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Malin Oud - The Raoul Wallenberg Institute of Human Rights and Humanitarian Law

Malin Oud - The Raoul Wallenberg Institute of Human Rights and Humanitarian Law Skip to content Search for: Search Button Home About Us Who We Are Our History About Raoul Wallenberg Our Theory of Change Staff Opportunities Annual Reports Whistleblower Our work What we do Multi-Disciplinary Research Higher Education Strategic Advice and Analysis Outreach Evaluation of Programme Work Methods Focus A

https://rwi.lu.se/staff/malin-oud/ - 2025-09-20

Intressekonflikter i Investmentbanker

Due to the recent financial turmoil we have noticed how exposed our financial situations are. Not only the financial market has been affected but also major socio-economic crises have risen as a result of the recession. Despite this, there is a willingness to take part in trading on the financial market. Considerable amount of money is involved in the securities market which makes it obvious that Due to the recent financial turmoil we have noticed how exposed our financial situations are. Not only the financial market has been affected but also major socio-economic crises have risen as a result of the recession. Despite this, there is a willingness to take part in trading on the financial market. Considerable amount of money is involved in the securities market which makes it obvious that

Amanda Sonnerfeldt

Senior lecturer, Assistant head Accounting and Corporate Finance, Department of Business Administration Contact details Email: amanda [dot] sonnerfeldt [at] fek [dot] lu [dot] se Phone: +46 46 222 94 34Organisation Accounting and Corporate Finance Room number: Alfa1:3110 Service point: 10 WebpageAmanda Sonnerfeldts profile in Lund University research portalOther affiliations Assistant head of depa

https://www.lusem.lu.se/amanda-sonnerfeldt - 2025-09-20

Radiative lifetime measurements of even-parity levels of singly ionized erbium

Radiative lifetime measurements were performed by time-resolved laser-induced fluorescence (LIF) technique for eight even-parity levels of the astrophysically important ion Er+ over the energy range from 33753 to 55317 cm(-1). Free erbium ions were generated by a laser-induced plasma. A narrow bandwidth UV laser pulse (1 ns) was employed to populate selectively the short-lived upper levels, and th