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Arrival time in quantum mechanics

Physics reports, 2000, Vol.338 (4), p.353-438

2000

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Reply to Comment on: “On the ‘standard’ quantum-mechanical approach to times of arrival” [Phys. Lett. A 313 (2003) 498]

Physics letters. A, 2005-10, Vol.345 (4), p.251-257

Leavens, C.R.

2005

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Role of FDG-PET as an Early Imaging Biomarker of Esophagitis and Pneumonitis During the Course of Radiation Therapy for Lung Cancer

International journal of radiation oncology, biology, physics, 2012-11, Vol.84 (3), p.S600-S600

2012

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Analysis of Serial FDG 4DPET Images Acquired During Radiation Therapy in Advanced Lung Cancer Patients

International journal of radiation oncology, biology, physics, 2012-11, Vol.84 (3), p.S175-S176

2012

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Weak Measurements from the Point of View of Bohmian Mechanics

Foundations of physics, 2005-03, Vol.35 (3), p.469-491

Leavens, C. R.

2005

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On the “standard” quantum mechanical approach to times of arrival

Physics letters. A, 2002-10, Vol.303 (2), p.154-165

Leavens, C.R.

2002

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Spatial nonlocality of the “standard” arrival-time distribution

Physics letters. A, 2005-04, Vol.338 (1), p.19-27

Leavens, C.R.

2005

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Golay Pulse Encoding for Microbubble Contrast Imaging in Ultrasound

IEEE transactions on ultrasonics, ferroelectrics, and frequency control, 2007-10, Vol.54 (10), p.2082-2090

2007

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PO-0745 CAN FDG PET DURING THE COURSE OF RADIATION THERAPY FOR LUNG CANCER PREDICT FOR ESOPHAGITIS AND PNEUMONITIS OUTCOME?

Radiotherapy and oncology, 2012-05, Vol.103, p.S289-S289

2012

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Comparison of Two NTCP Models in Terms of Impact on the Maximum Prescription Dose which can be Prescribed in NSCLC Dose Escalation Protocols

International journal of radiation oncology, biology, physics, 2011, Vol.81 (2), p.S607-S607

2011

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Poster — Thur Eve — 20: Serial FDG 4DPET imaging during radiotherapy in advanced lung cancer patients

Medical physics (Lancaster), 2012-07, Vol.39 (7), p.4628-4628

2012

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Dosimetric Effects Of Interfractional Patient Setup Error On Target And Spinal Canal Dose In Locally Advanced Lung Cancer Patients

International journal of radiation oncology, biology, physics, 2011, Vol.81 (2), p.S831-S831

2011

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Fast B-Flow Imaging: A Method for Improving Frame Rate in Golay Coded B-Flow Imaging

IEEE transactions on ultrasonics, ferroelectrics, and frequency control, 2007-11, Vol.54 (11), p.2272-2282

2007

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SU‐GG‐I‐89: Automatic Segmentation of Risk Structures

Medical Physics, 2008-06, Vol.35 (6), p.2662-2662

2008

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Arrival time distributions and perfect absorption in classical and quantum mechanics

Physics letters. A, 1999-03, Vol.253 (1), p.21-27

1999

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TH‐D‐332‐03: Optimization of Landmark Detection for Auto‐Contouring in Radiation Treatment Planning for Head and Neck Cancer

Medical Physics, 2008-06, Vol.35 (6), p.2991-2991

2008

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Arrival time distributions

Physics letters. A, 1993-07, Vol.178 (1), p.27-32

Leavens, C.R

1993

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On Wigner's directed arrival-time distributions for Dirac electrons

Physics letters. A, 2000-07, Vol.272 (3), p.160-165

Leavens, C.R

2000

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Space-time properties of free-motion time-of-arrival eigenfunctions

Physical review. A, Atomic, molecular, and optical physics, 1998-12, Vol.58 (6), p.4336-4344

1998

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The “tunneling time problem”: fundamental incompatibility of the Bohm trajectory approach with the projector and conventional probability current approaches

Physics letters. A, 1995-01, Vol.197 (2), p.88-94

Leavens, C.R.

1995

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Is the peculiar spatial nonlocality of the “standard” arrival-time distribution an artifact of using a nonrelativistic approach?

Physics letters. A, 2007-03, Vol.362 (4), p.256-259

Leavens, C.R.

2007

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Bohm trajectory and Feynman path approaches to the “Tunneling time problem”

Foundations of physics, 1995-02, Vol.25 (2), p.229-268

Leavens, C. R.

1995

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Transmission, reflection and dwell times within Bohm's causal interpretation of quantum mechanics

Solid state communications, 1990-06, Vol.74 (9), p.923-928

Leavens, C.R.

1990

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On the Olkhovsky-Recami approach to the “tunneling time problem”

Solid state communications, 1993, Vol.85 (2), p.115-119

Leavens, C.R.

1993

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On constructing the wave function of a quantum particle from its Wigner phase-space distribution function

Physics letters. A, 2001-02, Vol.280 (4), p.163-172

2001

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Arrival time in quantum mechanics

Reply to Comment on: “On the ‘standard’ quantum-mechanical approach to times of arrival” [Phys. Lett. A 313 (2003) 498]

Role of FDG-PET as an Early Imaging Biomarker of Esophagitis and Pneumonitis During the Course of Radiation Therapy for Lung Cancer

Analysis of Serial FDG 4DPET Images Acquired During Radiation Therapy in Advanced Lung Cancer Patients

Weak Measurements from the Point of View of Bohmian Mechanics

On the “standard” quantum mechanical approach to times of arrival

Spatial nonlocality of the “standard” arrival-time distribution

Golay Pulse Encoding for Microbubble Contrast Imaging in Ultrasound

PO-0745 CAN FDG PET DURING THE COURSE OF RADIATION THERAPY FOR LUNG CANCER PREDICT FOR ESOPHAGITIS AND PNEUMONITIS OUTCOME?

Comparison of Two NTCP Models in Terms of Impact on the Maximum Prescription Dose which can be Prescribed in NSCLC Dose Escalation Protocols

Poster — Thur Eve — 20: Serial FDG 4DPET imaging during radiotherapy in advanced lung cancer patients

Dosimetric Effects Of Interfractional Patient Setup Error On Target And Spinal Canal Dose In Locally Advanced Lung Cancer Patients

Fast B-Flow Imaging: A Method for Improving Frame Rate in Golay Coded B-Flow Imaging

SU‐GG‐I‐89: Automatic Segmentation of Risk Structures

Arrival time distributions and perfect absorption in classical and quantum mechanics

TH‐D‐332‐03: Optimization of Landmark Detection for Auto‐Contouring in Radiation Treatment Planning for Head and Neck Cancer

Arrival time distributions

On Wigner's directed arrival-time distributions for Dirac electrons

Space-time properties of free-motion time-of-arrival eigenfunctions

The “tunneling time problem”: fundamental incompatibility of the Bohm trajectory approach with the projector and conventional probability current approaches

Is the peculiar spatial nonlocality of the “standard” arrival-time distribution an artifact of using a nonrelativistic approach?

Bohm trajectory and Feynman path approaches to the “Tunneling time problem”

Transmission, reflection and dwell times within Bohm's causal interpretation of quantum mechanics

On the Olkhovsky-Recami approach to the “tunneling time problem”

On constructing the wave function of a quantum particle from its Wigner phase-space distribution function

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