Filetype
Below are the templates and documentation needed to recruit new employees. Remember that new recruitment can take between 6 weeks and 6 months depending on the position and who you decide to employ, so be sure to start the recruitment process as early as possible. The process is initiated by completing the correct person specification and cover page (doc, new tab) and sending them to the human r
https://www.cgbkansli.lu.se/en/employee/recruitment - 2025-10-01
Print out the checklist to go through with the new employee. After going through the checklist, sign it and ask the employee to do the same, and then return it to the human resources administrator. Department of Geology Checklist doctoral student (doc, new tab) Checklist other (doc, new tab) Checklist doctoral scholarship (doc, new tab) Department of Physical Geography and Ecosystem Science (INES)
https://www.cgbkansli.lu.se/en/employee/introduction-new-employees - 2025-10-01
The process below must be followed for hourly employees. Be aware that appointments that will continue for more than three weeks must be advertised; see the Recruitment tab for more information. The following information is to be sent to the human resources administrator for intermittent employment (hourly employment) to be arranged: Name Personal identity number Address Email Hourly wage (excl
https://www.cgbkansli.lu.se/en/employee/hourly-employee - 2025-10-01
When receiving guests, an agreement for the visit must be completed and signed by the individual and the head of department. The signed agreement is then sent to the human resources administrator. Agreement for visit to Department of Geology (doc, new tab) Agreement for visit to INES (doc, new tab)
https://www.cgbkansli.lu.se/en/employee/guests - 2025-10-01
Application deadlines and information on grant applications: Faculty travel and research grants on Staff PagesBefore you can apply for a grant, you need to do a full cost calculation: Full cost calculation INES 156311 (xls, new tab)Full cost calculation GEOL 156350 (xls, new tab)Turn to your finance officer for assistance.Once the full cost calculation is ready, it needs to be signed by a finance
https://www.cgbkansli.lu.se/en/finances/apply-grant - 2025-10-01
Financial reporting All financial reporting must be approved/produced by a finance officer from the Office for the Department of Geology and the Department of Physical Geography and Ecosystem Science (CBG office). Travel expense reports Avoid out-of-pocket expenses and instead ask for an invoice for your purchases when possible. Travel expense reports for both domestic and international business t
https://www.cgbkansli.lu.se/en/finances - 2025-10-01
To make it easier to take care of any maintenance requests, we ask that any faults and requests regarding the building and rooms are sent to geocentrumservice [at] cgbkansli [dot] lu [dot] seBelow is a list of examples of what you could send :-Ventilation-Leaking faucet-Locks, both Salto and mechanical locks-Furniture, rearrangements-Cleaning- MovingPlease do not report these faults directly to Ak
https://www.cgbkansli.lu.se/en/maintenance-requests - 2025-10-01
You will find information here pertaining to your employment, including various processes and templates for human resource matters. You can click your way through the list to the left for additional information on each heading. For information on your employment, please see Staff Pages. There you will find information about working hours, salary/benefits, annual leave, sick leave, etc. If you h
https://www.cgbkansli.lu.se/en/employee - 2025-10-01
When and how to archive
https://www.cgbkansli.lu.se/en/archiving - 2025-10-01
We use the photoacoustic imaging technology platform to solve clinical problems while developing technology to make this possible. Skin Cancer Giant Cell Arthritis Reconstructive Surgery Gaze Tracking Strabismus Surgery Oxygen Saturation Breast Cancer Pediatric Surgery Heart Failure Amyloidosis Neonatal CNS Circulation
https://www.photoacoustics.lu.se/clinical-applications - 2025-10-01
Principal investigator: Professor Malin Malmsjö This project focus on evaluating and optimizing PA imaging as a method to detect and outline skin tumors. We are investigating the PA spectral signature of different tumor cells to enable automatic measurement of the tumor borders, and test the developed method in the clinical setting, ultimately developing PA imaging into a diagnostic tool for skin
https://www.photoacoustics.lu.se/skin-cancer - 2025-10-01
Measuring the oxygen saturation is of great value in a wide range of medical fields. For instance, tumor progression and malignancy is strongly dependent on tumor hypoxia. Monitoring of cerebral oxygen saturation can be used in the diagnosis of cerebral desaturations in stroke patients. In cardiovascular disease and diabetes the measurement of abnormalities of the microcirculation can monitor the
https://www.photoacoustics.lu.se/clinical-applications/oxygen-saturation - 2025-10-01
This project focus on evaluating and optimizing photoacoustic (PA) imaging as a method to non invasively diagnose giant cell arthritis. Giant cell arteritis (GCA) also known as temporal arteritis is a sight- and life-threatening, granulomatous large-vessel condition. Typical symptoms are headache, fever, fatigue, night sweats and weight loss. GCA may not only cause permanent loss of vision, but al
https://www.photoacoustics.lu.se/clinical-applications/giant-cell-arteritis - 2025-10-01
LSCI is a non-invasive technique to measure blood perfusion. The method that visualizes tissue blood perfusion in real time. The system uses an invisible 785 nm laser beam that is spread over the surface of the skin by a diffuser, creating a speckle pattern formed by random interference in the backscattered light from the area illuminated by the laser. Blood perfusion is calculated by analyzing th
https://www.photoacoustics.lu.se/welcome-photoacoustic-center/laser-speckle-contrast-imaging-lsci - 2025-10-01
Diffuse reflectance spectroscopy (DRS) utilizes white light with a known spectrum, which is guided to the surface of the skin via an optical fiber. As light penetrates into the tissue, photons either scatter or become absorbed where only a fraction of the injected photons manage to escape back from the skin surface. This light is captured by a second fiber and measured with a spectrometer. Dependi
https://www.photoacoustics.lu.se/platform/house-diffuse-reflectance-spectroscopy - 2025-10-01
Hyperspectral imaging has traditionally been employed for environmental monitoring where large swaths of land have been surveyed miles above from air planes. With the capability of resolving minute spectral changes in space, different types of vegetation and soils could be identified over large areas, which has been useful to recognize the prevalence of various crop diseases. Today, the method is
https://www.photoacoustics.lu.se/welcome-photoacoustic-center/hyperspectral-imaging - 2025-10-01
When employing optical characterization of human tissue it is important to obtain proper characteristics of all its constituents that coexist in a complex fashion. This requires that each constituent is isolated and measured independently to determine how it reacts to different wavelengths of light (primarily absorption). Besides the hyperspectral camera, we have a multispectral microscope which e
https://www.photoacoustics.lu.se/welcome-photoacoustic-center/multispectral-microscopy - 2025-10-01
Implement in-house state-of-the-art motion-tracking methods into our novel PAI application and evaluate its performance. During a scan, motion artifacts arise as a result of movements of the operator or the patient, and from breathing and tissue movements. To reduce movements of the operator and patient we have developed a transducer holder and stabilized the patient using a vacuum pillow (Sheikh
https://www.photoacoustics.lu.se/technical-development/motion-tracking - 2025-10-01
A key feature of photoacoustic imaging is its ability to illuminate tissue at multiple wavelengths, and thus record images with a spectral dimension. Spectral imaging allows sensing of intrinsic chromophores that can reveal physiological, cellular and subcellular functions. However, the identification of spectral signatures within images obtained at multiple wavelengths requires spectral unmixing
https://www.photoacoustics.lu.se/technical-development/spectral-unmixing - 2025-10-01
This project focus on evaluating and optimizing photoacoustic (PA) imaging as a method to detect and outline skin tumors. We are investigating the PA spectral signature of different tumor cells to enable automatic measurement of the tumor borders, and test the developed method in the clinical setting, ultimately developing PA imaging into a diagnostic tool for skin cancer. When operating tumors
https://www.photoacoustics.lu.se/clinical-applications/skin-cancer - 2025-10-01
