earlier "cloning" efforts like the rhesus monkey Tetra (1999), which involved embryo splitting (similar to identical twins).
• 🐑 The new method is a modified version of the Somatic Cell Nuclear Transfer (SCNT) technique used for Dolly the sheep, but it currently requires embryonic monkey cells, not adult cells.
• 🎯 The primary goal is to create genetically identical monkey lines for medical testing of drugs and procedures, reducing variability found in wild-caught monkeys.
• ⚠️ Despite the breakthrough, the procedure has a very low success rate, with only two successful births from 79 implanted embryos.