@MikkoPartanen oli mukana tutkijaryhmässä, joka kutisti vettä laservalon avulla: ”Atomit pakkautuivat lähemmäs toisiaan ja aine tiivistyi. Ilmiö on vastakkainen säteilyn absorptiosta tavallisesti huoneenlämmössä seuraavalle lämpölaajenemiselle.” Lue lisää https://t.co/Y0aUQrEK1G
Researchers were able to measure how a #laser beam compresses #water 💧! That required among other things international research collaboration, a carefully controlled laser, and ultra-pure water between two glass plates. Read more 👉 https://t.co/KHOlVHrBVU @MikkoPartanen
Our paper on the measurement of the radiation pressure of light is out now @SciReports https://t.co/rXTurAS0J5. A large macroscopic mechanical oscillator was used in the measurement and a good agreement with the theory was achieved.
Our experimental paper, which is for me the first paper where I have carried out experiments, is now in a preprint stage @arxiv
https://t.co/C2AHfL8dLZ
@NJPhysics@PhysRevA A brief public summary of the results of our original work https://t.co/K0NbSKqPdm… can be found @OPNmagazine https://t.co/h70q2pou80
Our paper on the Lagrangian dynamics of the coupled field-medium state of light is out now @NJPhysics https://t.co/AXWJ3hMElQ. It presents a complementary approach to our previous works on the theory of light in a medium @PhysRevA https://t.co/ZAwJYqnhnQ https://t.co/oz9R5X2o9M