论文
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[1] 冯朝君,李新洲. Viscous Ricci Dark Energy. PHYSICS LETTERS B,2009,2009(680):355-358.
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[2] 冯朝君,李新洲. Towards a realistic solution of the cosmological constant fine-tuning problem by Higgs inflation. PHYSICAL REVIEW D,2014,90(10):103009(1-5).
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[3] 冯朝君,李新洲. Take up the challenge for a single field inflation after BICEP2. MODERN PHYSICS LETTERS A,2014,29(36):1450197(1-13).
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[4] 冯朝君,李新洲,刘丽艳. Bifurcation and global dynamical behavior of the f(T) theory. MODERN PHYSICS LETTERS A,2014,29(7):1450033(1-17).
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[5] 冯朝君,李新洲,翟向华. Casimir Effect under Quasi-Periodic Boundary Condition Inspired by Nanotubes. MODERN PHYSICS LETTERS A,2014,29(2):1450004(1-10).
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[6] 冯朝君,李新洲. Is Cosmological Constant Needed in Higgs Inflation?. PHYSICS LETTERS B,2014,738(057):254-257.
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[7] 翟向华,林瑞辉,冯朝君,李新洲. Some Developments of the Casimir Effect in p-Cavity of (D + 1)-Dimensional Spacetime. INTERNATIONAL JOURNAL OF MODERN PHYSICS A,2014,29(36):1430068.
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[8] 冯朝君,李新洲. Quantum spring. INTERNATIONAL JOURNAL OF MODERN PHYSICS C,2012,2012(07):165-173.
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[9] 冯朝君,李新洲. Ricci Dark Energy in braneworld models with a Gauss-Bonnet term in the bulk. PHYSICS LETTERS B,2009,2009(679):151-155.
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[10] 翟向华,冯朝君,林瑞辉,李新洲. Some developments of the Casimir effect in p-cavity of (D+1)-dimensional space-time. INTERNATIONAL JOURNAL OF MODERN PHYSICS A,2014,2014(29):1430068.
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[11] 翟向华,李新洲,冯朝君. The Casimir force of quantum spring in the (D+1)-dimensional space-time. MODERN PHYSICS LETTERS A,2011,2011(26):669-679.
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[12] 冯朝君,李新洲. 黏滞性流体与宇宙年龄问题. 中国科学A辑,数学、物理学、天文学,2011,2011(41):1378-1384.
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[13] 冯朝君,李新洲,沈贤勇. Latest Observational Constraints to the Ghost Dark Energy Model by Using Markov Chain Monte Carlo Approach. PHYSICAL REVIEW D,2013,2013(87):023006.
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[14] 冯朝君,李新洲,刘道军. k-Inflation in noncommutative space–time. EUROPEAN PHYSICAL JOURNAL C,2015,2015(75):42.
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[15] 冯朝君. Quantum spring from the Casimir effect. PHYSICS LETTERS B,2010,691(3):167–172.
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[16] 冯朝君. Preventing eternality in phantom inflation. PHYSICAL REVIEW D,2010,82(2):023526.
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[17] 冯朝君. Non-gaussianity with Lagrange multiplier field in the curvaton scenario. JOURNAL OF COSMOLOGY AND ASTROPARTICLE PHYSICS,2010,2010(10):027.
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[18] 冯朝君. Is non-minimal inflation eternal?. NUCLEAR PHYSICS B,2010,84(1):178–187.
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[19] 冯朝君. Thermodynamic origin of the Cardassian universe. PHYSICAL REVIEW D,2011,83(12):123527.
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[20] 冯朝君. Fermionic Casimir effect with helix boundary condition. EUROPEAN PHYSICAL JOURNAL C,2011,71(5):1654.
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[21] 冯朝君. CASIMIR EFFECT WITH A HELIX TORUS BOUNDARY CONDITION. MODERN PHYSICS LETTERS A,2011,26(26):1953.
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[22] 冯朝君. THERMODYNAMIC OF THE GHOST DARK ENERGY UNIVERSE. MODERN PHYSICS LETTERS A,2012,27(31):1250182.
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[23] 冯朝君. Global behavior of cosmological dynamics with interacting Veneziano ghost. JOURNAL OF HIGH ENERGY PHYSICS,2012,46(5):46.
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[24] 冯朝君. Title: A new class of parametrization for dark energy without divergence. JOURNAL OF COSMOLOGY AND ASTROPARTICLE PHYSICS,2012,2012(9):023.
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[25] 冯朝君,翟向华,李新洲,葛飞飞,林瑞辉. Towards realistic f(T) models with nonminimal torsion-matter. PHYSICAL REVIEW D,2015,92(10):104038.
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[26] 翟向华,林瑞辉,冯朝君,李新洲. Action functional of Cardassian universe. PHYSICAL REVIEW D,2017,95(10):104030.
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[27] 冯朝君. PROBING THE EXPANSION HISTORY OF THE UNIVERSE BY MODEL-INDEPENDENT RECONSTRUCTION FROM SUPERNOVAE AND GAMMA-RAY BURST MEASUREMENTS. ASTROPHYSICAL JOURNAL,2016,821(30):1-10.
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[28] 李新洲,冯朝君,沈贤勇. Thermodynamic of the ghost dark energy universe. MODERN PHYSICS LETTERS A,2012,2012(27):1250182.
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[29] 李新洲,冯朝君,沈贤勇,李平. A new class of parametrization for dark energy without divergence. JOURNAL OF COSMOLOGY AND ASTROPARTICLE PHYSICS,2012,2012(1210):001.
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[30] 冯朝君. Latest observational constraints to the ghost dark energy model by using the Markov chain Monte Carlo approach. PHYSICAL REVIEW D,2013,87(2):023006.
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[31] 程乔斌,冯朝君,翟向华,李新洲. Artificial Neural Network for Constructing Type Ia Supernovae Spectrum Evolution Model. PHYSICAL REVIEW D,2018,97(123530):1-8.
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[32] 李平,黄洋,冯朝君,李新洲. Superradiant instabilities for a charged black hole in de Rham-Gabadadze-Tolley theory. PHYSICAL REVIEW D,2020,102(2):024063.
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[33] 冯朝君,翟向华,李新洲. Multi-pole dark energy. Chinese Physics C,2020,44(10):105103-1-9.
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[34] 王纪尧,冯朝君,翟向华,李新洲. Solar System Tests of a New Class of f(z) Theory. INTERNATIONAL JOURNAL OF MODERN PHYSICS D,2020,29(8):2050060,1-21.
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[35] 冯朝君,翟向华,李新洲. Generalized quantum spring. MODERN PHYSICS LETTERS A,2020,35(12):2050088:1-14.
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[36] 程乔斌,冯朝君,翟向华,李新洲. Artificial neural network spectral light curve template for type Ia supernovae and its cosmological constraints. MODERN PHYSICS LETTERS A,2021,36(21):2150149-1-16.
科研项目
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[1] 冯朝君.上海市晨光计划:宇宙原初扰动谱的理论研究,在研.
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[2] 冯朝君.国家自然科学基金(主任基金项目):非均匀时空对宇宙加速膨胀现象的重新诠释,结题.
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[3] 冯朝君,沈贤勇.国家自然科学基金(青年科学基金项目):暴胀宇宙学和暗能量的理论研究与数据分析,结题.
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[4] 冯朝君.上海市自然科学基金:含有粘性物质组分的非均匀宇宙,结题.
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[5] 翟向华,奚萍,冯朝君,敖犀晨,秦智袖,杨洋,赖颉.教育部科学技术研究重点项目:真空能及其应用基础(教育部),在研.
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