The uniqueness trap by Flyvbjerg, B, Budzier, A, Christodoulou, MD, Zottoli, M

Delivery of therapeutic carbon monoxide by gas-entrapping materials by Byrne, James D., Gallo, David, Boyce, Hannah, Becker, Sarah L., Kezar, Kristi M., Cotoia, Alicia T., Feig, Vivian R., Lopes, Aaron, Csizmadia, Eva, Longhi, Maria Serena, Lee, Jung Seung, Kim, Hyunjoon, Wentworth, Adam J., Shankar, Sidharth, Lee, Ghee Rye, Bi, Jianling, Witt, Emily, Ishida, Keiko, Hayward, Alison, Kuosmanen, Johannes L. P., Jenkins, Josh, Wainer, Jacob, Aragon, Aya, Wong, Kaitlyn, Steiger, Christoph, Jeck, William R., Bosch, Dustin E., Coleman, Mitchell C., Spitz, Douglas R., Tift, Michael, Langer, Robert, Otterbein, Leo E., Traverso, Giovanni

“…To address this unmet need, inspired by molecular gastronomy techniques, we have developed a family of gas-entrapping materials (GEMs) for delivery of CO to the GI tract. …”
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Size-suppressed dielectrics of Ge nanocrystals : skin-deep quantum entrapment by Goh, Eunice S. M., Yang, H. Y., Liu, Y., Chen, Tupei, Sun, Changqing

“…Here we show that theoretical reproduction of the measured dielectric suppression of Ge nanocrystals asserts that the dielectric suppression originates from the shorter and stronger bonds at the skin-deep surface, the associated local densification and quantum entrapment of energy. Coordination-imperfection induced local quantum entrapment perturbs the Hamiltonian that determines the band gap and hence, the process of electron polarization consequently.…”
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Beckett's trilogy: the trap of consciousness. by Chiang, Michelle Hui Ling

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Low‐Cost, High‐Pressure‐Synthesized Oxygen‐Entrapping Materials to Improve Treatment of Solid Tumors by Bi, Jianling, Witt, Emily, Voltarelli, Vanessa A., Feig, Vivian R., Venkatachalam, Veena, Boyce, Hannah, McGovern, Megan, Gutierrez, Wade R., Rytlewski, Jeffrey D., Bowman, Kate R., Rhodes, Ashley C., Cook, Austin N., Muller, Benjamin N., Smith, Matthew G., Ramos, Alexis Rebecca, Panchal, Heena, Dodd, Rebecca D., Henry, Michael D., Mailloux, Adam, Traverso, Giovanni, Otterbein, Leo E., Byrne, James D.

“…Toward overcoming these hurdles, gas‐entrapping materials (GeMs) that are capable of tunable oxygen release are formulated. …”
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Trapped photoelectrons during spacecraft charging in sunlight by Cahoy, K., Lai, S. T.

“…Differential charging of spacecraft surfaces can trap low-energy electrons by means of potential wells and barriers. …”
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Dynamic trapping and manipulation of biological cells with optical tweezers by Sun, Dong, Hu, Songyu., Cheah, Chien Chern, Li, Xiang

“…Therefore, the optical trapping fails when the cell is initially located far away from the laser beam or escapes from the optical trap during manipulation. …”
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Blind quantum computing with trapped ions and single photons by Drmota, P

Subjects: “…Trapped ions…”

Orbital angular momentum of structured vortex beams induced by intensity singularity by Hu, Juntao, Wei, Wenjun, Li, Xinzhong, Shen, Yijie, Zhan, Qiwen, Li, Guixin, Qian, Yixian

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Surface Friction and Spectroscopic Probes of New Physics with Trapped Ions by Counts, Ian T.

“…To trap a single ion under vacuum is to control a microscopic, isolated quantum laboratory. …”
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Indonesia’s presidential dilemma : can Jokowi avoid the accountability trap? by Chen, Jonathan

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Optically trapped room temperature polariton condensate in an organic semiconductor by Wei, Mengjie, Verstraelen, Wouter, Orfanakis, Konstantinos, Ruseckas, Arvydas, Liew, Timothy Chi Hin, Samuel, Ifor D. W., Turnbull, Graham A., Ohadi, Hamid

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Numerical model and experimental investigation on the optical trapping of microsphere sample by Muhammad Haer Jam Hari.

“…As such this project was designed to study one of the technologies developed since the early ‘80s by Arthur Ashkin; the optical trapping system which is now widely commercially available and often used in the study and field of biomedicine and bioengineering. …”
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Numerical study of trapped vortex combustors characteristics in small ramjets by Chen, Song

“…The results show that the optimal cavity size that traps a vortex inside can be determined by calculating the drag coefficient. …”
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Microfluidic metamaterial sensor: Selective trapping and remote sensing of microparticles by Shih, Kailing, Pitchappa, Prakash, Manjappa, Manukumara, Ho, Chong Pei, Singh, Ranjan, Lee, Chengkuo

“…We experimentally demonstrate the integration of a microfluidic trap array on top of metamaterial resonators for size selective trapping and remote sensing of microparticles. …”
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Entrapping of inclusions within carbon nanotubes during catalytic decomposition of C2H4 on a “thick” nickel film by Li, Feng Ji, Zhang, Sam, Sun, Geng Zhi, Kong, Jun Hua, Rawat, R. S., Ilyas, Usman, Li, Bo

“…The inclusions retained the face-centered-cubic crystalline structure of the as-sputtered nickel film. The entrapping of nickel inclusions is explained by a continuous tip growth model. …”
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Multi-trap energy states in GaN HEMTs : characterization and modeling by Binit Syamal, Zhou, Xing, Chiah, Siau Ben

“…The DC trap model is extended to capture the effect of MTE levels. …”
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Aspects of the management of cheetahs, Acinonyx jubatus jubatus, trapped on Namibian farmlands by Marker, L, Dickman, AJ, Mills, M, Macdonald, D

“…We examined cheetahs that were reported live-trapped or killed on Namibian farmlands between 1991 and 1999. …”

Robust and fast microwave-driven quantum logic for trapped-ion qubits by Weber, MA, Gely, MF, Hanley, RK, Harty, TP, Leu, AD, Löschnauer, CM, Nadlinger, DP, Lucas, DM

“…Microwave-driven logic is a promising alternative to laser control in scaling trapped-ion based quantum processors. We implement Mølmer-Sørensen two-qubit gates on ⁴³⁢Ca⁺ hyperfine clock qubits in a cryogenic ( ≈25 K) surface trap, driven by near-field microwaves. …”

Optical sideband spectroscopy of a single ion in a Penning trap by Mavadia, S, Stutter, G, Goodwin, JF, Crick, DR, Thompson, RC, Segal, DM

“…We perform resolved optical sideband spectroscopy on a single 40Ca+ ion in a Penning trap. We probe the electric quadrupole allowed S1/2 ↔ D5/2 transition at 729 nm and observe equally spaced sidebands for the three motional modes. …”