Partnership at a distance: Deep-frozen helium molecules illuminate quantum-mechanical tunnelling

As atomic physicists have now been able to confirm, over 75 percent of the time helium atoms are so far apart that their bond can be explained only by the quantum-mechanical tunnel effect.

(via WSJ)

ADVERTISEMENT

ADVERTISEMENT
Just in:
Andertoons by Mark Anderson for Thu, 25 Apr 2024 // Oman Seeks Growth Through Strategic Economic Alliances // PolyU forms global partnership with ZEISS Vision Care to expand impact and accelerate market penetration of patented myopia control technology // Galaxy Macau’s Sakura Cultural Festival Kicked off in Splendor // ESG Achievement Awards 2023/2024 is Open for Application, Celebrating Innovative Sustainable Practices and Responsible Risk Management // Ministry of Agriculture Supports Taiwanese Tea’s Entry into Singapore Market to Boost Global Presence // New Dynamics in Cryptocurrency Security: ZUHYX Builds the Strongest Fund Protection System // Telecom Giant Du Eyes Crypto Integration for FinTech Platform // Prince Holding Group’s Chen Zhi Scholarship Clinches Silver Stevie for CSR Excellence at Asia-Pacific Stevie Awards // DIFC Courts Cement Role as Top English Dispute Resolution Choice // Hong Kong Unveils April 30 Launch for Landmark Crypto ETFs // AVPN Charts Path Forward at 2024 Global Conference // Emirates to Embrace Electric Seaglider Travel // Lai & Turner Law Firm PLLC Welcomes Eric Strocen as Director of Family Law Division // Lee Chong Wei Shows Up On Chinese Hot cultural Talk Show “SHEDE Wisdom Talents”, Talking About “Crossing The Hill” // Booming Region Fuels Innovation Surge // GE Jun, Chairman and CEO of TOJOY, Delivers an Inspiring Speech: “Leaping Ahead Again” // Cairo Recognizes Arab World’s Creative Luminaries at Award Ceremony // Sharjah Census Gears Up for Final Enumeration Phase // Etihad Airways Announces Paris Service with A380 //