Lighting Research & Technology

Papers
(The TQCC of Lighting Research & Technology is 3. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-04-01 to 2025-04-01.)
ArticleCitations
Editorial: The next generation of lighting calculations75
Conceptualising innovative lighting interventions for suicide, trespass and risky behaviour on the railway54
In praise of persistence26
Context-aware lighting for office lounge with simple algorithm24
Visual cues to interpersonal evaluations for pedestrians23
Light source spectrum influences long-term flowering cycles and visual appearance in African violet (Saintpaulia ionantha Wendl.)20
Life cycle cost analysis of LED retrofit and luminaire replacements for four-foot T8 troffers20
Standard observer watts: Evaluating the efficiency of circadian-effective luminaires using a standard observer methodology16
Effects of inter-reflections on the chromatic structure of the light field15
Establishing optimal illuminance for pedestrian reassurance using segmented regression15
‘The window area shall be at least one-tenth of the area of the room’: The origins of a daylight (and ventilation) requirement in modern building codes12
A review of integrative dynamic lighting and associated well-being impact for people living with dementia12
Recommendations for light-dosimetry field studies based on a meta-analysis of personal light levels of office workers11
Visibility of the phantom array effect at different LED colour temperatures under high-frequency temporal light modulation11
Algorithm for real-time colour mixing of a five-channel LED system while optimising spectral quality parameters11
Editorial: Pedestrian perils10
Influence of automotive headlamp systems on the visibility of targets under different road lighting conditions9
What to measure and report in studies of discomfort from glare for pedestrian applications9
Towards a wider adoption of EN 17037: A Scandinavian perspective8
Opinion: Daylight in homes must be safeguarded8
Theory and simulation of calculating local illuminance density based on high dynamic range panoramic maps7
Editorial: Lighting and health7
The effect of light directionality on alertness and cognitive performance during post-lunch dip7
Opinion: Tailoring the lighting environment for a healthier ocular growth7
Visibility and annoyance of the phantom array effect varies with age and history of migraine7
Towards a framework for light-dosimetry studies: Methodological considerations6
Corrigendum6
Editorial: Assumptions are what we do not know we are making6
Research note: Variation of the effect of ambient light level on crime frequency with type of crime and location6
The effect of changes in light level on the numbers of cyclists6
Grayscale−luminance converting polynomial function for digital images to determine Feu and Lav in a low-contrast artificial lit space6
Correspondence: Designing and specifying light for melatonin suppression, non-visual responses and integrative lighting solutions – establishing a proper bright day, dim night metrology6
Colour discrimination scores combining colour fidelity and gamut area characteristics5
Multi-criteria decision-making methods for labelling energy, visual and circadian performance of LED lighting products5
Editorial: A better future5
Editorial: What can we learn from the lighting in homes?5
Comment on: Predicting discomfort from glare with pedestrian-scale lighting: A comparison of candidate models using four independent datasets, by Abboushi, Fotios and Miller5
Our skies are too grey: Where is the colour?5
Opinion: Progress through a Pandemic5
Comparison and validation of neural network models to estimate LED spectral power distribution5
Towards a framework for light-dosimetry studies: Quantification metrics5
Implementing integrative lighting in conventional office luminaires: Effects on melatonin secretion and sleepiness5
From luminance to brightness: A data-driven approach to support brightness assessments in open plan offices5
Photon flow: A three-dimensional expression of the light field using volume photon mapping4
Effects of blue-enriched white light with same correlated colour temperature on visual fatigue4
Predicting discomfort from glare with pedestrian-scale lighting: A comparison of candidate models using four independent datasets4
The impact of road lighting on road user alertness in the evening4
Opinion: The need for intensive longitudinal data to advance translational research in the domain of light and health4
Digital implementations for determination of temporal light artefacts of LED luminaires4
Editorial: Effects of human light exposure on beyond-vision outcomes in different types of built environments4
Defining daytime in the day-dark approach to measuring the pedestrian reassurance of road lighting4
Space of basis functions to retrieve road surface reflection tables from luminance maps3
Research note: On relation between photopic luminous efficacy and colour rendering of LED strips3
Lighting measurement with a 360° panoramic camera: Part 2 – Applications3
Incorrect categorisation of ambient light level at the time of a road traffic collision3
Untangling light in noisy luminous environments3
Opinion: Your part in the next tracking revolution3
Effects of lighting on task performance, stress and thermal sensation in working environments3
Corrigendum to Four minutes might not be enough for color temperature of light to affect subjective sleepiness, mental effort, and light ratings3
Comparison of questionnaire items for discomfort glare studies in daylit spaces3
Exploring relationships between soundscape and lightscape perception: A case study around the Colosseum and Fori Imperiali in Rome3
Opinion: How to foster a motivating ecosystem for our next generation3
Influence of dynamic LED irradiation mode on the content of nitrates, structural and functional characteristics of lettuce plants3
Determining scalar illuminance from cubic illuminance data. Part 2: Tests in real lighting environments and an approach to improve its accuracy3
Using relative visual performance to predict performance of an interpersonal evaluation task with variation in adaptation luminance, observer age, skin tone, pavement reflection and interpersonal dist3
How can electric lighting contribute to human health and well-being?3
Sky luminance distribution model based on the information method and ant colony system3
Correspondence: A panoramic light meter3
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