Live Roundups Editor's Desk Insights Executive Ops Weather About 🔍
Home › Science › The Race to Dominate Space
Science

The Race to Dominate Space

Bloomberg Markets Thursday 05 November 2026, 05:14 UTC 1 min read
Key Points

The Race to Dominate Space Which country will send people to the moon next? China and the US are competing once again, but this time for dominance in space. Becoming a "space hegemon" would not only help China's global standing, but could also bolster its economy and military.

Nov 5th, 2026 The Race to Dominate Space Which country will send people to the moon next? China and the US are competing once again, but this time for dominance in space. Becoming a "space hegemon" would not only help China's global standing, but could also bolster its economy and military. Bruce Einhorn explains.
The Race to Dominate Space Nov 5th, 2026 The Race to Dominate Space (ORG) China (LOCATION) US (LOCATION) Bruce Einhorn (PERSON)
Originally published by Bloomberg Markets Read original →

Related Stories

Impact of Negative Weights on Performance in Reservoir Computing

arXiv:2611.06051v1 Announce Type: new Abstract: Reservoir computing provides an efficient framework for time-series prediction because only the readout layer is trained while the recurrent reservoir remains fixed. In this study, we examine how the negative sign ratio of a signed Erdos-Renyi reservoir affects the internal dynamics and forecasting performance of an echo state network on the Mackey-Glass benchmark. To characterize the reservoir responses, we use two Shannon-entropy-based...

arXiv Physics 1h ago

Single-sided lens terahertz flat-top beam shaping in the Fresnel region

arXiv:2611.06050v1 Announce Type: new Abstract: In this paper, a novel, to our knowledge, analytical approach is introduced for the design of a single-sided plano-convex lens (PCL) capable of terahertz (THz) flat-top beam shaping in the Fresnel region. The lens profile, derived from geometrical optics principles, integrates collimating and beam-shaping functions into a single optical surface, thereby simplifying fabrication. The efficiency of the method is demonstrated by designing two PCLs...

arXiv Physics 1h ago

The two-loop Lamb shift: the final missing contribution

arXiv:2611.05978v1 Announce Type: new Abstract: The last significant unknown contribution to the two-loop Lamb shift, namely the electron self-energy with vacuum-polarization insertion into the photon line, is determined including higher-order effects in the parameter $\alpha Z$, with $\alpha$ being the fine-structure constant and $Z$ the nuclear charge number. Our calculation improves the accuracy of theoretical predictions for energy levels and transition energies in heavy hydrogen-like...

arXiv Physics 1h ago

Estimation of Very High Energy Electron (VHEE) beam parameters using an in-air screen

arXiv:2611.05973v1 Announce Type: new Abstract: Very high energy electron (VHEE) beams offer several promising properties for radiotherapy. Accurate beam delivery requires a beam model that accounts for scattering along the beam propagation path.

arXiv Physics 1h ago