Visualization 1 shows the spectrum of the mode hop free tunable laser with continuously altering while the wave crests passing on the F-P interferometer.

The MYC and RAS oncogenes are sufficient for transformation of normal rodent cells. This cooperativity is at least in part based on suppression of RAS-induced cellular senescence by MYC and block of MYC-induced apoptosis by RAS – thereby canceling out two main barriers against tumor development. However, it remains unclear whether MYC and RAS cooperate in this way in human cells, where MYC and RAS are not sufficient for transformation. To address this question, we...

When a 980 nm laser with the out power of 12.743 mW is coupled to the structure via MMF, the bubble moves down vertically and then suspends in the thick HCF. When the laser is turned off, the micro-bubble returns to the top of the thick HCF.

Article full text The above features represent the opinions of the authors. For a full list of declarations, including funding and author disclosure statements, please see the full text online (see “read the peer-reviewed publication” opposite). © The authors, CC-BY-NC 2022

Visualization 1 shows the spectrum of the mode hop free tunable laser with continuously altering while the wave crests passing on the F-P interferometer.

Animation of FIg. 3

Animation of FIg. 3

After the driven power is increased to 17.570 mW, the bubble takes 1.1 s to move to the bottom of the thick HCF and subsequently stays still. When the laser is turned off, the micro-bubble returns to the top of the thick HCF after 1.0 s.

The MYC and RAS oncogenes are sufficient for transformation of normal rodent cells. This cooperativity is at least in part based on suppression of RAS-induced cellular senescence by MYC and block of MYC-induced apoptosis by RAS – thereby canceling out two main barriers against tumor development. However, it remains unclear whether MYC and RAS cooperate in this way in human cells, where MYC and RAS are not sufficient for transformation. To address this question, we...

Article full text The above features represent the opinions of the authors. For a full list of declarations, including funding and author disclosure statements, please see the full text online (see “read the peer-reviewed publication” opposite). © The authors, CC-BY-NC 2022

When a 980 nm laser with the out power of 12.743 mW is coupled to the structure via MMF, the bubble moves down vertically and then suspends in the thick HCF. When the laser is turned off, the micro-bubble returns to the top of the thick HCF.

After the driven power is increased to 17.570 mW, the bubble takes 1.1 s to move to the bottom of the thick HCF and subsequently stays still. When the laser is turned off, the micro-bubble returns to the top of the thick HCF after 1.0 s.

Article full text The above features represent the opinions of the authors. For a full list of declarations, including funding and author disclosure statements, please see the full text online (see “read the peer-reviewed publication” opposite). © The authors, CC-BY-NC 2022