motor yacht quantum h

Special features

• Displayed in remarkable condition
• Versatile two-deck design with sky lounge 
• Impressive volume for a 40-metre length motor yacht
• Stunning layout offering exceptional volumes
• Skylight between the main deck and flybridge, filling the space with sunlight
• Engines fully serviced (Ql4 & Ql3 ) 

Specification QUANTUM H

Accommodation, construction & design, dimensions & materials, performance & engines, class & flag, deck plans quantum h.

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2008   Tamsen Yachts    131ft  /  40m

QUANTUM H Yacht Charter

QUANTUM H currently registered in Malta is actively available for charter in several cruising destinations.

The luxury motor yacht QUANTUM H, previously named NAMASTE 8, was built by Tamsen Yachts and delivered to her owner in 2008, she later underwent a refit in 2022.

The exterior of QUANTUM H is designed by Tamsen Yachts.

The 131ft / 40m QUANTUM H has been constructed with a grp hull and is powered by 2x MTU 16V2000 M93CR 2400hp with a cruising speed of 14 knots.

Charter guest accommodation

QUANTUM H has been designed to comfortably accommodate up to 12 charter guests in 5 suites.

The guest cabins comprise a primary suite with a king size bed and en-suite bathroom facilities, 2 cabins with a double bed and en-suite bathroom facilities and 2 cabins with a double bed and a pullman bed and en-suite bathroom facilities.

Your luxury charter crew

Your luxury charter on board motor yacht QUANTUM H will be managed by the crew of 7 including the captain.

The crew will ensure you have a relaxed and enjoyable charter experience with all of your needs catered for while on board.

The 7 crew have their own separate crew quarters allowing guests to enjoy increased levels of privacy.

Amenities & Entertainment

Amenities on board for the charter guests include Air Conditioning, Light fishing gear, Jacuzzi on deck, Stabilizers At Anchor, Swim platform and Wi-Fi.

An extensive list of further amenities and water toys can be seen under the features and amenities section.

Yacht charter destinations

QUANTUM H is Currently cruising in the East Mediterranean and the West Mediterranean.

Sample itineraries for the cruising destinations can be supplied by your professional charter broker allowing you to plan your luxury yacht charter vacation in detail.

• Middle East
• North East Africa

West Mediterranean

• Balearic Islands
• Corsica & Sardinia
• Sicily & Aeolian Islands
• Amalfi Coast
• French Riviera
• South of France
• North Africa
• Air Conditioning
• Light fishing gear
• Jacuzzi on deck
• Stabilizers At Anchor
• Swim platform
• Inflatable Watertoys
• Water skis - adult
• Snorkeling Gear
• 27ft/8.3m RIB 300hp
• 11ft/3.5m Ribeye 20hp

Destinations

Frequently Asked Questions

How much to charter quantum h.

QUANTUM H has a weekly charter price starting at €155,000 and an estimated daily charter price of €25,800.

How many guests on board QUANTUM H?

QUANTUM H can accommodate 12 sleeping guests on board in 5 cabins.

Where is QUANTUM H currently located?

QUANTUM H was last seen in French Riviera.

Legal Disclaimer

Motor Yacht QUANTUM H is displayed on this page for informational purposes and may not necessarily be available for charter. The yacht details are displayed in good faith and whilst believed to be correct are not guaranteed, please check with your charter broker. Charter Index does not warrant or assume any legal liability or responsibility for the accuracy, completeness, or usefulness of any information or images displayed as they may not be current. All yacht details and charter pricing are subject to change without prior notice and are without warranty.

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Specification

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QUANTUM H is a 40.0 m Motor Yacht, built in Turkey by Tamsen Yachts and delivered in 2008.

Her top speed is 20.0 kn, her cruising speed is 17.0 kn, and she boasts a maximum cruising range of 1340.0 nm at 12.0 kn, with power coming from two MTU diesel engines. She can accommodate up to 10 guests in 5 staterooms, with 8 crew members waiting on their every need. She has a 8.6 m beam.

She was designed by Tamsen Yachts , who also completed the naval architecture and designed the interior. Tamsen Yachts has designed 2 yachts, created the naval architecture for 2 yachts, and designed the interior of 2 yachts for yachts above 24 metres.

QUANTUM H is in the top 30% by LOA in the world. She is one of 594 motor yachts in the 40-45m size range, and, compared to similarly sized motor yachts, her cruising speed is 0.71 kn above the average, and her top speed 0.35 kn above the average.

QUANTUM H is currently sailing under the Malta flag, the 3rd most popular flag state for superyachts with a total of 1058 yachts registered. She is currently located at the IMS refit yard, in France, where she has been located for 3 months. For more information regarding QUANTUM H's movements, find out more about BOAT Pro AIS .

Specifications

• Name: QUANTUM H
• Previous Names: NAMASTE,NAMASTE 8
• Yacht Type: Motor Yacht
• Yacht Subtype: Semi-displacement
• Builder: Tamsen Yachts
• Naval Architect: Tamsen Yachts
• Exterior Designer: Tamsen Yachts
• Interior Designer: Tamsen Yachts
• Refits: 2023-05-18,2019-05-22,2021-07-22

Yacht featured in

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Quantum H superyacht

131’ / 40 m | Tamsen Yachts | 2008 / 2022

Quantum H is a 131 feet superyacht built for thrill seekers in mind. With 5 cabins, Quantum H accommodates 12 guests, and features the latest and most exhilarating water toys you can find today. Built by Tamsen Yachts in 2008 and refitted in 2022, adrenaline junkies will have the time of their lives on board this luxurious yacht fit for adventures on the seas of Mediterranean. 

In addition, Quantum H can take 12 guests on a day charter for your special event celebration with a professional and friendly crew of 7. Step on board and you’ll immediately fall in love with every inch of this superyacht. From the lavish exteriors to the lush interiors that spell out comfort and luxury, you will automatically feel at home.

Major Features

Quantum H is an excellent choice for yacht charters offering thrill seekers all-encompassing experiences on board. Equipped with the latest navigation features, Quantum H offers a stress-free, safe, and secure smooth sailing that allows you to carefully plan an action-packed holiday in Mediterranean .

With a spacious deck that presents plenty of opportunities for both fun and relaxation, take your pick from the countless water toys. And with luxurious cabins, guests get to end each day in absolute comfort and pampering. Other notable features include Deck Jacuzzi, Gym, and Swim Platform. Quantum H is an epic superyacht charter adventure highlighted with luxury amenities and service that you truly deserve.

Amenities and Toys

Not all yachts are equipped with the latest water toys best enjoyed on water. Guaranteeing to enhance your charter experience, the full arsenal of water toys and equipment in Quantum H provides you with entertainment, excitement, and countless days of fun and adventure on the water, on land, and under the sea. Besides traditional water sports, this superyacht offers personal watercraft that includes 2 Jet Ski, 2 Seabobs, and Jetsurf.

Destinations

Quantum H is usually based in Mallorca and charters to France, Spain, Monaco, Croatia, Italy , where you can experience an entirely different world of exhilarating activities. Offering a fast-paced holiday, your yacht charter itinerary can consist of a multitude of different interests every day.

From scuba diving, to kayaking, jet skiing, or snorkeling, Quantum H is the most ideal yacht to meet your needs for momentous adventures on both land and water. Get to explore the amazing attractions, thrilling sights and sounds, and exciting adventures of these destinations while cruising on board the beautiful superyacht Quantum H.

Quantum H is a yacht charter built for the adventure-minded. When all of your energy has been spent having the time of your lives on the waters of Mediterranean and discovering the spoils of your destinations, you get to relax and unwind on deck, with a bottle of ice-cold beer or glass of champagne on hand.

Charter Quantum H in Spain

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Private Yacht Vacations

With years of luxury yacht charter experience, Worth Avenue Yachts, are ideally suited to creating the perfect private yacht charter vacation for you and your family. We will tailor an incredible itinerary jam packed with unforgettable memories, in one of the most sought after yacht charter destinations worldwide.

Below we list every charter yacht available worldwide but we recommend you hop straight onto our featured charter yachts here. A yacht charter is the ultimate way to enjoy time with your loved ones, friends or clients, in ultimate luxury and total privacy. Worth Avenue Yachts specialize in arranging all kinds of pleasure filled yacht charter vacations; family yacht charters , honeymoon yacht charters , corporate event charters . Leave everything to our award winning charter brokers.

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QUANTUM H from $185,366 USD Per Week

*For a complete list of amenities and features, please, contact the listing agent.

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• Yacht Charter
• Destinations

CHECK YACHT AVAILABILITY ON YOUR DATES

• Year Built 2008
• Length 40m./131′3″
• Builder Tamsen Yachts
• Charter Destinations Mediterranean
• Yacht Type Motor

SPECIFICATION

CONFIGURATION

Air Conditioning

Stabilisers at anchor

Stabilisers underway

TENDERS & TOYS

Tender: Saxdor 320 GTC - 45 knots max. Toys: 2 x Sea-Doo GTX Limited Jetskis (300hp each) 1x Seabob ...

F5S Gold CP 3x Seabob F5SR Cam Gold CP Radinn E-surf board E-foil board Flitescooter Flyboard Jet-Pack Divining Equipment Anti-Jellyfish-Pool Two Electric Bikes

Cruising Areas - QUANTUM H

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IMAGE GALLERY

Specifications.

The 131.23ft /40m Tamsen Yachts 41M motor yacht ‘QUANTUM H’ was built in 2008 by Tamsen Yachts and last refitted in 2016. This luxury vessel’s sophisticated exterior design and engineering are the work of Tamsen Yachts. Previously named Larette her luxurious interior is designed by Tamsen Yachts and her exterior styling is by Tamsen Yachts. Her exterior is styled by the Tamsen Yachts team who are also responsible for the entire engineering package. The yacht’s luxury interior styling is the work of Tamsen Yachts & Loro Piana Interiors (Misa Poggi)

ACCOMMODATION

QUANTUM H  interior layout sleeps up to 12 guests in 5 rooms, including a master suite, 3 double cabins and 1 twin cabin. She is also capable of carrying up to 7 crew onboard to ensure a relaxed luxury yacht experience. Timeless styling, beautiful furnishings and sumptuous seating feature throughout to create an elegant and comfortable atmosphere.

QUANTUM H impressive leisure and entertainment facilities make her the ideal charter yacht for socialising and entertaining with family and friends.

PERFORMANCE

Built with GRP superstructure and GRP hull. QUANTUM H  is built to comply to MCA and RINA standards. With a cruising speed of 14 knots, a maximum speed of 19 knots and a range of 650nm from her 30,000litre fuel tanks, she is the perfect combination of performance and luxury.

Air Conditioning, WiFi connection on board, Deck Jacuzzi, Bow Thruster, GYM, Sun Deck, Stabilizers at Anchor

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Evidence of the fractional quantum spin Hall effect in moiré MoTe 2

• Kaifei Kang   ORCID: orcid.org/0000-0001-6258-0803 1 ,
• Bowen Shen   ORCID: orcid.org/0000-0002-7913-4786 1 ,
• Yichen Qiu 2 ,
• Yihang Zeng 2 ,
• Zhengchao Xia 1 ,
• Kenji Watanabe   ORCID: orcid.org/0000-0003-3701-8119 3 ,
• Takashi Taniguchi   ORCID: orcid.org/0000-0002-1467-3105 3 ,
• Jie Shan   ORCID: orcid.org/0000-0003-1270-9386 1 , 2 , 4 &
• Kin Fai Mak   ORCID: orcid.org/0000-0002-5768-199X 1 , 2 , 4  

Nature ( 2024 ) Cite this article

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• Quantum Hall
• Topological insulators
• Two-dimensional materials

Quantum spin Hall (QSH) insulators are two-dimensional electronic materials that have a bulk band gap similar to an ordinary insulator but have topologically protected pairs of edge modes of opposite chiralities 1 , 2 , 3 , 4 , 5 , 6 . So far, experimental studies have found only integer QSH insulators with counter-propagating up-spins and down-spins at each edge leading to a quantized conductance G 0  =  e 2 / h (with e and h denoting the electron charge and Planck’s constant, respectively) 7 , 8 , 9 , 10 , 11 , 12 , 13 , 14 . Here we report transport evidence of a fractional QSH insulator in 2.1° twisted bilayer MoTe 2 , which supports spin- S z conservation and flat spin-contrasting Chern bands 15 , 16 . At filling factor ν  = 3 of the moiré valence bands, each edge contributes a conductance \(\frac{3}{2}{G}_{0}\) with zero anomalous Hall conductivity. The state is probably a time-reversal pair of the even-denominator 3/2-fractional Chern insulators. Furthermore, at ν   =  2, 4 and 6, we observe a single, double and triple QSH insulator with each edge contributing a conductance G 0 , 2 G 0 and 3 G 0 , respectively. Our results open up the possibility of realizing time-reversal symmetric non-abelian anyons and other unexpected topological phases in highly tunable moiré materials 17 , 18 , 19 .

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Source data are provided with this paper. All other data are available from the corresponding authors upon reasonable request.

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Acknowledgements

We thank C. Jian, A. H. MacDonald, C. Kane, L. Fu, A. Bernevig, N. Regnault, J. Yu, T. Devakul, A. Reddy and E.-A. Kim for their discussions. This work was primarily supported by the US Department of Energy, Office of Science, Basic Energy Sciences, under award no. DE-SC0019481. It was also funded in part by the Air Force Office of Scientific Research under award no. FA9550-20-1-0219, the Cornell University Materials Research Science and Engineering Center DMR-1719875 and the Gordon and Betty Moore Foundation (grant no. GBMF11563; https://doi.org/10.37807/GBMF11563 ) for device fabrication and thermodynamic measurements. We used the Cornell NanoScale Facility, an NNCI member supported by NSF Grant NNCI-2025233, for sample fabrication. The growth of the hBN crystals was supported by the Elemental Strategy Initiative of MEXT, Japan, and CREST (JPMJCR15F3), JST. K.F.M. acknowledges support from the David and Lucille Packard Fellowship.

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School of Applied and Engineering Physics, Cornell University, Ithaca, NY, USA

Kaifei Kang, Bowen Shen, Zhengchao Xia, Jie Shan & Kin Fai Mak

Department of Physics, Cornell University, Ithaca, NY, USA

Yichen Qiu, Yihang Zeng, Jie Shan & Kin Fai Mak

National Institute for Materials Science, Tsukuba, Japan

Kenji Watanabe & Takashi Taniguchi

Kavli Institute at Cornell for Nanoscale Science, Ithaca, NY, USA

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Contributions

K.K., B.S. and Y.Q. fabricated the devices, performed the transport measurements and analysed the data. Y.Z. and Z.X. performed the thermodynamic measurements. K.W. and T.T. grew the bulk hBN crystals. K.K., K.F.M. and J.S. designed the scientific objectives and oversaw the project. All authors discussed the results and commented on the paper.

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Correspondence to Kaifei Kang , Jie Shan or Kin Fai Mak .

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Nature thanks Masataka Mogi and the other, anonymous, reviewer(s) for their contribution to the peer review of this work. Peer reviewer reports are available.

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Extended data figures and tables

Extended data fig. 1 contact resistance characterization..

a , Top: schematic of the device contact and channel. The Pt electrodes (grey) are contacted to the tMoTe 2 channel (blue) through heavily hole-doped tMoTe 2 contact regions (orange). Middle: schematic valence band alignment of the tMoTe 2 contact and channel regions (solid red lines). Dashed line: Fermi level; solid black line: spatial variation of the work function. Tunnel barriers are at the Pt junctions, but the heavily-to-lightly doped tMoTe 2 junctions are transparent. Bottom: equivalent circuit model for two-terminal measurements with R channel and R contact denoting the channel resistance and the contact resistance at the Pt junction, respectively. b , Filling factor dependence of two-terminal resistance R 2 t at different contact gate voltages ( E≈ 0, T= 20 mK and B ⊥ =0.1 T). Inset: measurement configuration. R 2 t at the highest fillings is approximately the sum of resistances in series for two contacts. c , Filling factor dependence of four-terminal resistance R sym measured with the configuration in the left inset. The resistance drops to about 100 Ω at ν  = 11, which is nearly temperature independent (right inset). d , Temperature dependence of contact resistance (for one contact) calibrated for the two-terminal configuration in the inset.

Extended Data Fig. 2 Twist angle calibration.

a , b , Four-terminal resistance R sym ( a ) and Hall resistance R xy ( b ) versus out-of-plane magnetic field B ⊥ and filling factor ν at E = 0.06 V/nm and 20 mK. The measurement configuration is shown in the inset of Fig. 1d . Dashed lines denote Landau level ν LL = 1, 2 and 3 emerging from ν  = 2 above B ⊥ ≈ 7-8 T. The dispersing state at low filling factors is the ν  = 1 Chern insulator. c , Line cut of a , b at B ⊥  = 11 T. The vertical dashed lines mark Landau level ν LL = 1, 2 and 3 with nearly quantized R xy and R sym minimum; the horizontal dashed lines denote the expected quantized value of \({R}_{{xy}}=\frac{h}{{\nu }_{{LL}}{e}^{2}}\) . d , Twist angle calibrated from Landau level spacing at B ⊥ ranging from 9 T to 11 T. No field dependence is observed. The mean of the twist angle is 2.10 degrees (dashed line) and the uncertainty is about ±0.05 degrees.

Extended Data Fig. 3 Symmetric device channel.

a , b , Filling factor dependence of four-terminal nonlocal resistance R NL ( a , B ⊥ =0.1 T) and Hall resistance R xy ( b , B ⊥ =0.2 T) at E≈ 0 and T = 20 mK. The inset shows the device channel with contact 1–4. I: current bias; V: voltage probe. The two curves in each panel correspond to swapped source-drain and voltage probe pairs. The nearly identical results demonstrate a highly symmetric two-dimensional channel.

Extended Data Fig. 4 Additional nonlocal two-terminal transport data.

a - d , Filling factor dependence of two-terminal conductance G 2 t (in units of \(\frac{{e}^{2}}{h}\) ) at two electric fields inside the layer-hybridized regime. Inset: measurement configuration. The dashed lines denote the expected quantized values of G 2 t at ν = 2, 3, 4 and 6. e , f , Electric-field dependence of G 2 t (in units of \(\frac{{e}^{2}}{h}\) ) at ν  = 1 ( e ) and ν  = 6 ( f ) at 20 mK. The horizontal dashed lines denote the expected conductance \(\nu \) , \(\frac{3}{4}\nu \) , \(\frac{2}{3}\nu \) and \(\frac{1}{2}\nu \) in descending order. The colour of the lines matches the colour of the channels in a – d . Magnetic field 0.3 T is applied to fully polarize the ν = 1 Chern insulator.

Extended Data Fig. 5 Additional temperature dependence data.

a – c , Electric-field dependence of two-terminal conductance, G 2 t (in units of \(\frac{{e}^{2}}{h}\) ), at varying temperatures for ν  = 1 ( a ), ν  = 2 ( b ) and ν  = 4 ( c ). The horizontal dashed lines denote the quantized value \({G}_{2t}=\frac{\nu {e}^{2}}{h}\) . The measurement configuration is shown in the inset of a . d , Filling factor dependence of four-terminal nonlocal resistance R NL at E ≈ 0 and varying temperatures. R NL at ν = 2, 3, 4 and 6 decreases with increasing temperature as bulk conduction becomes more important.

Extended Data Fig. 6 Twist angle effects.

a , b , Four-terminal Hall resistance R xy ( a ) and R sym ( b ) versus out-of-plane electric field and filling factor for 2.1-degree tMoTe 2 device at B ⊥ = 5 T and 20 mK. The measurement configuration is shown in the inset of a . Both R sym and R xy are small near ν  = 3 in the layer-hybridized regime even under high magnetic fields. c , d , Same as a , b for 3.5-degree tMoTe 2 device at B ⊥ = 4 T and 1.6 K. A large negative R xy is accompanied by a weak R sym dip near ν  = 3 in the layer-hybridized regime (even though at higher temperature and lower magnetic field). The large Hall response suggests a valley-polarized state (rather than a fractional QSH insulator) at ν  = 3.

Extended Data Fig. 7 Anisotropic magneto-response.

a , b , Filling factor dependence of two-terminal resistance R 2 t at varying in-plane ( a ) and out-of-plane ( b ) magnetic fields ( E  = 0.06 V/nm and T = 20 mK). Whereas R 2 t is nearly independent of B ⊥ , it increases with B ∥ . The horizontal dashed lines denote the quantized value \({R}_{2t}=\frac{h}{\nu {e}^{2}}\) at ν = 2, 3, 4 and 6. c , In-plane magnetic field dependence of \(\frac{{R}_{{NL}}({B}_{\parallel }=0T)}{{R}_{{NL}}({B}_{\parallel })}\) at varying temperatures for ν = 2, 3, 4 and 6, where R NL is the nonlocal four-terminal resistance. At all filling factors the cusp at zero magnetic field is broadened as temperature increases. The anisotropic magneto-response supports that the helical edge states carry Ising spins. Because of spin- S z conservation, the edge states are immune to B ⊥ , but are susceptible to gap opening and spin mixing under B ∥ , thus increasing R 2 t and R NL . The anisotropic magneto-response also contrasts with the expected bulk-dominant transport, which would show exactly the opposite magnetic field dependence, namely, strong out-of-plane but negligible in-plane magnetic field dependence.

Extended Data Fig. 8 Incompressibility measurements on 2.2- and 2.7-degree tMoTe 2 .

a , b , Electronic incompressibility for 2.2-degree ( a ) and 2.7-degree ( b ) tMoTe 2 versus vertical electric field E and filling factor ν at 1.6 K ( B ⊥ = 0 T). In addition to the incompressible states at ν = 1, 2 and 4, a weak incompressible state is observed at ν = 3 in the small electric field, layer-hybridized region. c , d , The corresponding filling factor dependence of the electronic incompressibility at E = 0 V/nm (along the dashed lines in a and b ). The grey-shaded area provides an estimate of the charge gap size at ν = 3 (about 0.12 meV and 0.8 meV for 2.2- and 2.7-degree sample, respectively). Note that the true gap size is higher because of the relatively higher base temperature (1.6 K) for the compressibility measurements.

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Kang, K., Shen, B., Qiu, Y. et al. Evidence of the fractional quantum spin Hall effect in moiré MoTe 2 . Nature (2024). https://doi.org/10.1038/s41586-024-07214-5

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DOI : https://doi.org/10.1038/s41586-024-07214-5

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Quantum Physics

Title: photon statistics analysis of h-bn quantum emitters with pulsed and continuous-wave excitation.

Abstract: We report on the quantum photon statistics of hexagonal boron nitride (h-BN) quantum emitters by analyzing the Mandel Q parameter. We have measured the Mandel Q parameter for h-BN quantum emitters under various temperatures and pump power excitation conditions. Under pulsed excitation we can achieve a Mandel Q of -0.002 and under continuous-wave (CW) excitation this parameter can reach -0.0025. We investigate the effect of cryogenic temperatures on Mandel Q and conclude that the photon statistics vary weakly with temperature. Through calculation of spontaneous emission from an excited two-level emitter model, we demonstrate good agreement between measured and calculated Mandel Q parameter when accounting for the experimental photon collection efficiency. Finally, we illustrate the usefulness of Mandel Q in quantum applications by the example of random number generation and analyze the effect of Mandel Q on the speed of generating random bits via this method.

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