Search Results - "Rothuizen, Hugo"

Dual-Stage Nanopositioning for High-Speed Scanning Probe Microscopy by Tuma, Tomas, Haeberle, Walter, Rothuizen, Hugo, Lygeros, John, Pantazi, Angeliki, Sebastian, Abu

“…This paper presents a dual-stage approach to nanopositioning in which the tradeoff between the scanner speed and range is addressed by combining a slow,…”
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317 Gb/in2 Recording Areal Density on Strontium Ferrite Tape by Furrer, Simeon, Ebermann, Patrick, Lantz, Mark A., Rothuizen, Hugo, Haeberle, Walter, Cherubini, Giovanni, Cideciyan, Roy D., Tsujimoto, Shinji, Sawayashiki, Yoshihiro, Imaoka, Noriko, Murata, Yuto, Ueyama, Tomohide, Akano, Yoichi, Kaneko, Tetsuya, Suzuki, Hodaka, Shirata, Masashi, Naoi, Kenji, Koike, Takashi, Doshita, Hiroaki

“…The recording performance of a new prototype magnetic tape based on perpendicularly oriented strontium ferrite particles is investigated using a 29 nm wide…”
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85.9 Gb/in ^} Recording Areal Density on Barium Ferrite Tape by Furrer, Simeon, Lantz, Mark A., Engelen, Johan B. C., Pantazi, Angeliki, Rothuizen, Hugo E., Cideciyan, Roy D., Cherubini, Giovanni, Haeberle, Walter, Jelitto, Jens, Eleftheriou, Evangelos, Oyanagi, Masahito, Kurihashi, Yuichi, Ishioroshi, Takahiro, Kaneko, Tetsuya, Suzuki, Hiroyuki, Harasawa, Takeshi, Shimizu, Osamu, Ohtsu, Hiroki, Noguchi, Hitoshi

“…The recording performance of a new magnetic tape based on perpendicularly oriented barium ferrite particles was investigated using a 90-nm-wide…”
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Where Tape and Hard-Disk Technology Meet: The HDD Head-Tape Interface by Engelen, Johan B. C., Furrer, Simeon, Rothuizen, Hugo E., Lantz, Mark A.

“…In this paper, we study the mechanical interface between a hard-disk drive (HDD) head and magnetic recording tape to enable the use of HDD heads to investigate…”
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201 Gb/in2 Recording Areal Density on Sputtered Magnetic Tape by Furrer, Simeon, Lantz, Mark A., Reininger, Peter, Pantazi, Angeliki, Rothuizen, Hugo E., Cideciyan, Roy D., Cherubini, Giovanni, Haeberle, Walter, Eleftheriou, Evangelos, Tachibana, Junichi, Sekiguchi, Noboru, Aizawa, Takashi, Endo, Tetsuo, Ozaki, Tomoe, Sai, Teruo, Hiratsuka, Ryoichi, Mitamura, Satoshi, Yamaguchi, Atsushi

“…A prototype perpendicularly oriented sputtered tape sample was investigated using a prototype high-moment tape write head and a 48 nm-wide tunneling…”
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Tape-Head With Sub-Ambient Air Pressure Cavities by Engelen, Johan B. C., Jonnalagadda, V. Prasad, Furrer, Simeon, Rothuizen, Hugo E., Lantz, Mark A.

“…A new tape-head design with surface cavities is presented as an alternative to the conventional skiving-edge flat-profile head design. The new head design is…”
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A Vibration Resistant Nanopositioner for Mobile Parallel-Probe Storage Applications by Lantz, M.A., Rothuizen, H.E., Drechsler, U., Haberle, W., Despont, M.

“…We describe a planar microelectromechanical systems (MEMS)-based x/y nanopositioner designed for parallel-probe storage applications. The nanopositioner is…”
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123 Gbit/in2 Recording Areal Density on Barium Ferrite Tape by Lantz, Mark A., Furrer, Simeon, Engelen, Johan B. C., Pantazi, Angeliki, Rothuizen, Hugo E., Cideciyan, Roy D., Cherubini, Giovanni, Haeberle, Walter, Jelitto, Jens, Eleftheriou, Evangelos, Oyanagi, Masahito, Morooka, Atsushi, Mori, Masahiko, Kurihashi, Yuichi, Kaneko, Tetsuya, Tada, Toshio, Suzuki, Hiroyuki, Harasawa, Takeshi, Shimizu, Osamu, Ohtsu, Hiroki, Noguchi, Hitoshi

“…The recording performance of a prototype magnetic tape based on perpendicularly oriented barium ferrite particles is investigated using an enhanced field tape…”
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Flat-Profile Tape-Head Friction and Magnetic Spacing by Engelen, Johan B. C., Furrer, Simeon, Rothuizen, Hugo E., Lantz, Mark A.

“…The friction and magnetic spacing between magnetic tape and a recording head are measured as a function of the wrap angle at several tape speeds and tape…”
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Side-Reading Effects in High-Track-Density Tape Recording by Furrer, Simeon, Rothuizen, Hugo E., Engelen, Johan B. C., Lantz, Mark A.

“…Aggressive track-density scaling in linear magnetic tape recording has been identified as a key means of sustaining capacity scaling. As the reader width…”
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Planar Thin-Film Servo Write Head for Magnetic Tape Recording by Engelen, Johan B. C., Furrer, Simeon, Rothuizen, Hugo E., Biskeborn, Robert G., Herget, Philipp, Lo, Calvin, Lantz, Mark A.

“…We present a planar thin-film servo write head for writing timing-based servo patterns. The planar head operates at low current ( ~ 100 mA) with nanosecond…”
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29.5- \hbox^ Recording Areal Density on Barium Ferrite Tape by Cherubini, Giovanni, Pantazi, Angeliki, Rothuizen, Hugo E., Berman, David, Imaino, Wayne, Jubert, Pierre-Olivier, McClelland, Gary, Koeppe, Peter V., Tsuruta, Kazuhiro, Harasawa, Takeshi, Murata, Yuto, Cideciyan, Roy D., Musha, Atsushi, Noguchi, Hitoshi, Ohtsu, Hiroki, Shimizu, Osamu, Suzuki, Ryota, Dellmann, Laurent, Eleftheriou, Evangelos, Haeberle, Walter, Jelitto, Jens, Kartik, Venkataraman, Lantz, Mark A., Olcer, Sedat

“…The recording performance of a new magnetic tape based on ultra-fine, perpendicularly-oriented BaFe particles was investigated. Specifically, using a low…”
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Printing Meets Lithography: Soft Approaches to High-Resolution Patterning by Bruno Michel, Richard Stutz, Patrick Schmidt-Winkel, Heinz Schmid, Hugo Rothuizen, Jean-Philippe Renault, Hannes Kind, David Juncker, Mattias Geissler, Emmanuel Delamarche, Alexander Bietsch, André Bernard, Heiko Wolf

“…We are developing a high-resolution printing technique based on transferring a pattern from an elastomeric stamp to a solid substrate by conformal contact…”
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Nanoscale track-following for tape storage by Pantazi, Angeliki, Furrer, Simeon, Rothuizen, Hugo E., Cherubini, Giovanni, Jelitto, Jens, Lantz, Mark A.

“…Track-density scaling is projected to be the key driver for increasing the areal density and cartridge capacity in future tape storage systems. To achieve very…”
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317 Gb/in 2 Recording Areal Density on Strontium Ferrite Tape by Furrer, Simeon, Ebermann, Patrick, Lantz, Mark A., Rothuizen, Hugo, Haeberle, Walter, Cherubini, Giovanni, Cideciyan, Roy D., Tsujimoto, Shinji, Sawayashiki, Yoshihiro, Imaoka, Noriko, Murata, Yuto, Ueyama, Tomohide, Akano, Yoichi, Kaneko, Tetsuya, Suzuki, Hodaka, Shirata, Masashi, Naoi, Kenji, Koike, Takashi, Doshita, Hiroaki

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201 Gb/in 2 Recording Areal Density on Sputtered Magnetic Tape by Furrer, Simeon, Lantz, Mark A., Reininger, Peter, Pantazi, Angeliki, Rothuizen, Hugo E., Cideciyan, Roy D., Cherubini, Giovanni, Haeberle, Walter, Eleftheriou, Evangelos, Tachibana, Junichi, Sekiguchi, Noboru, Aizawa, Takashi, Endo, Tetsuo, Ozaki, Tomoe, Sai, Teruo, Hiratsuka, Ryoichi, Mitamura, Satoshi, Yamaguchi, Atsushi

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In situ buried GaInAs/InP quantum dot arrays by selective area metalorganic vapor phase epitaxy by GALEUCHET, Y. D, ROTHUIZEN, H, ROENTGEN, P

“…Using metalorganic vapor phase epitaxy to grow GaInAs/InP layers on masked InP substrates patterned with submicron square holes, we have fabricated in situ…”
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Control of MEMS-Based Scanning-Probe Data-Storage Devices by Pantazi, A., Sebastian, A., Cherubini, G., Lantz, M., Pozidis, H., Rothuizen, H., Eleftheriou, E.

“…Micro-electro-mechanical-system (MEMS)-based scanning-probe data-storage devices are emerging as potential ultra-high-density, low-access-time, and low-power…”
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123 Gbit/in super(2) Recording Areal Density on Barium Ferrite Tape by Lantz, Mark A, Furrer, Simeon, Engelen, Johan BC, Pantazi, Angeliki, Rothuizen, Hugo E, Cideciyan, Roy D, Cherubini, Giovanni, Haeberle, Walter, Jelitto, Jens, Eleftheriou, Evangelos, Oyanagi, Masahito, Morooka, Atsushi, Mori, Masahiko, Kurihashi, Yuichi, Kaneko, Tetsuya, Tada, Toshio, Suzuki, Hiroyuki, Harasawa, Takeshi, Shimizu, Osamu, Ohtsu, Hiroki, Noguchi, Hitoshi

“…The recording performance of a prototype magnetic tape based on perpendicularly oriented barium ferrite particles is investigated using an enhanced field tape…”
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Atomic force microscope cantilevers for combined thermomechanical data writing and reading by King, William P., Kenny, Thomas W., Goodson, Kenneth E., Cross, Graham, Despont, Michel, Dürig, Urs, Rothuizen, Hugo, Binnig, Gerd K., Vettiger, Peter

“…Heat conduction governs the ultimate writing and reading capabilities of a thermomechanical data storage device. This work investigates transient heat…”
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