The Averaged Null Energy Condition and the Madelung Constant for Cold Dark Matter and Energy

Articles in the same Issue

1. Effects of Heat Transfer and Nonlinear Slip on the Steady Flow of Couette Fluid by Means of Chebyshev Spectral Method
2. Darboux Transformation and Exact Solutions of the Continuous Heisenberg Spin Chain Equation
3. The Averaged Null Energy Condition and the Madelung Constant for Cold Dark Matter and Energy
4. Stochastic Soliton Solutions of the High-Order Nonlinear Schrödinger Equation in the Optical Fiber with Stochastic Dispersion and Nonlinearity
5. Cooling of a Hot Stretching Surface in the Presence of Across Mass Transfer Phenomenon in a Channel Flow
6. Hall and Ohmic Heating Effects on the Peristaltic Transport of a Carreau–Yasuda Fluid in an Asymmetric Channel
7. First-Principles Investigations on Structural, Elastic, and Thermodynamic Properties of Ce-La Alloys Under High Pressure
8. A Wheel-Switch Selective Image Encryption Scheme Using Spatiotemporal Chaotic System
9. Robust Stochastic Stability of Discrete-Time Markovian Jump Neural Networks with Leakage Delay
10. Comparison of Numerical Methods of the SEIR Epidemic Model of Fractional Order
11. Kaluza–Klein Cosmological Model, Strange Quark Matter, and Time-Varying Lambda
12. Lithium Isotope Effects upon Electrochemical Release from Lithium Cobalt Oxide to Non-Lithium Electrolyte Solution
13. Meson Yield from Bombarding Light Nuclei with Alpha Particles
14. Koppe’s Work of 1948: A Fundamental for Non-Equilibrium Rate of Particle Production
15. Majorana Fermions on a Lattice and a Matrix Problem