But when a deleted scene from The Place Beyond the Pines featuring Gosling stripping was released over the weekend, we didn’t know what hit us. We knew his pale blue eyes can move mountains with a single blink, and we hoped and prayed that whatever lives beneath those hipster skinny jeans would make us swoon. Ryan Gosling in The Place Beyond the Pines (deleted scene) The original Mad Man, The Hammaconda, Free-Range Hamm, baloney pony-while the appropriate name for Jon Hamm’s bulge will be disputed for years to come, one thing is certain: it’s huge, and it’s glorious.ġ. He was reportedly laughing and groaning during the interview, but appeared to have fun with it.
MASSIVE BULGE FREE
But alas, the only mildly porny drama features no nudity, unless you count Efron’s bouncing manhood struggling to break free from the confinements of his cotton undergarments. Crawford first spoke out about the shocking promo picture when it was released in 2019. While all the men deserve honorable mentions, we award Joe Manganiello (gold) Matthew McConaughey (silver), and Channing Tatum (bronze) with the highest honors.Ī flick called The Paperboy starring High School Musical’s Zac Efron prancing around in nothing more than sheer tighty whities screams porno. You knew it was coming (SORRY), but we couldn’t create a compendium of memorable bulges without noting the entire cast of Magic Mike. Since the overall cosmic stellar and BH mass buildup trace each other tightly over time, our scenario of bulge formation in massive galaxies is independent of any strong BH feedback and means that the mechanism coupling BH and bulge mass until the present is very indirect.īased on observations with the NASA/ESA Hubble Space Telescope, obtained at the Space Telescope Science Institute, which is operated by AURA, Inc., under NASA contract NAS 5-26555, the XMM-Newton telescope, an ESA science mission with instruments and contributions directly funded by ESA Member States and NASA, the European Southern Observatory under Large Program 175.A-0839, the Magellan Telescope which is operated by the Carnegie Observatories, and the Subaru Telescope, which is operated by the National Astronomical Observatory of Japan.The junk itself is less than glorious, but the neon green mankini thong is hard not to notice, from the front or the back.
During an episode that aired last week, the apparent outline of. Merging, in addition to redistributing mass in the galaxy, will add both BH and stellar/bulge mass, but does not change the overall final M BH/M *,bulge ratio. Viewers of Nick Cannon’s eponymous talk show were left stunned after they spotted what appeared to be a massive bulge in his pants.
Since all necessary stellar mass exists in galaxies at z = 1.4, no star formation or addition of external stellar material is required, but only a redistribution, e.g., induced by minor and major merging or through disk instabilities. However, (2) since we have evidence for substantial disk components, the bulges of massive galaxies (M *,total = 11.1 ± 0.3 or log M BH ~ 8.3 ± 0.2) must have grown over the last 9 Gyr predominantly by redistribution of the disk into the bulge mass. Computer simulations suggest that this happens regardless of the mass of the black hole and the amount of gas around it. Our interpretation is (1) if our objects were purely bulge-dominated, the M BH-M *,bulge relation has not evolved since z ~ 1.4. We find within errors zero difference between the M BH-M *,total relation at z ~ 1.4 and the M BH-M *,bulge relation in the local universe. All objects have virial M BH estimates available from the COSMOS Magellan/IMACS and zCOSMOS surveys. For 10 AGNs at mean redshift z ~ 1.4 with both Hubble Space Telescope (HST)/ACS and HST/NICMOS imaging data, we are able to compute the total stellar mass M *,total, based on rest-frame UV-to-optical host galaxy colors which constrain mass-to-light ratios. We constrain the ratio of black hole (BH) mass to total stellar mass of type-1 active galactic nuclei (AGNs) in the COSMOS survey at 1 < z < 2.
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