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11 Jul 2024: The only object that can be so massive is a black hole, with a mass at least 8,200 times that of our Sun.”</p> <p>Several studies have suggested the

11 Jul 2024: Adding new baselines with lengths beyond 200 meters significantly enhances VLTI's capabilities, increasing the number of detectable exoplanets and revealing potential habitable zone candidates such as $tau$ Ceti e and

11 Jul 2024: Besides, the detection rate of Pop III BBH mergers involving at least one intermediate-mass BH above $100 rm M_odot$ by the Einstein Telescope is $sim 0.5-200 rm

11 Jul 2024: 200" alt="" /></div></div></div><div class="field field-name-field-sd-email-address field-type-email field-label-above"><div class="field-label">Email address:&nbsp;</div><div

5 Dec 2023: 6]. (d) If black holes are formed with Mbh(ti) = 200 M at some very earlytime ti t and subsequently grow according to () with radiative efficiencyϵ = 0.1, calculate the maximum ... Show. that a black hole falling radially inwards with velocity at

11 Jan 2023: The mass flow rate inthe jet is 106 M yr. 1 and the jet velocity is 200 km s1. ... Evaluate tinf in the case that the mass is a black hole of initially M =1000 M, moving at v = 200 km s.

5 Dec 2023: 6]. (d) If black holes are formed with Mbh(ti) = 200 M at some very earlytime ti t and subsequently grow according to () with radiative efficiencyϵ = 0.1, calculate the maximum ... Show. that a black hole falling radially inwards with velocity at

11 Jan 2023: circular velocity curve with Vc = 200 km s.

11 Jan 2023: 1 Mpc1? Estimate how this fractional wavelength change compares to the line widthif the gas has a velocity dispersion of 200 km s1 and comment on your result.

27 Apr 2023: 4]. (ii) A spherical planetesimal of radius 200 km is slowly drifting towards theSun.