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Page 1: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 2: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 3: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 4: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 5: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 6: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 7: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 8: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 9: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 10: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 11: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 12: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 13: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 14: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 15: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 16: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 17: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 18: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 19: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 20: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 21: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
Page 22: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
ho y
Page 23: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
ho y
ho y
Page 24: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
Page 25: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 26: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
Page 27: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
ho y
Page 28: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 29: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
Page 30: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
Page 31: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 32: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
Page 33: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 34: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 35: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 36: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
Page 37: Steven Chu - Nobel Lecture · Steven Chu 125 in trapping micron-sized particles with a pair of opposing, focused beams of laser light, as shown in Fig. 2. Confinement along the axial
ho y
ho y
ho y

CONTESTING HISTORY OPPOSING VOICES

Attacking Opposing Expert Testimony

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OPPOSING TEAM ANALYSIS By Massimo Barbolini (Opposing Setter Analysis)

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Opposing V iews

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Cannabinol and cannabidiol exert opposing effects on rat ...centaur.reading.ac.uk/28010/1/CBN & CBD exert opposing effects on rat... · 1 1 Cannabinol and cannabidiol exert opposing

Opposing Force (OPFOR) Program · SUMMARY of CHANGE AR 350–2 Opposing Force (OPFOR) Program This revision dated 9 April 2004--o Defines the opposing force …

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The Opposing Side

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Blokh - Opposing

Opposing change

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Opposing & Condemning is different